WTO Chairs Programme Adapting to the digital trade era: challenges and opportunities
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Disclaimer The opinions expressed in this publication are those of the authors. They do not purport to reflect the opinions or views of the WTO or its members. The designations employed in this publication and the presentation of material therein do not imply the expression of any opinion whatsoever on the part of the WTO concerning the legal status of any country, area or territory or of its authorities, or concerning the delimitation of its frontiers. Adapting to the digital trade era: challenges and opportunities
Edited by Maarten Smeets 4 CONTENTS
Contents
Foreword 6 Note on the WTO Chairs Programme 8 Note on contributors 10 Acknowledgements 15 Introduction 16
The digital trade era – challenges and opportunities for developing countries 1 Chapter 1 The impact of digital technologies on developing countries’ trade Eddy Bekkers, Robert Koopman, Giulia Sabbadini and Robert Teh 36
Strategic directions and policy implications for developing countries 2 Chapter 2 Global value chains in the age of internet: what opportunities for Africa? Leila Baghdadi and Insaf Guedidi 54 Comments: Richard Newfarmer 66
Chapter 3 Opportunities and challenges of e-commerce in Mauritius Boopen Seetanah, Kesseven Padachi, Sheereen Fauzel, Vinesh Sannassee and Sunil Boodoo 70 Comments: Trudi Hartzenberg 88
Chapter 4 The digital trade era – opportunities and challenges for developing countries: the case of Kenya Tabitha Kiriti Nganga and Mary Mbithi 92 Comments: Nassim Oulmane and Mustapha Sadni Jallab 110
Chapter 5 E-commerce in Africa: issues and challenges Charlemagne Igue, Alastaire Alinsato and Toussaint Agadjihouédé 116 Comments: Pierre Sauvé 132
Chapter 6 China’s e-commerce development and policy relevance Yue Jiang, Lei Zhang and Yunhang Jin 140 Comments: Qing Ye 154
Chapter 7 Engaging in the digital economy: issues and agenda in the quest to adopt of Indonesia’s e-commerce roadmap Riza Noer Arfani, Maharani Hapsari and Putra Perdana 158 Comments: Marcelo Olarreaga 174 CONTENTS 5
Chapter 8 Taxation of international e-trade: Russian particularities Alexander Pogorletskiy and Sergei Sutyrin 178 2 Comments: Désirée van Gorp 192 Chapter 9 Assessing trade facilitation implementation in the era of e-commerce: a comparative analysis of Jordan, Oman and Hong Kong, China Taleb Awad-Warrad, Houcine Boughanmi and Youwon Hwang 194 Comments: Alexandros Sarris 210
Chapter 10 The new rules on digital trade in Latin America: regional trade agreements Dorotea López, Bradly Condon and Felipe Muñoz 214 Comments: Rohinton P. Medhora 228
Chapter 11 Convergence on e-commerce: the case of Argentina, Brazil and MERCOSUR Vera Thorstensen and Valentina Delich 232 Comments: Mark Wu 250
Chapter 12 The digital creative economy and trade: strategic options for developing countries Keith Nurse 254 Comments: Wolf R. Meier-Ewert 274
Making the most of the digital trade era – inclusiveness, gender and development 3 Chapter 13 Are digital advances and inclusive growth compatible goals? Implications for trade policy in developing countries Ali Parry, Adelia Jansen van Rensburg, Wilma Viviers and Emmanuel Orkoh 280 Comments: Roberta Piermartini 296
Chapter 14 Blockchaining international trade: a way forward for women’s economic empowerment? Amrita Bahri 300 Comments: Emmanuelle Ganne 316
The ways forward 4 Chapter 15 Data regulation in trade agreements: different models and options ahead Henry Gao 322
Chapter 16 Converging thoughts on digital trade in preparing for the future Maarten Smeets 336 6 FOREWORD
Foreword
We are pleased to deliver preliminary is no more: consumer choices are remarks to this compilation of research no longer restricted by and limited to work on digital trade prepared by the the goods found in local stores or in WTO Chairholders, Advisory Board nearby towns. E-commerce platforms members and the WTO Chairs provide consumers with access to Programme (WCP) team of the world markets in real time. Likewise, WTO Secretariat. producers can reach consumers for the supply of goods and services The measures of lockdown and social almost instantly and in ways that were distancing that governments around the previously unimaginable, all thanks world have adopted to mitigate the to new technologies. effects of the COVID-19 pandemic have led to increased online shopping and The world economy has changed teleworking, making this book even significantly since the World Trade more relevant and timely. The book Organization (WTO) was founded, adds significant value to the debate on amongst other due to digitalization. digital trade by combining academic We need to ensure that our trade perspectives with policy relevance system is up to date so that we can and recommendations. exploit new opportunities and address challenges of the present world. The digital trade and information There is a need to reform the rules technologies that characterize today’s that govern trade, and this should society provide countries around the be done in an inclusive manner. globe with access to markets that were Hence the relevance of the central previously considered unreachable. question addressed in the book – The barrier of geographical distance how can members ensure that the FOREWORD 7
changes brought by digital comprehension of the stakes of digital technologies benefit all and support trade through academic research. inclusive growth? We thank the WCP team for their hard work and commitment to making This book presents a sample of the the programme what it is today. We work achieved so far within the equally thank the Chairholders for their framework of the Chairs programme, continuous support and dedication to which finances Chairs in universities the programme and the Advisory Board located in developing countries. While members for having used their not necessarily endorsing all views knowledge and skills in service to the expressed1, France and the Netherlands community and in support of the WTO encourage enhanced and operational multilateral trading system.
Sigrid Kaag Franck Riester Minister for Foreign Trade and Development Minister Delegate for Foreign Trade and Cooperation of the Kingdom of Economic Attractiveness, attached to the Netherlands the Minister for Europe and Foreign Affairs of France
1 For instance regarding the status of EU Privacy Protection in the digital era. 8 NOTE ON THE WTO CHAIRS PROGRAMME
Note on the WTO Chairs Programme
The WTO Chairs Programme speaking least-developed countries (WCP) was launched in 2010 as (LDCs) in the WCP. a capacity-building project. It aims to enhance knowledge and The current chairholders are: understanding of the trading system among academics and Buenos Aires, Argentina policymakers in developing countries Latin American Faculty of Social through curriculum development, Sciences (FLACSO) research and outreach activities by universities and research institutions. Bridgetown, Barbados Information on the WCP is available at University of the West Indies, www.wto.org/wcp. Cave Hill Campus
Following the conclusion of the first Cotonou, Benin phase of the WCP (2010-2013), it University Abomey-Calavi was extended for a second period of four years in 2014. After the São Paulo, Brazil conclusion of the second phase in Getulio Vargas Foundation, São Paulo 2018, the WCP underwent an School of Economics independent external evaluation in 2019, which led to the WTO’s Santiago, Chile management decision to extend the University of Chile program and launch a third phase of the WCP in the fall of 2020 for Shanghai, China implementation in 2021. Shanghai University of International Business & Economics WCP chairholders are selected through a competitive process. Yogyakarta, Indonesia Currently, there are 19 active chairs. Universitas Gadjah Mada, Center for World Trade Studies The programme has provided financial support of up to CHF 50,000 per Amman, Jordan annum per institution for a period University of Jordan, Faculty of up to four years to each newly of Business selected chair. The WCP in its second phase was funded by the Nairobi, Kenya Netherlands with co-funding by University of Nairobi, School France, in support of the two French- of Economics NOTE ON THE WTO CHAIRS PROGRAMME 9
Réduit, Mauritius Dakar, Senegal University of Mauritius, Faculty of Law Cheikh Anta Diop University, Faculty and Management of Economics and Management
Mexico City, Mexico Singapore Autonomous Institute of Technology, National University of Singapore, Centre for International Economic Law Faculty of Law
Rabat, Morocco Potchefstroom, South Africa Mohammed V University – Souissi North-West University
Muscat, Oman Tunis, Tunisia Sultan Qaboos University University of Tunis, ESSECT
St. Petersburg, Russian Federation Istanbul, Turkey St. Petersburg State University, Istanbul Bilgi University Faculty of Economics, Department of World Economy 10 CONTRIBUTORS
Note on contributors
Editor Tunis (ESSECT), DEFI Research Unit, Maarten Smeets Tunisia; WTO Chairholder Head of Section, Knowledge and Information Management, Academic Amrita Bahri Outreach and WTO Chairs Assistant Professor of Law, Instituto Programme Division, WTO, Tecnológico Autónomo de México Geneva, Switzerland (ITAM), Mexico; WTO Co-Chairholder
Contributing authors Eddy Bekkers Toussaint Agadjihouédé Research Economist, Economic Faculty of Economics and Research and Statistics Division, Management, University of Abomey- WTO, Geneva, Switzerland Calavi, Faculté des Sciences Économiques et de Gestion, Sunil Boodoo Cotonou, Benin International Trade Division, Ministry of External Affairs, Regional Integration Alastaire Alinsato and International Trade, Mauritius Faculty of Economics and Management, University of Abomey- Houcine Boughanmi Calavi, Faculté des Sciences Associate Professor, Sultan Qaboos Économiques et de Gestion, University, Oman; WTO Chairholder Cotonou, Benin Bradly Condon Riza Noer Arfani Professor, Faculty of Law, ITAM, Director, the Institute of International Mexico; WTO Chairholder Studies (IIS) and Lecturer at the Department of International Relations Valentina Delich UGM; Director and Researcher, Academic Director, FLACSO, CWTS UGM, Indonesia; Chairholder, Argentina; WTO Chairholder WTO Chairs Programme at the Center for World Trade Studies (CWTS), Sheereen Fauzel Universitas Gadjah Mada (UGM) University of Mauritius
Taleb Awad-Warrad Emmanuelle Ganne Professor, University of Jordan Senior Analyst, Economic Research WTO Chairholder and Statistics Division, WTO, Geneva, Switzerland Leila Baghdadi Professor of Economics, University of Henry Gao Tunis, Ecole Supérieure des Sciences Associate Professor of Law at Singapore Economiques et Commerciales de Management University, Singapore CONTRIBUTORS 11
Insaf Guedidi Robert Koopman Junior Fellow, University of Tunis, Chief Economist and Director, Ecole Supérieure des Sciences Economic Research and Statistics Economiques et Commerciales de Division, WTO, Geneva, Switzerland Tunis (ESSECT), DEFI Research Unit, Tunisia Dorotea López Professor, Institute of International Maharani Hapsari Studies, University of Chile, Chile; Co-Chairholder, WCP CWTS UGM; WTO Chairholder Academic Secretary and Lecturer at the Graduate Program in International Mary Mbithi Relations at the Department of Senior Lecturer of Economics, School of International Relations UGM; Executive Economics, University of Nairobi, Kenya Secretary and Researcher, CWTS UGM, Indonesia Rohinton P. Medhora President, Centre for International Trudi Hartzenberg Governance Innovation, Waterloo, Executive Director, Trade Law Centre Canada (TRALAC), South Africa Wolf R. Meier-Ewert Youwon Hwang Counsellor, Intellectual Property, Korea Research Institute for Human Government Procurement and Settlements, M.A. International Competition Division, WTO, Business, University of Jordan Geneva, Switzerland
Charlemagne Igue Felipe Muñoz Professor of Economics, Faculty Institute of International Studies, of Economics and Management, University of Chile University of Abomey-Calavi, Cotonou, Benin; WTO Chairholder Richard Newfarmer Country Director, Rwanda and Adelia Jansen van Rensburg Uganda, International Growth Centre, TRADE Research Entity, North-West Washington, DC, United States University, South Africa Keith Nurse Yue Jiang Principal and President, Sir Arthur Lecturer, Shanghai University Lewis Community College, Saint of International Business and Lucia; former WTO Chair, University Economics, China of the West Indies, Cave Hill Campus, Barbados Yunhang Jin Shanghai University of International Marcelo Olarreaga Business and Economics, China Professor, University of Geneva, Switzerland Tabitha Kiriti Nganga Professor of Economics, School of Emmanuel Orkoh Economics, University of Nairobi, TRADE Research Entity, North-West Kenya; WTO Chairholder University, South Africa 12 CONTRIBUTORS
Nassim Oulmane Vinesh Sannassee Chief, Green Economy and Blue Professor, University of Mauritius; Economy Section Technology, Climate WTO Co-Chairholder Change and Natural Resource Management Division, UNECA, Alexandros Sarris Addis Ababa, Ethiopia Emeritus Professor of Economics, National and Kapodistrian University Kesseven Padachi of Athens, Greece University of Technology, Mauritius Pierre Sauvé Ali Parry Senior Trade Specialist within the TRADE Research Entity, North-West Macroeconomics, Trade and University, South Africa Investment Global Practice of the World Bank Group, Geneva, Putra Perdana Switzerland Research Team Member, WCP CWTS UGM; Researcher, CWTS Boopen Seetanah UGM, Indonesia Professor, University of Mauritius WTO Co-Chairholder Roberta Piermartini Chief of Section, Trade Costs Sergei Sutyrin Analysis, Economic Research Professor, World Economy Department and Statistics Division, WTO, Head, St. Petersburg State University, Geneva, Switzerland St. Petersburg, Russian Federation WTO Chairholder Alexander Pogorletskiy Professor, World Economy Robert Teh Department, St. Petersburg Extraordinary Professor in Trade and State University, St. Petersburg, Development, North-West University, Russian Federation South Africa
Giulia Sabbadini Vera Thorstensen Graduate Institute Geneva Professor, EESP/FGV and Head of (HEI), Switzerland the Center on Global Trade and Investments, São Paulo, Brazil Mustapha Sadni Jallab WTO Chairholder Head of Training and Research Division, United Nations Economic Désirée van Gorp Commission for Africa, Institute for Professor of International Business, Economic Development and Planning, Nyenrode Business Universiteit, Dakar, Senegal The Netherlands CONTRIBUTORS 13
Wilma Viviers Qing Ye TRADE Research Entity, North-West Economic Affairs Officer, Knowledge University, South Africa; and Information Management Division, WTO Chairholder WTO, Geneva, Switzerland
Mark Wu Lei Zhang Vice Dean for the Graduate Program Professor, Shanghai University and International Legal Studies, of International Business and Stimson Professor of Law, Harvard Economics, Shanghai, China; University, United States WTO Chairholder
ACKNOWLEDGEMENTS 15
Acknowledgements
This third book prepared under Smeets, Robert Teh and Qing Ye, the auspices of the WTO Chairs contributed to the book with a chapter Programme (WCP), Adapting to or commentary. Maarten Smeets, the digital trade era: challenges heading the Academic Outreach and opportunities, contains and WTO Chairs Programme section contributions from the WTO in the Knowledge and Information Chairholders of Phases I and II, Management, Academic Outreach Advisory Board (AB) members, and WCP Division (KMD), which WCP team and WTO staff members houses the WCP, was responsible who peer reviewed individual chapters for the overall coordination and and offered their perspectives on the editing of the book and prepared the Chairs’ analyses and findings. It introduction and the concluding contains a total of 16 chapters chapter. and 13 commentaries, providing various insights on digital trade. This book thus is the result of a Several chapters were presented as collective effort by WCP team working papers during the Aid for members, Chairholders and their Trade side event held at the WTO co-authors, AB members, WTO from 3 to 5 July 2019 and during an staff members, discussants of the academic WCP session held at the draft papers, participants to and Public Forum on 9 October 2019. attendees of the WTO events. The These events provided opportunities book would certainly not be what it to AB members, academics, is without the support of William Shaw, delegates, policymakers and who assisted in the preparation of representatives from civil society the book with substantive editing, to comment on the papers and and the WTO’s in-house editors, discuss the policy options emanating including Anthony Martin and from the analyses. especially Stephanie Carmel, who meticulously assured the final text Current and former members of editing of the book. The book was the WCP team, including Nassim designed by Touchline. Sandra Rossier Oulmane, Roberta Piermartini, interacted with the authors, ensuring Mustapha Sadni Jallab, Maarten their timely inputs and feedback. Introduction Digital innovations are transforming the global economy. The decline in search and information costs, rapid growth of new products and markets, and emergence of new players ushered in by digital technologies have the promise of boosting global trade flows, including exports from developing countries. At the same time, digital technologies are also threatening privacy and security worldwide, while developing countries that lack the tools to compete in the new digital environment are in danger of being left even further behind. This book from the World Trade Organization (WTO) Chairs, members of the Advisory Board and WTO Secretariat staff examines what the rapid adoption of digital technologies will mean for trade and development and the role that domestic policies and international cooperation can play in creating a more prosperous and inclusive future.
The first section identifies the challenges and opportunities posed by digital technologies to developing countries and the role of international cooperation, whether regionally or in the WTO, in addressing them. The second section discusses how countries in different developing regions view the opportunities and challenges of digital technologies and how policymakers are responding to them. The third section considers examples of how digital advances, for example the growth of e-commerce and the development of blockchain technology, may contribute to inclusive growth. The fourth and final section discusses the role of domestic policies and regional approaches to digital trade and offers some key findings. 18 INTRODUCTION
Section 1: The digital countries’ trade growth 2.5 percentage trade era – challenges points per annum higher, as a result and opportunities for of the adoption of digital technologies. developing countries Services exports would become a bigger part of global trade, making up Innovative digital technologies have more than a quarter of total trade by considerable potential for boosting 2030, while the share of services developing countries’ exports. In imports in manufacturing gross output Chapter 1, Bekkers, Koopman, would also rise. These findings run Sabbadini and Teh provide counter to concerns that increased an empirical illustration of the potential use of robots and 3D printing will result gains in trade, both globally and for in a reshoring of production to the developing countries, from the advanced countries, thus impairing adoption of robots, greater reliance on export opportunities for developing artificial intelligence and big datasets, countries. If these results are correct, more intensive use of information and the reduction in trade costs due to communications technology (ICT) digital technology has a larger impact services by other sectors of the on trade than does the increased economy, and the reduction in trade opportunities for more closely costs because of new digital matching demand owing to proximity technologies. They use the WTO to markets and improved efficiency Global Trade Model, a recursive, of custom-made production. dynamic computable general equilibrium model, to generate Section 2: Strategic simulations showing the impact of directions and policy technological change on trade. The implications for model compares a scenario showing developing countries the impact of digital technologies on 16 sectors, 14 regions and 5 factors This second section of the book of production with a baseline scenario takes a broader policy perspective where the pace of technological to analysing the challenges and change is based on past trends. While opportunities that digital technologies the accuracy of the point forecasts offer for developing countries. generated by the model is uncertain, We have no ambition to provide this exercise helps to discipline an exhaustive analysis of the topic, qualitative projections, takes into but rather the goal is to select account the indirect effects of particular countries and issues where economic changes and provides the growth of digital technologies is some insight into the likely quantitative having a marked impact. These country impacts of new technologies on and policy examples hopefully can international trade. provide insights that may be applicable to other situations. The simulations indicate that digital technologies will have a significant Our first example is the analysis by impact on trade. On average, between Baghdadi and Guedidi (Chapter 2), now and 2030 global trade growth who explore an important aspect of would be 2 percentage points per how digital technology could improve annum higher, and developing developing countries’ trade prospects INTRODUCTION 19 by examining the role of internet connectivity has a stronger influence technologies in strengthening ties on forward participation in GVCs than between African economies and global on backward participation. These value chains (GVCs). The internet is variables also have a greater impact likely to play an increasingly important on forward GVC participation for Africa role in reducing the time and costs (both in terms of firm-level and country- required to trade. Digital platforms and level data) than in other regions of the logistics technologies (among others) world. An important implication is that could reduce search costs by improvements in internet infrastructure facilitating matching between buyers could have a significant impact on and sellers, and the use of robotics, African firms’ ability to expand their artificial intelligence and Internet of participation in GVCs. Things (IoT) applications could substantially reduce shipping and In his commentary on Chapter 2, customs processing time. This Newfarmer provides an overview of the reduction in time and costs is a critical findings and conclusions that internet issue for participation in GVCs, where use and infrastructure are particularly goods are traded across borders important for “high-tech manufacturing” several times. Access to the internet and “high-tech services” exports in also can save time and money by GVCs. Newfarmer points out Dollar’s facilitating coordination and monitoring research that “the higher the across firms in a GVC. technology (knowledge) intensity of a sector, the more significant the African firms already participate to increase of complex GVC activities” some extent in GVCs, but African (2019, p. 1). Referring to de Melo and countries’ participation in GVCs is Twum’s recent work (2020) and largely through supplying inputs (often pointing out that, despite efforts of the raw materials) to foreign firms for regional communities (RECs), regional further processing (referred to as value chains remain only at the early forward participation). African firms stages of development, Newfarmer play less of a role in backward suggests further broadening the participation in GVCs, as represented research agenda on value chains in by the share of inputs of foreign origin Africa. By way of example, he notes in a firm’s total material inputs. that regional value chains in the East Country-level data from the United African Community (EAC) amount Nations Conference on Trade and to only 1.7 per cent of total gross Development (UNCTAD)-Eora GVC exports, which stands in stark contrast Database and firm-level data from the with the Association of Southeast World Bank’s Enterprise Survey are Asian Nations (ASEAN) (17.2 per cent). used to measure the relationship He concludes noting that for new between Africa’s participation in GVCs technologies to fully translate into and the spread and quality of internet increased exports and rising incomes, technology on the continent. The policies must go beyond internet authors find that access to the internet infrastructure. Trade policy needs to and internet infrastructure (represented keep pace with communication and by the availability of broadband digitization policies and, to that end, technology) increases the participation the African Continental Free Trade by Africans in GVCs, and that internet Area (AfCFTA) and its efforts to 20 INTRODUCTION
deepen regional agreements hold bias towards international websites, enormous promise. technical limitations of internet service and the small market size. Interviews The transactions with GVCs discussed with policymakers cited the strong in Chapter 2 have an increasing role in legal and regulatory framework facilitating consumer and business supporting electronic payments but purchases within Africa, and so too described a need for stronger regulatory does the internet. cooperation with other countries on e-commerce, and more work to collect In Chapter 3, Seetanah, Padachi, statistics. Technical assistance would Fauzel, Sannassee and Boodoo be useful in these efforts. discuss the importance of purchases over the internet in Mauritius, which is a In the commentary on Chapter 3, leader in e-commerce in Africa. Hartzenberg explains how government Mauritius has the second highest (after policies have been of critical Libya) share of the population making importance for Mauritius to radically online purchases in Africa. The rise in transform and diversify the economy, retail e-commerce was driven by transforming from a base product increases in internet use and economy and preferences to a high- penetration, coupled with increased tech hub. Until a few decades ago, credit card use and the development Mauritius was a single-crop (cane of secure online payment systems. sugar) exporter to the European Union Mauritius also topped the UNCTAD (under a preferential scheme). Policies B2C E-commerce Index (e-readiness) are now fully geared towards helping for Africa. Mauritius become a hub for ICT- related, financial and education Chapter 3 analyses retail customers’ services. Government policies are perceptions about e-commerce, based centred on supporting digitally enabled on a survey of 250 respondents and a growth and they work: Mauritius tops number of in-depth interviews with the the rankings for Sub-Saharan Africa, top management of 12 Mauritian firms followed by South Africa, Nigeria and engaged in online shopping across Kenya. She then looks deeper into the different business sectors. The policies, either considered or already customer survey revealed high levels of put in place, on the African continent satisfaction with online shopping, due including at the African Union, which to wider choices, the ability to save put e-commerce on Africa’s trade time, accessibility and the relative ease agenda, the Common Market for of searching for products online. Major Eastern and Southern Africa concerns included uneasiness over the (COMESA) and the Southern African potential disclosure of personal Development Community (SADC), information and the limited ability to focusing on digitalization, e-regulation, contact vendors. Respondents who e-logistics and e-trade. She also notes have not shopped online cited that the inclusion of e-commerce on concerns over navigating online, the AfCFTA’s agenda has proved to payment security and high costs. be a contentious matter, with African Online sellers expressed considerable countries holding different positions on optimism over future market growth, the treatment of e-commerce when it but also were concerned about a local comes to addressing regulatory issues. INTRODUCTION 21
The analysis by Kiriti Nganga and Referring to the international literature Mbithi of the challenges and and findings presented by international opportunities afforded by digital trade organizations, Oulmane and Sadni in Kenya (Chapter 4) confirms that Jallab, in the commentary on Chapter 4, e-commerce has grown rapidly in that support the evidence provided by Kiriti country, supported by new legislation Nganga and Mbithi, underscoring that and government policies. Laws have e-commerce is a key factor in achieving been passed to provide a framework the goal of economic development for the provision of ICT services, in Africa and specifically in Kenya. e-commerce transactions, data E-commerce can promote protection and access to information. entrepreneurship, contribute to The government also has established developing the private sector and one-stop shop centres for the delivery creating jobs. It also plays a critical of government services to citizens and role in connecting to GVCs. Data are for trade logistics. The policies outlined provided showing that Africa has a in the government’s Digital Economy huge potential in digital trade as its Blueprint provide a solid basis for the young population is growing very expansion of digital trade through the rapidly and engages heavily in this establishment of the AfCFTA. mode of producing and consuming. Africa faces considerable challenges The growth of digital trade will open up in pursuing digital trade policies and new opportunities for has a low level of internet the provision of online penetration compared to services, promote “Digital that of other countries. export diversification, innovations Also, most African boost efficiency and countries have weak growth in manufacturing, are transforming infrastructure. In order improve competition in the global to advance digital trade the financial sector, economy.” in Africa, regulatory increase access to systems need to be market-relevant developed further not information, and increase market only at the national level, but equally access for micro, small and medium- at the regional level. The AfCFTA sized enterprises (MSMEs). However, plays a critical role and so do the potential of digital trade is international institutions such as the constrained by lack of access to United Nations Economic Commission finance, low incomes, limited for Africa (UNECA). broadband and fibre coverage, inadequate transport infrastructure and In Chapter 5, Igue, Alinsato and skills gaps. The legal and regulatory Agadjihouédé analyse the potential framework is insufficient to protect for e-commerce activities in Africa. against cybercrime, ensure privacy, The share of the African population support the interoperability of mobile with internet access has increased money platforms and banks, promote rapidly in recent years, and the consumers’ trust in online transactions, continent’s share of global internet protect intellectual property and connections has risen. The rapid protect digital sites from liability for growth of internet penetration and in customers’ posts. the use of mobile telephony, the 22 INTRODUCTION
development of mobile money framework are key steps to promoting services, the increased use of credit e-commerce activities. cards and increased access to bank accounts have greatly boosted financial Noting that African nations will likely inclusion and encouraged reliance on not generate the huge number of new electronic payments, thus establishing jobs needed to match their population a strong basis for e-commerce growth, Sauvé, in his commentary on development. Online payments or Chapter 5, argues that a robust African purchases increased by 240 per cent digital economy will require deeper from 2014–2017 in Africa, compared regional cooperation, the pooling of to only doubling in Asia and smaller resources and information sharing on rises in Europe and the United States. emerging best practices across several Firms, including small and medium- key areas. These include a solid digital sized enterprises (SMEs), have infrastructure, digital literacy and skills, boosted their internet presence in digital financial services and digital terms of the number of websites and platforms, as well as digital use of e-mail. Nevertheless, Africa entrepreneurship and innovation. accounted for less than 2 per cent of These efforts need to be paired with global e-commerce transactions in 2017. building a solid set of trade rules, but they will not suffice alone. Based on Several factors constrain e-commerce how rule-making in other areas has on the continent. Cybercrime gradually evolved, he suggests taking continues to have a large impact on a closer look at various regional trade Africa: about 80 per cent of African agreements (RTAs) and preferential computers are infected by viruses or arrangements, which offer many useful malware. Moreover, the legal and relevant insights on how to framework to combat cybercrime is negotiate rules for digital trade. inadequate in many countries. More broadly, most African countries lack As Sauvé argues, digitization presents many of the basic requirements of a number of novel regulatory a legal framework for e-commerce, challenges for trade rule-makers that for example, laws providing for the stem in no small measure from the acceptance of electronic signatures increasingly blurred distinction and adequate consumer protection, between goods and services and the while in many countries the legal/ resulting uncertainty as to the regulatory framework has several applicable trade rules. In the absence defects, including high tax levels of globally agreed norms on digital and a lack of clarity on regulatory trade, he also believes that preferential policies. Despite progress, the share trade agreements (PTAs) can serve as of the population with a bank account laboratories in which to experiment remains low, which limits consumers’ with – and adopt – elements of a ability to pay for goods purchased nascent regulatory regime governing online. The cross-country electronic transactions and digital harmonization of rules required for trade. The AfCFTA features a built-in cross-border e-commerce is also negotiating agenda on e-commerce lacking. Reducing cybercrime, and digital trade, providing African increasing participation in the financial countries with a ready-made setting in sector and strengthening the legal which to design a Pan-African digital INTRODUCTION 23 strategy and action plan aimed at infrastructure, the rapid growth of accelerating the development and mobile telephony, increased financing regulatory sophistication of continent’s (particularly equity investment), the digital ecosystem and enhancing the provision of rapid logistics services, volume of digitally enhanced cross- the availability of a user-friendly internet border transactions. platform and effective market regulation based on international In Chapter 6, Jiang, Zhang and Jin agreements. China’s national discuss the recent history and the government has elaborated on policy framework for e-commerce e-commerce policies through five-year transactions in China. The dollar value plans, while regional governments of e-commerce transactions in China have also participated in planning has increased enormously over the and in adjusting the e-commerce policy past 20 years, shifting from mostly framework in light of local conditions. business-to-business transactions in the late 1990s to the rapid Building on the analysis presented development of customer-to-customer by Jiang, Zhang and Jin, Ye, in the transactions beginning in 2000 commentary on Chapter 6, provides (although the market was plagued by more evidence and data on the rapid defects in logistical support and growth of e-commerce transactions counterfeit goods) and achievement of and the transformative effects they a mature market by 2015, with rapid have had on the global economy. China growth of internet users and logistics has significantly contributed to that firms, along with increasing reliance on development in the past 20 years, mobile phones. Since 2016, the and it has become one of the largest growth in e-commerce transactions e-commerce markets in the world. appears to have levelled off, while There are many cross-border logistics and after-sales services have e-commerce market players in China, improved. Most e-commerce including e-platforms, e-payment transactions concern manufacturing, operators, e-vendors, warehousing as well as wholesale and retail trade. operators and express shippers that The market is characterized by jointly operationalize considerable increasing diversity, for example, the numbers of online transactions and growth of e-medical services, the offline deliveries on a day-to-day basis. expansion of cross-border This process has been strongly e-commerce, the rapid growth of social supported by government policies and, e-commerce and the development of in June 2015, the Chinese government online-offline transactions. However, rolled out its strategy to foster cross- the level of e-commerce development border e-commerce in a policy declines as one moves from east to document. This leads Ye to suggest west, which is closely related to the that countries should benefit from the level of economic development and lessons learned in China in terms of degree of marketization in each region. devising digital policy strategies. Also, she advocates for coordination and Both the government and the private rule-making at the international level. sector have played important roles in e-commerce development. Key In Chapter 7, Arfani, Hapsari and supports have included improved Perdana explore the structural and 24 INTRODUCTION
practical issues that confronted the interplays among key players. The adoption of Indonesia’s e-commerce second category represents practical roadmap (2017–2019). The roadmap issues that affect the digital economy. focuses on eight key issues in the The authors present two cases to development of e-commerce: funding illustrate efforts by stakeholders to (focusing on start-ups and SMEs), resolve disagreements on policy, taxation (including lowering some including Indonesia’s position on rates and easing procedures for the WTO moratorium on e-commerce small ventures), consumer protection and local initiatives (such as the one in (strengthening regulation and the city of Yogyakarta) to develop the developing a National Payment digital economy. Gateway), education and human resources (a national e-commerce In the commentary on Chapter 7, awareness campaign and education Olarreaga observes that the comparative programs for all stakeholders), logistics disadvantage Indonesia and other (strengthening courier companies and countries have on electronically developing rural to urban logistics transmitted goods and services is routes), communications (national mainly due to the lack of a strong broadband development), infrastructure that is needed to cybersecurity (establishment of a support the digital sector. Low internet national surveillance and e-commerce e-commerce and credit card monitoring system, provision of penetration and problems with postal education on e-commerce cyberthreats services are hard barriers to overcome and standardized data collection) when trying to increase the and managerial issues (establishment competitiveness of electronically of an operating management structure transmitted goods and services. for the e-commerce roadmap). He goes on to argue that problems Implementation of the roadmap has should always be solved at the root, faced difficulties, including (i) delays rather than applying secondary in executing laws and regulations; policies. The first best solution for (ii) the failure to adequately address addressing low internet penetration some key issues, including privacy is to address the source rather than protection and how technological using secondary policies such as innovations that provide for anonymity trade-distorting taxes. Not only are have facilitated illegal transactions; they costly and inefficient, they cannot and (iii) the lack of a comprehensive substitute for first best solutions. He treatment of data collection. suggests alternative ways of funding policies geared towards better internet, The authors propose two major e-commerce and credit card categories of issues in order to identify penetration, and postal services, and problems and challenges confronted which consist of issuing government by stakeholders. The structural bonds, or, if that option is not available, category concerns the larger other and less distortive border taxes, governance context of the country’s including land taxes, sales taxes, VAT digital economy and includes laws and and taxes on firms’ profits. regulations, the institutional setting and implementing phases, which Pogorletskiy and Sutyrin discuss the involve socio- and political economic taxation of e-commerce in Russia in INTRODUCTION 25
Chapter 8. The e-commerce sector is the fact that despite the growing small, but its potential for growth is significance of e-trade as a portion enormous. Thus, tax rates on of overall international trade, the fiscal e-commerce in Russia should remain effect of its taxation on national moderate, given the sector’s small size budgets is insignificant. She supports (so the rise in tax revenues from higher the proposition by the authors to focus rates would be small) and substantial on the stimulating role of taxes in growth prospects (so future tax international trade rather than on revenues from a developed sector increasing the collection of taxes could be quite large). Russian whereby the emphasis on customs authorities are establishing effective duties and excises is more important automated systems for collecting taxes for visible goods, while for e-services and customs duties on cross-border and products, import VAT becomes e-commerce, calculating VAT more important. compensation to exporters and accounting for receipts in online Improving the efficiency of trade stores. These systems will help to logistics is a key element of reducing prevent abuse of the tax system, as trade costs, promoting global and well as reduce the cost of compliance regional trade and supporting the by firms. expansion of e-commerce. In Chapter 9, Awad-Warrad, Boughanmi and The Russian taxation of e-commerce Hwang compare the quality of logistics activities presents two important services in Jordan, Oman and Hong challenges. First, consumer goods Kong, China, from the point of view purchased directly from foreign online of their ability to support increased sellers enjoy significant tax advantages e-commerce transactions. The logistics compared to imports purchased in sector plays an important role in Russian retail outlets, undermining the supporting the growth of e-commerce profitability of Russian importers and in all three economies. Each has also reducing tax revenues. Second, the established legal frameworks for VAT levied on foreign exporters of ICT-related transactions. While the electronic services creates uncertainty logistics infrastructure is stronger in because the legal definition of Jordan and Oman than in many other electronic services is unclear and countries in the Middle East and North impedes the operations of multinational Africa, the quality of logistics services companies in Russia because VAT is in these countries remains well short taxed on intra-firm imports of services. of the level in Hong Kong, China. The share of the population with internet In the commentary on Chapter 8, van access in Hong Kong, China, is Gorp notes that traditional tax systems somewhat above that of Oman and need to be reviewed because the Jordan. However, Hong Kong, China, taxation issues of e-trade are more consistently rates among the top 10 to complex and demand new frameworks 15 economies in terms of the framework for fair taxation while at the same time supporting business-to-consumer allowing enough room for innovation. e-commerce, logistics services and She considers Russia an interesting ICT development, while Oman is case because the country’s budget ranked around the top third and Jordan suffers from tax losses reflected in around the middle or lower in most 26 INTRODUCTION
indicators surveyed in the chapter. And economies. The Comprehensive and export costs, and to a smaller extent Progressive Agreement for Trans- import costs, are much lower in Hong Pacific Partnership (CPTPP) and the Kong, China, than in Jordan or Oman. United States-Mexico-Canada Free Trade Agreement (USMCA) are In the commentary on Chapter 9 and among the most advanced regional based on a review of the literature, agreements that cover the regulation Sarris supports the findings by of digital trade, particularly in the key Awad-Warrad, Boughanmi and Hwang areas of privacy, access to information on the role of improvements in trade and data flows. The CPTPP includes logistics performance in the form of a comprehensive set of new digital cost and time to export. One aspect trade rules that involves a binding of the new international economy is commitment to allow the free flow of the proliferation of value chains, data, prohibits data localization with products and services that are requirements that could impede market intermediate inputs to a final product entry, permits the use of all devices on going through many countries or many the internet and requires all groups to times through the borders of one adopt privacy protection regulations. country before reaching final assembly. This suggests that the longer the While the USMCA incorporates many product value chain the higher the provisions of the CPTPP, there are proportion of final product value that important differences between the two. can be affected by border measures. For example, both agreements provide It follows that the reduction in trade for the free transmission of information. costs, via increases in efficiency of However, the two agreements have a trade procedures, could expand the slightly different balance between the length of a given value chain, by rights of governments to regulate reducing the costs of extra steps in cross-border data flows in the public the chain. This in turn could reduce interest and the rights of big data to obstacles for many SMEs to enter engage in cross-border data mining some segments of the value chain, that facilitates the development of new and hence increase the production technologies, particularly those based and trade opportunities for such firms. on artificial intelligence. Thus, the lack Countries with large improvements in of multilateral rules on the free flow of trade facilitation will thus have more data has resulted in divergent chances of entering long GVCs. approaches in RTAs.
The lack of a WTO agreement has According to Medhora’s commentary shifted responsibility for ensuring the on Chapter 10, there are two areas free flow of digital trade to regional and where the seeming technocratic bilateral trade agreements, while the e-commerce-related provisions of the growth of e-commerce has increased USMCA mask deeper and more the importance of clear rules in this sensitive issues of power and national area for Latin American governments. sovereignty. One is data localization, In Chapter 10, López, Condon and and the other is the capacity of national Muñoz consider the new rules on authorities to hold multinational digital digital trade in RTAs recently platforms accountable for the content negotiated by Latin American they carry. He points to the current INTRODUCTION 27 discussions on how best to manage regulatory approaches that will content on digital platforms and where increase legal uncertainty and thus the challenges consist of balancing constrain investments and market safety with freedom of speech. This expansion in the sector. An exception tension is reflected in the regional is the regulation of data protection, approaches as opposed to where both Argentina and Brazil are multilateralism. As he points out, following principles laid out in the RTAs were traditionally used as “hot European Union’s General Data houses” in which policy approaches Protection Regulation (GDPR). Further were tried before moving to the negotiations between the two countries multilateral sphere. However, he notes over regulatory convergence for that it is equally possible that RTAs act e-commerce could best be undertaken as a ratcheting mechanism, locking through MERCOSUR. norms and practices negotiated by powerful players that stand to become In his commentary on Chapter 11, Wu a multilateral standard. notes that both countries have sought to engage digital trade on their own In Chapter 11, Thorstensen and terms. He highlights the three Delich consider the challenges facing important contributions made by the regulation of e-commerce by authors that help us better understand comparing the domestic regulatory the development of e-commerce in provisions of Argentina and Brazil, Argentina and Brazil: (i) the importance along with their participation in of robust regulatory reform; (ii) the role negotiations of agreements on of participation in external processes in e-commerce regulation through the influencing internal developments; and Southern Common Market (iii) the fact that both countries pushed (MERCOSUR) and the WTO. The domestic regulatory reforms on their value of e-commerce transactions is own terms, without necessarily seeking growing rapidly in Argentina and Brazil, regional harmonization. On this last and in both countries the share of the point, there is a real concern that the population participating in e-commerce lack of a single digital market in transactions exceeds the Latin MERCOSUR will prevent regional American average. Both countries have firms from acquiring the scale established a legal framework for data economies necessary to become protection, regulation of the internet, competitive globally. This raises the consumer protection, taxation of question of whether Argentina and e-commerce, and contracts and Brazil are bound to continue as e-signatures. Argentina and Brazil also success stories. Both countries have submitted proposals for dropped in the UNCTAD B2C negotiations over the treatment of E-commerce Index rankings. e-commerce transactions in WTO Concluding on a more optimistic agreements, and included e-commerce note and as digital competition is just provisions in free trade agreements. beginning, the vital lesson to be drawn is that investing in legal reform and However, different approaches to active participation in multilateral internal regulation of e-commerce and institutions can only get a developing differences in positions in international country so far. In order to compete negotiations indicate diverging against advanced economies and 28 INTRODUCTION
emerging Asian giants, developing integration of developing countries’ countries need to invest heavily creative industries in GVCs requires a in human capital, stabilize shift in the industrial paradigm and macroeconomic conditions and business practice from the typical low achieve regional scale economies. value-added, standalone creative firm, cultural practitioner or artist operating Nurse considers the policy issues in isolation to higher levels of raised by the use of digital technology collaboration, coordination and in developing countries’ “creative organization, along with a sectors”, including, for example, comprehensive approach to sectoral entertainment (TV, movies, videos, support. Key policy measures should games), visual arts, books, include a stronger legal framework for newspapers and magazines, creative industries (in particular advertising and architecture (Chapter improved copyright protection), 12). The creative sector is an important reductions in tariff rates on the import source of growth in the global of machinery that supports creative economy, as personal, recreational and industries, financial support for the audio-visual services have expanded commercialization of creative activities, as a share of the expenses of the government involvement in business average household. Firms operating in support services (e.g. training, the creative sector have been the incubators, innovation labs, market fastest adopters of online and digital incubators, cluster development and technologies. Digital creative trade has market development programmes), increased sharply in recent years and the creation of enabling institutions developing countries’ share of the to represent the interests of creative sector has risen. Digital content is workers and firms, the generation of replacing physical goods in the sector, data on creative markets, and the for example, in music, books and harmonization of government policies gaming; copyright collections from towards the sector. digital sources are rising as a share of global collections (although digital Meier-Ewert, in his commentary on collections remain small); and creative Chapter 12, takes the point further, content accounts for a significant considering that the development of share of e-commerce, as well as effective collective copyright content on mobile networks, the management organizations (CMOs) internet and blockchains. is an important contribution to a functioning intellectual property (IP) Participation in the creative sector by system and is needed particularly in developing countries appears to be developing countries to ensure viability increasing, although data availability is and financing of the creative sector. poor. The copyright sector contributes He argues that development and a substantial share of gross domestic adaptation of the copyright system to product (GDP) and employment in the challenges of the modern digital several developing countries. To reap world are required. Digital the potential benefits of creative communication technologies have industries, developing countries need enabled global markets for digital to improve the quality and marketability products, whereas licences to use of their content. The enhanced IP-protected content are granted on INTRODUCTION 29 a territorial basis and related IP rights unemployed, women, people with are covered by domestic law. The disabilities, minority ethnic groups, paradigm shift in the significance and the small businesses operated by of IP systems for the global digital these groups. Nevertheless, marketplace creates a particular digital technologies – particularly urgency in the area of copyright. A e-commerce – may hold promise for concentration of efforts in the marginalized groups by increasing development of an internationally access to marketing and financial compatible modern and responsive transactions; boosting services system of law and institutions in the sectors, where many women are area of IP is likely to be an excellent employed; providing youth with investment in the future opportunities information about entrepreneurial of creative industries in developed and possibilities, knowledge and skills; developing countries alike. and helping small businesses compete with larger establishments by linking Section 3: Making the to suppliers or partners, and finding most of the digital trade and communicating with the market. era – inclusiveness, gender A cross-country study finds a positive and development correlation between internet usage and digital trade in goods and Parry, Jansen van Rensburg, Viviers services, on the one hand, and a and Orkoh consider whether the reduction in vulnerable employment, growth of the digital economy is on the other. In addition, there is a consistent with further progress in positive correlation between greater inclusive growth (Chapter 13). internet usage and life expectancy. Concern is growing over the rise of Perhaps the use of digital technologies inequality in many countries, driven by in recent years has improved differences in opportunities to develop healthcare services. human capital, international trade and technological progress. Digital Policies to use digital technologies technology can provide new to improve inclusive growth include opportunities to disadvantaged groups improving the availability of data, but can also exacerbate inequality and solving the issue of uneven digital limit inclusiveness. Developed-country connectivity, establishing an effective policymakers tend to stress the regulatory framework for digital importance of the free transmission of developments and data flows, data across borders, while some upgrading education and skills developing-country policymakers have training, and designing a digital advocated for a digital industrialization trade policy that is appropriate for strategy to limit competition from large the level of income and inclusivity. technology firms to encourage the growth of local digital capabilities. Building on the analysis by Parry, Jansen van Rensburg, Viviers and The spread of the internet and other Orkoh, Piermartini, in her commentary new technologies (artificial intelligence, on Chapter 13, stresses the role that robotics, the IoT and 3D printing) has trade policy can play in creating the generated challenges for employment, right environment for a country to seize particularly for the poor, the the opportunities that digital 30 INTRODUCTION
technologies provide and to attract bookkeeping that enables a list of investment. This not only includes encrypted transactions (known as a goods-related trade policy measures ledger) to be stored in a decentralized such as lower tariffs on manner, can help women IT products, but it also in overcoming barriers includes digital trade “International to trade. Blockchain policy that fosters data technology could exchanges and allows cooperation significantly lower the for the harmonization of is essential cost of cross-border e-certificates. Trade for realizing the payments, security policies related to full potential trading and compliance, services sectors, such of digital while its anonymity and as finance, distribution, efficiency could enable logistics and transport, technologies.” many women, who are also key otherwise would be determinants for a constrained by law, country to reap the benefits of digital custom or high costs, to engage in technologies. She offers three main financial and business transactions. arguments in support of strengthening For example, blockchain could be international cooperation to make used to enable women who lack digital technologies more inclusive, identification documents to undertake specifically that international transactions that otherwise would cooperation: (i) may help to tackle require official identification (as, for the potential negative impact of example, through IDbox), which digitalization on competition, resulting would facilitate women’s access to from market dominance (monopoly) finance and their ability to effect by leading operators; (ii) may address financial transactions (as, for example, the issue of data availability; and finally, under a joint programme with UN (iii) may help to resolve some of the Women and the World Food Programme tensions generated by uncoordinated assisting women in Jordan), and unilateral approaches to digitalization to prove their ownership of assets (“digital protectionism” or simply without interventions from male unnecessarily divergence). She feels family members (as in a World that at the multilateral level, the WTO Bank pilot project in Viet Nam). negotiations and joint initiatives related Blockchain can help MSMEs, to services, electronic commerce and more than 30 per cent of which MSMEs can help deliver a more are owned by women, to overcome inclusive digital development. One costs associated with exporting and policy that can contribute to bridging importing, and interact easily with the digital divide is by making further consumers, other businesses commitments under the General engaged in the supply chain, customs Agreement on Trade in Services officers and regulatory bodies. (GATS). This could be a way to Blockchain also can increase women enhance policy credibility and thereby farmers’ access to information on help attract foreign direct investment. crops and market conditions (as in the UN “Buy from Women” In Chapter 14, Bahri focuses on how initiative), thus improving their blockchain, a kind of electronic bargaining position. INTRODUCTION 31
However, if not regulated properly, devices remain significantly lower the expanded use of blockchain also than men’s and tech-related jobs could increase the relative return to remain male-dominated. This is also sophisticated technology skills (for true for blockchain. Multilateral example, understanding of how to organizations have a key role to play operate a blockchain-based mobile in helping address these issues and application, how to initiate a smart turn blockchain’s potential for women contract, or how to create, save or into reality. Women’s blockchain access documents) that men are more networks, such as Global Women likely to have, and thus might erect in Blockchain and African Women even higher barriers to trade for in Blockchain, which assist women women. Many regulatory agencies and help them seize the opportunities are either trying to catch up with this that this new technology opens are rapidly evolving technology or are in welcome developments that will, a major state of disagreement about no doubt, contribute to making the value blockchain adds to the blockchain work for women’s ecosystem of international trade. economic empowerment. This lack of regulation and the differences in country regulations Section 4: the ways forward create uncertainty that could impede the use of blockchain for the economic Building on the analysis offered in the empowerment of women. The WTO earlier sections of the book, Section 4 could play a key role in developing provides forward-looking perspectives. guidelines for the use of blockchain Gao (Chapter 15) provides a succinct in international trade to support the yet thought-provoking analysis on data efficient and inclusive adoption of regulation in trade agreements. He blockchain technology. starts by highlighting the important role played by data in national economy and Analysing the channels discussed by international trade, which also explains Bahri and through which blockchain the rush to regulate data both can empower women, Ganne writes domestically and internationally. This in her commentary on Chapter 14 that is not an easy exercise as it involves blockchain can be a powerful tool to balancing the conflicting interests of remove frictions from international three main groups of stakeholders, trade and promote women’s access to i.e. the individual, the firm and the international markets but realizing the state. With the growing popularity full potential of blockchain will require of provisions on data regulation in more than merely the technology. It will trade agreements, we start to see require political will and action to allow the emergence of three different interoperability of blockchain platforms approaches, with each of the three and to create a regulatory framework main traders in the world – China, that is conducive to the large-scale the European Union and the United States deployment of the technology. It will – each championing a different model. also require addressing the digital After summarizing the differences divide through investment in physical between the three, this chapter ICT infrastructure and IT education explores the reasons for them, and for women. Women’s access to the Gao argues that they are mainly internet and ownership of digital driven by different commercial interests 32 INTRODUCTION
and regulatory philosophies. It domestically. Of critical importance is concludes by providing some practical the need to put the right infrastructure suggestions on how to move the in place and to facilitate IT and digital discussions on data regulation forward trade, thus allowing a better as part of ongoing negotiations on connection to markets and linking digital trade among WTO members. to the GVC. This requires adequate domestic regulatory systems as well In Chapter 16, Smeets explains that as harmonization and coordination of while perspectives differ as to how such policies at the international level. governments can create an enabling environment and establish the right The analysis presented in the book conditions at the national, regional leads to some main conclusions. and global levels in support of While the various chapters in this digitalization and with a view of their volume discuss a wide variety of fuller integration in world trade, the issues and focus on different country views tend to converge on several and regional examples, some common specific requirements that need to be themes emerged. First, many of the fulfilled in order to take full advantage authors share considerable optimism of the opportunities offered in the new about the impact of digital technologies, digital trade era. This includes focusing such as the internet, blockchain, more strongly on specific services artificial intelligence and other uses sectors, strengthening infrastructure of ICT services. The further adoption to facilitate digital trade and further of digital technologies is expected reducing transaction costs, all of which to increase developing countries’ are elements conducive to a better trade, in part by facilitating connections linking to GVCs. These findings and to GVCs. E-commerce transactions the examples presented by the Chairs have grown rapidly (examples are are supported by analysis conducted provided of China, Kenya and by the leading institutions, including Mauritius, as well as regional data the WTO: digital trade can play a on Africa), and the reliability and significant role in supporting inclusive variety of goods and services have economic growth and enhancing increased markedly. the development perspectives of developing countries. The findings Absent any government intervention, not only contribute to a fuller the impact of digital technology on understanding of the complex digital vulnerable and marginalized groups trade issues affecting competition, is less clear. On the one hand, they facilitate a better appreciation improved access to information and of the challenges that remain in lower-cost communications through designing policies for the future. the internet can help level the playing In order to facilitate digital trade, field for small producers and assist governments have a significant role new entrants to the labour force in to play domestically, regardless of finding jobs. And blockchain what will or can be agreed multilaterally technology holds considerable on regulating digital trade. International promise for enabling women to trade is increasingly determined by increase their participation in financial an enabling environment created and business transactions. On the by countries at the national level, i.e. other hand, the increasing importance INTRODUCTION 33 of digital technologies is raising the with digital technologies, for example, returns to sophisticated skills that the regulation of data flows, protection individuals from higher-income of privacy on the web, the control backgrounds (and men) are more of cybercrime and legal recognition likely to possess. of digital signatures. Others concern both the internet and the analogue The chapters show a broad consensus economies, including IP rights, on the critical role that policy plays in consumer protection, the financial supporting the adoption of digital system and business support services. technologies and ensuring that vulnerable groups are not left behind. Finally, international cooperation is High levels of access, high-quality essential for realizing the full potential infrastructure that supports the internet of digital technologies. Differences in and mobile telephony, and solid legal and regulatory provisions across transport and postal services are countries create uncertainty over essential for e-commerce. Realizing the validity of transactions, which the full potential of digital technologies constrains investment and business will also require governments to operations in the sector. The need address the digital divide (in for international rules to regulate infrastructure and skills) within their data flows has led governments to own country, between men and introduce specific provisions in RTAs, women, urban and rural areas, rich with the consequent risk of a and poor. A strong legal and regulatory fragmented regulatory environment. framework is critical for the efficient The internet has brought us closer adoption of digital technologies and together, for both good and ill. to improve their contribution to International cooperation is essential inclusive growth. Some essential to reap the maximum benefits while provisions are directly concerned limiting the costs. 1SECTION The digital trade era – challenges and opportunities for developing countries Chapter 1 The impact of digital technologies on developing countries’ trade
Eddy Bekkers, Robert Koopman, Giulia Sabbadini and Robert Teh* Abstract
Using the World Trade Organization (WTO) Global Trade Model (GTM), a recursive, dynamic computable general equilibrium model, we examine the potential future impact of technological innovations, in the form of robotization and use of artificial intelligence (AI), servicification of the production process, and falling trade costs due to the rise of online markets and platforms on the trade of developing countries. The simulations show that technological change will boost trade growth, as a result of both falling trade costs and the more intensive use of information and communications technology (ICT) services. On average, between now and 2030 global trade growth would be 2 percentage points per annum higher as a result of digital technologies. Further, developing countries’ trade growth would be 2.5 percentage points per annum higher and the increase in their share of global trade will be more pronounced the faster they are able to catch up technologically. Another finding from the simulations is that services exports will become a bigger part of global trade, making up more than a quarter of total trade by 2030, and technological changes tend to increase the share of services imports in manufacturing gross output. Finally, these technological developments do not appear to portend a reshoring or localization of production, suggesting that future technological change can go in hand in hand with continuing globalization.
* The contents of this chapter are the sole responsibility of the authors and are not meant to represent the position or opinions of the WTO or its members. 38 CHAPTER 1
Introduction the fact that the model is computable makes it possible to go beyond In the last 30 years, technological qualitative predictions and provide advancements in information and quantitative projections on the communications technology (ICT), magnitude of the effects of the new by supporting the development of technologies on international trade. digital markets and platforms, have significantly impacted the way in which The GTM is used to explore the goods, services and information are impact of three technological trends bought, sold and exchanged. More on the magnitude and patterns of cross-border trade is now digital international trade. The first trend in nature – a trend that is likely is robotization and greater use of to continue in the future. artificial intelligence (AI). AI can be defined as the ability of a digital Qualitative analysis can be useful to computer or computer-controlled identify the ways in which these new robot to perform tasks commonly technologies and digitalization can associated with humans, such as the affect international trade. In this ability to reason, generalize or learn chapter, we complement this qualitative from past experience. Important analysis with quantitative projections branches of AI, such as machine about changes in the size and patterns learning, rely on computing power to of international trade using the WTO sift through big data to recognize Global Trade Model (GTM), patterns and make predictions without a recursive dynamic computable being explicitly programmed to do so. general equilibrium (CGE) model with The second trend is the more intensive multiple sectors and production use of ICT services by other sectors factors, intermediate linkages, non- in the economy, which we term as homothetic preferences (consumer “servicification”.1 The third trend preferences in which we examine is the expenditures shares for reduction in trade goods and services are “More cross- costs because of new not constant but vary border trade is digital technologies. with income), and now digital in Digital technologies investment linkages are expected to between countries nature – a trend reduce trade costs (see Aguiar et al., 2019). that is likely by improving customs This quantitative to continue in procedures, increasing exercise serves three the future.” the efficiency of important goals. First, logistics and reducing it disciplines the the costs of qualitative predictions, as it forces communication and contract analysts to translate their storylines enforcement (for example, through into quantitative “shocks” or changes the use of blockchain). Further, in a micro-founded economic various studies have shown that model. Second, the use of a general trade costs for online trade, equilibrium model implies that the i.e. e-commerce, are lower than indirect effects of economic changes for offline trade (see, for example, are all taken into account. And third, Lendle et al., 2016). CHAPTER 1 39
In order to quantify the impact of new 1. WTO Global Trade Model technologies and digitalization, we first The WTO GTM is calibrated to the construct a baseline scenario for the Global Trade Analysis Project (GTAP) world economy up to the year 2030 database, Version 9.2, which has 141 in which the digital trends mentioned regions and 57 sectors, implying that above are assumed not to gather baseline shares are equal to actual speed over time. Instead, the baseline shares. We use an aggregation with assumes business-as-usual with 16 sectors, 14 regions and 5 factors previous trends simply continuing of production, as displayed in Table 1. to 2030. These business-as-usual The sectoral aggregation includes developments include differential the sectors of interest related to productivity growth across sectors digitalization of the economy, such as based on past rates to capture the telecommunications, business services phenomenon of structural change, and electronic equipment. The 14 changing income elasticities as regions, a mix of developing and countries grow richer, changes developed countries from across in the trade to income ratio, and the world, include the Association variation in the savings rate that of Southeast Asian Nations (ASEAN), depends on changing demographic Brazil, China, European Union (28),2 or life cycle factors (Fouré et al., 2013). India, Japan, Rest of Latin America, Middle East and North Africa (MENA), The structure of the chapter is as Nigeria, Other Asia, Other Developed follows. The next section describes Countries, Rest of the World, Sub- the WTO GTM that is used to project Saharan Africa (SSA) and the the future impacts of these United States. Of the 14 regions included technologies on global trade, and then in the simulation, 10 can be classified as it presents the baseline scenario for developing,3 which enables us to shed the world economy when using gross light on how the newly emerging domestic product (GDP), population countries are affected by digitalization. and labour force projections from various international organizations. Each region features a representative The following section discusses the agent collecting factor income and tax emerging technological trends that are revenues and spending this (under the focus of this chapter and describe the assumption of utility maximization) how they are quantified and introduced on private consumption, government into the GTM. The next section consumption and savings. Savings discusses the simulation results and are collected by a hypothetical global compares the core and convergence trust, which allocates investment scenarios with the baseline. Finally, across different regions. In the the last section concludes. simulations on the digitalization of the economy, one wants to take Methodology into account changes in foreign investment. This requires specifying In this section, we first describe the how foreign investment flows across model used and then the construction borders. In the simulations, we assume of the baseline, which could be that investment flows across regions characterized as a middle-of-the-road so that the rate-of-return on investment scenario for the global economy. is equalized. 40 CHAPTER 1
Table 1: List of regions, sectors and factors of production
Regions Sectors Factors of production ASEAN Agriculture Capital Brazil Chemical and petrochemicals Land China Communication Natural resources European Union (28) Electronic equipment Skilled labour India Financial services and insurance Unskilled labour Japan ICT services and consultancy Rest of Latin America Other machinery and motor vehicles MENA Metals Nigeria Mining and extraction Other Asia Other business services Other Developed Countries Other goods Rest of the World Other services SSA Processed food United States Trade Transport Utilities and construction
On the production side, firms display we need to compare that scenario profit maximizing behaviour, choosing with a baseline projection of the world the optimal mix of factor inputs and economy until 2030. As noted in the intermediate inputs. There are five previous section, this baseline production factors: high-skilled labour, assumes business-as-usual with the low-skilled labour, capital, sector- pace of technological change based specific natural resources and land. on past trends. The baseline is Capital accumulation is recursive constructed using projections about dynamic. Hence, the current period the future evolution of GDP per capital stock is equal to the capital capita, population, labour force and stock in the previous period minus skills up to 2030 that are available depreciation plus investment. from various international sources and Investment flows to regions with higher organizations. More specifically, GDP rates of return. Capturing many per capita growth is based on actual features of the global economy International Monetary Fund (IMF) in a detailed way requires us to data until 2014. From 2015 we use abstract from one important feature: the Organisation for Economic agents are not forward-looking and Co-operation and Development different periods are only connected (OECD) Shared Socioeconomic through the adjusting stock of capital. Pathways projections, SSP2 (Dellink et al., 2017). Data on population and 2. The baseline projection labour force growth come from To explore the impact of new United Nations population projections, technologies and digitalization, medium variant for 2015 (UN, 2015). CHAPTER 1 41
Changes in the number of skilled and supply. We depart from the standard unskilled workers are inferred from GTAP specification in modelling projections on education levels by savings5 and instead follow the the International Institute for Applied approach in Fouré et al. (2013) to Systems Analysis (IIASA) (Samir and model the gross savings rate as a Lutz, 2017).4 We use changes in the function of GDP and demographic share of the tertiary educated as a variables. Targeting the savings proxy for changes in the share of rates to the projections from a skilled workers. macroeconomic model makes the evolution of savings more realistic. All the other parameters of the GTM We allow for differential productivity are set at standard values provided by growth across sectors based on the GTAP 9.2 database. However, to historical data; a detailed description allow for changes in the amount of land of the estimation used to generate and natural resources employed, we the trends is provided in Bekkers et al. assume supply elasticities equal to (2018). The results of the baseline one for these factors. This means that projection of the global economy up prices for these resources need to to 2030 are shown in Table 2. Global rise by 1 per cent to coax out an GDP growth per capita is projected additional 1 per cent increase in their to average 2.61 per cent per annum
Table 2: Baseline projection of global economy to 2030, per cent
Average yearly growth from 2015 to 2030 of Low-skilled High-skilled GDP per capita Population labour labour ASEAN 4.33 0.90 0.44 3.43 Brazil 2.69 0.64 0.30 2.26 China 5.98 0.19 -0.70 2.91 European Union (28) 1.51 0.06 -1.04 1.11 India 5.01 1.02 0.92 3.78 Japan 1.28 -0.35 -2.01 0.58 Rest of Latin America 2.60 0.96 0.63 3.01 MENA 2.81 1.39 1.02 3.92 Nigeria 4.04 2.47 2.42 5.59 Other Asia 2.58 1.18 1.09 2.94 Other Developed 1.25 0.90 -0.47 1.26 Countries Rest of the World 3.59 0.05 -0.59 0.42 SSA 3.36 2.52 2.85 5.51 United States 1.61 0.67 -0.34 0.94 Global 2.61 0.93 -0.28 1.66 Developing countries 4.06 1.08 -0.56 5.13
Source: GDP projections from OECD Shared Socioeconomic Pathways; Population from UN World Population Projections; high-skilled and low-skilled labour supply from IIASA, assuming that high-skilled are tertiary educated and low-skilled are primary and secondary educated. 42 CHAPTER 1
Table 3: Overview of trends modelled in the core and convergence scenarios
Trends Core scenario Convergence scenario Robotization Differential productivity growth by Differential productivity growth across and digitalization sector and region as a function of sectors as in core scenario but scope for technological change and with lagging regions catching up to digital readiness. 25 per cent best performing regions. Servicification Doubling of the share of ICT Doubling of the share of ICT services services and consultancy used by and consultancy used by other other sectors. Constant growth in sectors. Faster growth in the share the share across regions. in lagging regions. Falling trade costs Reductions in iceberg trade costs Reductions in iceberg trade costs as a result of new technologies and as a result of new technologies and e-commerce. Identical reductions e-commerce. Trade costs in lagging across different regions. pairs of countries converge to 25 per cent best performing pairs of countries.
until 2030, with developing countries’ 1. Robotization and automation per capita GDP growing significantly The robotization or automation of faster at 4.06 per cent per annum. production is increasing around the world. According to the International Trends in digital technology Federation of Robotics, there are more than 2.4 million industrial To study the impact of digitalization robots operating in factories around on global trade, we explore several the world.6 In the manufacturing sector trends associated with it quantitatively. alone, there are now 99 robot units They include the: (i) reallocation of per 10,000 employees, compared to tasks in production because of the average global density of 66 units robotization and the use of AI; just a few years ago. The automotive (ii) servicification of the production industry is the largest customer process from the increasing use of industry with 30 per cent of total ICT services in the rest of the robots, ahead of electrical/electronics economy; and (iii) falling trade costs (25 per cent), metal and machinery as a result of digitalization in logistics (10 per cent), plastics and chemical and the rise of e-commerce. For each products (5 per cent) and food and of these, we develop a core scenario beverages (3 per cent). Asia is the and a convergence scenario, where world’s largest industrial robot market, we assume there is a faster adoption followed by Europe and the Americas. of digital technologies by developing At the same time, AI is going countries than in the core scenario mainstream as its deployment now (see Table 3). For each of the trends, extends beyond the technology sector. we discuss the economic rationale It can be seen as a form of automation behind its inclusion, the way we obtain in which the computing ability of the size of the future changes and machines is substituted for human how it is introduced and analysed intelligence and expertise (Aghion in the GTM. A more detailed technical et al., 2019). Robotization and AI lift description with estimation results productivity but also make production of these trends and relationships is more capital intensive (Acemoglu and provided in Bekkers et al. (2018). Restrepo, 2018). One possible CHAPTER 1 43 implication of robotization and AI for that the share of ICT services used by trade is that even some labour-intensive other sectors will grow at a constant goods currently produced in poor rate of 3.8 per cent in all regions, countries will eventually be reshored which means that the share doubles in to capital-abundant counties as robots 15 years. In the convergence scenario, and AI make production there more the share grows more rapidly in cost-efficient. countries that start out with a lower share of ICT services. Taking into account these ideas, robotization is introduced into the 3. Reduction in trade costs from GTM in two ways. First, we digitalization and e-commerce exogenously increase the share of New technologies are expected to capital income until 2030 based on the lead to a reduction of trade costs by historical trend. Second, we increase improving efficiency in such areas as productivity growth in certain sectors trade finance, logistics, and custom and countries that current research procedures and risk management suggests are likely to gain from (McDaniel and Norberg, 2019). For automation (Bitkom instance, blockchain and Fraunhofer, 2014; could reduce the expense Boston Consultancy “Technological and time required to Group, 2015; Friedrich change will facilitate trade finance et al., 2011; McKinsey transactions that depend Global Institute, 2015). boost trade on third-party lending or The leading sectors growth.” insurance, as well as include financial improve management of services and insurance supply chains by and the automotive sector, while the providing real-time information on countries in the technology frontier the origin and movement of goods. include the European Union (28), Blockchain may also be used to Japan and the United States. improve detection of illicit trade flows and deter illegitimate efforts 2. Servicification to circumvent trade rules. One way in which digitalization is likely to affect the sectoral structure of To calculate how much these new production is through servicification, technologies are going to reduce trade with the use of ICT services by other costs, we employ a structural gravity sectors of the economy growing over structure (Head and Ries, 2001) and time. To project this trend into the estimate how much logistics and other GTM, we calculated the change in customs-related variables (taken from the share of ICT services – more the World Bank’s Doing Business specifically the share of “computer database) affect trade. In the programming, consultancy and related convergence scenario, we assume activities” and “information service that countries with poor performance activities” – in the World Input-Output in terms of the different measures of Database (WIOD) from 2000 to 2016 logistics and customs converge to (Timmer et al., 2015). This share turns the level of the country that performs out to have doubled during the period. at a level equal to 75 per cent of the Thus, in the core scenario, we assume level achieved by the top performer. 44 CHAPTER 1
In particular, we assume that laggard between buyer and seller – by nearly a countries close half of the gap with the third according to Lendle et al. (2016) – 75 per cent best performing country. In facilitating more exchange. the core scenario, we assume identical trade cost reductions across regions To determine the reduction in trade and sectors, subject to the constraint costs from e-commerce, we first that the trade-weighted average project the growth of e-commerce reduction in trade costs is identical to up to 2030. This is derived from that in the convergence scenario. regressing online sales in the European Union and in the The other important source of trade United States on macroeconomic cost reduction from digital variables (GDP growth) and using the technologies is the creation and resulting coefficient estimates and our growth of online markets as more and GDP projections from the OECD more consumers and firms turn to SSP2 to calculate their future growth. these sites and platforms to make their It is assumed that domestic and purchases. The United Nations cross-border e-commerce grow Conference on Trade and Development at the same rate. Second, using (UNCTAD) estimates that global the estimates of Lendle et al. (2016) e-commerce transactions in 2017 that e-commerce reduces distance amounted to US$ 29 trillion, with the by a third, we back out the equivalent number of online shoppers growing to reduction in trade costs implied by the 1.3 billion people.7 E-commerce growth of e-commerce. transactions between businesses (B2B) accounted for 88 per cent of Simulation results online transactions with business-to- consumer (B2C) sales accounting for In this section, we combine the the remainder. Slightly more than a technological trends to generate a core tenth of all B2C sales in 2017 were scenario and a convergence scenario. cross-border e-commerce transactions, The core scenario projects forward which reached a value of US$ 420 trends in the new technologies billion. The magnitude of these discussed earlier – robotization, flows suggests that digital markets servicification and digitalization that are creating trade opportunities for reduce trade costs. The convergence many countries. scenario differs from the core scenario in one significant way: it assumes more By reducing search costs, the rapid catch-up of developing internet and e-commerce platforms economies to the technological can facilitate market transactions, leaders. For example, in the case of including cross-border trade (see robotization, we assume that lagging e.g. Borenstein and Saloner, 2001; regions catch up to the top quartile Cairncross, 2001). This is borne out by (or 25th percentile). While we do not the empirical literature, which finds that delve into what actions lagging regions e-commerce reduces distance-related need to take to catch up with the trade costs (Ahn et al., 2011; Clarke, technological leaders, there is no 2008; Freund and Weinhold, 2004; shortage of proposals or ideas.8 Hortaçsu, 2009; Lendle et al., 2016). The core and convergence scenarios E-commerce shrinks the distance are summarized in Table 3. CHAPTER 1 45
Figure 1: Trade growth in the baseline and in the core and convergence scenarios to 2030
Source: GTM simulations.
We then examine the effect of scenario and 5.19 per cent in the digitalization, across the baseline, convergence scenario. As expected, core and convergence scenarios, developing regions exhibit stronger by comparing the trajectory of the trade growth in the convergence following variables of interest: scenario, where we assume digital (i) annual trade growth; (ii) the share catch-up by developing countries up of developing countries in global to the 25th percentile. Their trade trade; (iii) changes in the sectoral grows 7.23 per cent per annum in and geographical distribution of trade the convergence scenario compared and production; (iv) the share of to 6.91 per cent in the core scenario imported services in manufacturing and 4.70 per cent in the baseline output; and (v) the contribution of scenario. This last result implies that services and goods to total trade. countries that are currently not on the technological frontier are not trapped Figure 1 displays the impact of the there and could make rapid advances technological trends on annual in their trade. trade growth in the baseline, core and convergence scenarios. Trade In Figure 2, we show the change in the growth is higher in all regions in the regional shares in global exports. China core and convergence scenarios, continues to increase its share of trade reminding us how international trade and becomes the biggest exporter in and technological change often go the world. Developed economies like hand in hand. On average, annual the European Union, Japan and the trade growth is 3.14 per cent in the United States experience an erosion baseline, 5.07 per cent in the core in their market share. Further, the figure 46 CHAPTER 1
Figure 2: Country and regional share of global exports in 2016 and 2030 in the baseline and in the core and convergence scenarios
Source: GTM simulations.
Figure 3: Sectoral composition of global trade in 2016 and 2030 in the baseline and in the core and convergence scenarios
Source: GTM simulations. CHAPTER 1 47 shows that the export share of economy and thus also in trade. developing countries rises more in the Globally, the share of services trade convergence scenario than in the core in total trade rises to 24.9 per cent in scenario, suggesting some positive the core scenario and to 25.2 per cent impact from technological catch-up. in the convergence scenario, compared Their share of global exports rises to 22.4 per cent in the baseline scenario. to 62.4 per cent by 2030 in the convergence scenario, whereas Figure 4 exhibits the impact of it rises only to 61.3 per cent in the these technological trends on the core scenario without catch-up. More organization of value chains. For notably, this pattern holds as well most regions, the share of imported for SSA, whose share is projected intermediates in gross output rises to increase to 2.9 per cent in the in both the core and convergence convergence scenario compared scenarios. This is because trade to 2.6 per cent in the core scenario. costs are falling, thus making it more attractive to employ imported Figure 3 presents the change in the intermediates in production. Further, sectoral composition of global trade. Figure 5 displays the share of The share of services in global trade imported services in manufacturing rises for most regions in the baseline (gross) output. The figure shows that scenario, and more so in both the core technological developments have and convergence scenarios. This is even stronger effects on the use because trade costs fall more for the of services imports in manufacturing, services sectors and servicification which results from the combination increases the use of services in the of falling trade costs and servicification
Figure 4: Impact of technological trends on the organization of value chains in 2016 and 2030 in the baseline and in the core and convergence scenarios: the share of intermediate imports in gross output
Source: GTM simulations. 48 CHAPTER 1
Figure 5: Impact of technological trends on the organization of value chains in 2016 and 2030 in the baseline and in the core and convergence scenarios: the share of services intermediate imports in manufacturing gross output
Source: GTM simulations.
leading to more imports of ICT in the baseline scenario (6.91 per cent services. Some have argued that the annually compared to 4.70 per cent growth of automation and other annually), but only 0.3 percentage labour-saving technologies such points more in the convergence as 3D printing may encourage scenario compared to the core multinationals to move towards scenario (7.23 per cent annually localized supply chains and reduce compared to 6.91 per cent annually). production abroad (Gebler et al., One possible interpretation that can 2014). However, this conjecture is not be put on this conclusion is that the supported by our simulation results, global spread of digital technologies, as it does not appear that robotization even in the absence of significant or the rising share of capital in income technological catch-up by poor in developed economies would lead countries, is sufficient to cause a to the reshoring of manufacturing sizeable uptick in developing activity and thus reduced imports countries’ participation in international of foreign intermediates. trade. But even if this is the answer one draws, this does not mean that In these figures, we find a substantial greater investments in ICT gap between the baseline and core infrastructure and creating a policy scenario outcomes but not as big environment more conducive to the a difference between the core and digital economy are not priorities for convergence results. For instance, developing countries. There are other developing countries’ trade grows valuable policy goals beyond trade – at least two percentage points more such as improving access to per annum in the core scenario than education and increasing innovation CHAPTER 1 49 and economic growth – that these grow by 2.5 percentage points per policies will advance. The difference annum more as a result of technology – between the convergence and core 7.33 per cent per year in the outcomes – which is positive – is convergence scenario compared only one measure of the value to 4.7 per cent yearly in the baseline of getting policies right on the scenario. Developing countries’ share digital economy. of global trade increases in both the core and convergence scenarios Conclusion but rises more in the latter scenario, with technological catch-up providing In this chapter we examined the a significant tailwind. expected impact of new digital technologies on the international trade Second, the share of services in of developing countries until 2030. global trade rises in both the core We employed a recursive dynamic and convergence scenarios because CGE model to generate a baseline trade costs fall more for the services trajectory of the world economy based sectors and servicification increases on GDP, population, labour force the use of services in the economy. and skill projections from different By 2030, services would make up international agencies. We then 25.2 per cent of total trade in the introduced the three trends associated convergence scenario compared with the development of digital to 22.4 per cent in the baseline. technologies and that are likely to shape the future – robotization and Finally, contrary to some conjectures, adoption of AI, the servicification of the rise of robotization and AI, the production process and the fall which makes production more in trade costs due to the rise of capital intensive, does not appear to e-commerce – into a core scenario. portend a reshoring or localization of We also considered a variant, the production from developing countries. convergence scenario, in which technologically lagging countries Endnotes and regions are able to catch up to the technological level of the 1 We distinguish this process, which focuses top quartile. on the greater use of services as inputs to manufacturing, from “servitization”, which The simulation results we obtain lead refers to manufacturers offering services us to the following observations. as complements to or substitutes for the goods that they produce. See, for First, technological change will boost example, Lanz and Maurer (2015) and trade growth. On average, between Crozet and Milet (2017). now and 2030 annual trade growth would be 2 percentage points per 2 While this chapter was being finalized, the annum higher – 5.19 per cent per United Kingdom withdrew from the annum in the convergence scenario European Union on 31 January 2020. instead of 3.14 per cent per annum However, negotiations on the post-Brexit in the baseline – as a result of digital trade arrangement between the United technologies. Over the same period, Kingdom and the European Union (27) had developing countries’ trade would not yet started, and thus it was not possible 50 CHAPTER 1
to include a post-Brexit scenario in the growth”, in Agrawal, A., Gans, J. and baseline and counterfactual projections. Goldfarb, A. (eds.), The Economics of Artificial Intelligence: An Agenda, Chicago: 3 The 10 regions are ASEAN, Brazil, China, Chicago University Press, 237-282. India, Rest of Latin America, MENA, Nigeria, Other Asia, Rest of the World Aguiar, A., Bekkers, E., Corong, E., and SSA. Koopman, R., Teh, R. and van der Mensbrugghe, D. (2019), “The WTO Global 4 IIASA is an international institute that Trade Model: Technical Documentation”, conducts policy-oriented research into WTO Staff Working Paper ERSD-2019-10. problems that are too complex to be solved by a single country or discipline – Ahn, J., Khandelwal, A. K. and Wei, S.-J. such as climate change, energy security (2011), “The role of intermediaries in and sustainable development. See facilitating trade”, Journal of International https://www.iiasa.ac.at/. Economics 84(1): 73-85.
5 In the GTAP model, the utility of consumers Bekkers, E., Koopman, R., Sabbadini, G. is assumed to be a Cobb Douglas function and Teh, R. (2018), “Long Run Trends in of expenditures and savings so that savings International Trade: The Impact of New is always a constant share of GDP. Technologies”, Mimeo.
6 See https://ifr.org/downloads/press2018/ Bitkom and Fraunhofer (2014), Industrie Executive%20Summary%20WR%20 4.0 – Volkswirtschaftliches Potenzial fur 2019%20Industrial%20Robots.pdf. Deutschland. https://www.bitkom.org/sites/ default/files/file/import/Studie-Industrie-40. 7 See https://unctad.org/en/pages/ pdf PressRelease.aspx?OriginalVersionID=505. Borenstein, S. and Saloner, G. (2001), 8 They include expanding digital capabilities “Economics and electronic commerce”, (e.g. broadband), investing in research and The Journal of Economic Perspectives development (R&D), improving the legal 15(1): 3-12. and regulatory environment, upgrading the education and skills of the population, Boston Consulting Group (2015), The strengthening intellectual property Robotics Revolution: The Next Great Leap protection, bolstering privacy and better in Manufacturing, 23 September 2015. protecting personal data, facilitating online payments, etc. Cairncross, F. (2001), The Death of Distance: How the Communications References Revolution Is Changing Our Lives, Boston, Massachusetts: Harvard Business School. Acemoglu, D. and Restrepo, P. (2018), “The race between man and machine: Clarke, G. R. G. (2008), “Has the internet Implications of technology for growth, factor increased exports for firms from low and shares, and employment”, American middle-income countries?”, Information Economic Review 108(6): 1488-1515. Economics and Policy 20(1): 16-37.
Aghion, P., Jones, B. F. and Jones, C. I. Crozet, M. and Milet, E. (2017), “Should (2019), “Artificial intelligence and economic everybody be in services? The effect of CHAPTER 1 51
servitization on manufacturing firm Lanz, R. and Maurer, A. (2015), “Services performance”, Journal of Economics and and global value chains: Servicification of Management Strategy 26(4): 820-841. manufacturing and services networks”, Journal of International Commerce, Dellink, R., Chateau, J., Lanzi, E. Economics and Policy 6(3). and Magne, B. (2017), “Long-term economic growth projections in the shared Lendle, A., Olarreaga, M., Schropp, S. and socioeconomic pathways”, Global Vézina, P.-L. (2016), “There goes gravity: Environmental Change 42: 200-214. eBay and the death of distance”, The Economic Journal 126(591): 406-441. Fouré, J., Bénassy-Quéré, A. and Fontagné, L. (2013), “Modelling the world McDaniel, C. and Norberg, H. C. (2019), economy at the 2050 horizon”, Economics “Can blockchain technology facilitate of Transition 21(4): 617-654. international trade?”, Mercatus Research, Arlington, VA: Mercatus Center at George Freund, C. and Weinhold, D. (2004), “The Mason University. effect of the internet on international trade”, Journal of International Economics 62(1): McKinsey Global Institute (2015), Digital 171-189. America: A Tale of the Haves and Have- Mores, 1 December 2015. Friedrich, R., Le Merle, M., Gröne, F. and Koster, A. (2011), Measuring Industry Samir, K. C. and Lutz, W. (2017), “The Digitization: Leaders and Laggards in the human core of the shared socioeconomic Digital Economy, London: Booz & Co. pathways: Population scenarios by age, sex and level of education for all countries Gebler, M., Schoot Uiterkamp, A. J. M. and to 2100”, Global Environmental Change Visser, C. (2014), “A global sustainability 42: 181-192. perspective on 3D printing technologies”, Energy Policy 74: 158-167. Timmer, M. P., Dietzenbacher, E., Los, B., Stehrer, R. and de Vries, G. J. (2015), “An Head, K. and Ries, J. (2001), “Increasing illustrated user guide to the World Input– returns versus national product Output Database: The case of global differentiation as an explanation for the automotive production”, Review of pattern of U.S.-Canada trade”, American International Economics 23: 575-605. Economic Review 91(4): 858-887. United Nations (UN) Department of Economic Hortaçsu, A., Asís Martínez-Jerez, F. and and Social Affairs, Population Division (2015), Douglas, J. (2009), “The geography of trade World Population Prospects, The 2015 in online transactions: Evidence from eBay Revision. and Mercado Libre”, American Economic Journal: Microeconomics 1(1): 53-74. SECTION 2 Strategic directions and policy implications for developing countries Chapter 2 Global value chains in the age of internet: what opportunities for Africa?
Leila Baghdadi and Insaf Guedidi* Abstract
This chapter analyses the impact of the internet on global value chains (GVCs) in Africa. We investigate the effect of internet adoption on forward participation and backward participation of African countries in GVCs. We conduct the estimations using country-level data from the United Nations Conference on Trade and Development (UNCTAD) Eora GVC database and firm-level data from the World Bank’s Enterprise Survey. We test whether internet adoption facilitates the participation of Africa in GVCs at the country level and the firm level. We find that internet use and internet infrastructure are more important for African firms and African countries in terms of forward GVC participation. To conclude, empirical results show that the internet increases GVC participation in Africa. African countries and firms need to improve internet infrastructure in order to make the best of integration into GVCs.
* The contents of this chapter are the sole responsibility of the authors and are not meant to represent the position or opinions of the WTO or its members. 56 CHAPTER 2
Introduction Empirical evidence supports this positive impact of digitalization and the The amount of cross-border bandwidth internet on trade flows. For instance, used increased by 148 times between Sousa (2018) presents evidence that 2005 and 2017 (McKinsey Global the IoT is changing the way industries Institute, 2019). These flows of perform through creating new information helped firms to be closer opportunities and transforming to consumers and suppliers. Firms with production processes. Osnago and a high rate of digital adoption tend to Tan (2016) indicate that countries are reduce their physical presence in more likely to exchange goods and partner countries. This is due to the services among themselves when both newly acquired ability to create virtual exporters and importers have high global teams through digital platforms internet adoption rates. Moreover, (McKinsey Global Institute, 2016). Vemuri and Siddiqi (2009) show that Currently, digitalization and technology the availability of the internet for evolution notably reduce trade costs as business transactions significantly they simplify transactions across enhances trade flows. Lin (2015) borders, thus generating more trade. demonstrates that a 10 per cent The internet and electronic systems increase in internet users increases help eliminate unnecessary processes exports by 0.2 to 0.4 per cent. Freund in customs declaration and customs and Weinhold (2004) conclude that clearance. For instance, recent bilateral trade flows are enhanced estimations show that online by a high level of internet connectivity. submissions of customs documentation The authors find that a 10 per cent decreased time spent at the border by increase in the number of web hosts more than 70 per cent for both imports increases exports by 0.2 percentage and exports (WTO, 2018). points. Likewise, Rodríguez-Crespo and Martínez-Zarzoso (2019) investigate The next wave of digital technologies, the impact of the internet on bilateral such as digital platforms and logistics exports of 120 countries for the period technologies (among others), could 2000–2014. They use the percentage further decrease trade costs. Digital of internet users as an indicator of platforms help buyers and sellers from information and communications around the world to meet and exchange technology (ICT) and product goods and services, thus lowering their complexity to segment countries based search costs. Logistics technologies on their degree of knowledge. They through the use of robotics, artificial show that ICT has a positive and intelligence and Internet of Things (IoT) significant impact on exports when applications could decrease shipping trade flows are within countries with and customs processing time by 16 to low product complexity. Liu and Nath 28 per cent. They could potentially (2012) also find that the use of the boost overall trade by 6 to 11 per cent internet positively and significantly by 2030 (McKinsey Global Institute, affects trade in emerging markets. 2019). Thus, a greater use of digital technologies is likely to reduce trade Digitalization could particularly empower costs, empower trade and increase trade flows of developing countries GVC participation in both developed through reducing trade costs. The World and developing countries. Trade Organization (WTO) estimates CHAPTER 2 57 that the reduction in trade costs resulting GVCs in developing countries is from technology diffusion and regulatory enhanced by improving internet policies could increase developing connectivity (measured by whether countries’ share in global trade up to a firm has a website). The authors 57 per cent by 2030 (WTO, 2018). also find that the quality of ICT Clarke and Wallsten (2004) find that infrastructure, measured by fixed higher exports to developed countries broadband subscriptions, is associated are associated with higher internet with SMEs’ participation in GVCs. penetration rates in developing Marcolin and Squicciarini (2018) countries. In addition, Abeliansky highlight how a highly skilled workforce and Hilbert (2017) find that the quality and ICT adoption shape the way of ICT services (measured by bandwidth countries integrate and position speed) has a larger impact on exports themselves in GVCs. The availability of developing countries than does the of skilled workers is critical to the extent of ICT services (measured by expansion of non-routine jobs that the number of telephone and internet has gone hand in hand with recent subscriptions), while the reverse is true technological change. Authors define for developed countries.1 non-routine jobs as occupations that give The advent of workers a degree of digitalization is “Digital platforms independence. They particularly important for help buyers decide what activity to GVCs in both developed and sellers from do and plan their time and developing around the and tasks. Such workers countries. Trade costs world to meet are able to adopt and tend to cumulate in use technologies in GVCs. Parts and and exchange tasks related to GVCs components are goods and where time is important combined in different services.” (ESCWA, 2017) and countries before being costs are high turned into final goods. (Muradov, 2017). The time and cost involved in border crossings have a large impact on The adoption of digital technologies production costs, since products plays an important role in shaping cross borders several times. Hinson cross-border activities of multinational and Adjasi (2009) indicate that the enterprises (MNEs) (Gestrin and internet plays a major role in reducing Staudt, 2018). Cadestin et al. (2018) the cost to export in Africa. In addition, indicate that cross-border activities of technology emerges as a key factor in MNEs lead to more fragmentation of lowering trade costs in international production. A great part of global production networks (Amador and production networks within GVCs Cabral, 2016; WTO, 2018). Recent belongs to MNEs. As the world is studies link integrating global digitalizing, the costs of coordination production networks with adopting and production are falling. Therefore, more digital technologies. In this MNEs tend to execute more business respect, Lanz et al. (2018) argue that and production activities in different manufacturing small and medium countries. For instance, Lanz et al. enterprises’ (SMEs) participation in (2018) find that small firms participate 58 CHAPTER 2
more in GVCs in countries with good We explore both country- and firm-level ICT infrastructure. They indicate dimensions. In the remainder of the that affordable and high-quality chapter, we look at both country-level access to the internet improves firms’ and firm-level results, and then present production activities by connecting our conclusion. those firms to GVCs. Internet and participation Connection to GVCs can take of countries in GVCs place through forward linkages or backward linkages. Forward GVC 1. Model specification and data participation refers to domestically We study the impact of internet produced inputs used in connectivity on the GVC third countries’ exports, participation of African while backward “Digitalization countries in terms of participation refers to could backward and forward the use of foreign inputs particularly linkages. The model in domestic production used includes internet (De Backer and empower infrastructure, proxied Miroudot, 2013). trade flows by Broadband in the Siedschlag and Murphy of developing model, and internet (2015) indicate that the countries connectivity, proxied by form of engagement in through reducing Internet Use, as international activities explanatory variables. (forward versus trade costs.” Following the empirical backward) has model used by implications for the level Shepherd (2016) and of profitability. They argue that Cheng et al. (2015) in their country- European firms’ engagement in GVCs level analyses, we use a measure of is linked to their productivity and GVC participation as the dependent innovation performance. Therefore, it variable in the regression. is important to study the impact of the internet on forward GVC participation At the country level, the estimation and backward GVC participation. is based on the following specification, including country and year Several studies on the relationship fixed effects: between gross trade and the internet
have been carried out (Hinson and GVCit = α + β1 Broadbandit + β2 Internet
Adjasi, 2009; Lin, 2015; Osnago and Useit + β3 Broadbandit x Africai Tan, 2016; etc.), but research on the impact of the internet on trade in the
era of GVCs is limited. Moreover, few + β4 Internet Useit x Africai + β5 Ζit + ν1
studies have empirically addressed + μt + εit the question of the impact of digital
connectivity on GVCs in African GVCit denotes backward participation countries. This study aims to fill this (expressed by foreign value added gap by examining the effect of the (FVA)) and forward participation internet on forward and backward (expressed by indirect value added linkages, with a focus on Africa. (DVX)), all in logs. CHAPTER 2 59
Ζit is a control variable that captures Another ICT indicator is the gross domestic product (GDP) per percentage of the population using capita. Broadband indicates fixed the internet via computer, mobile broadband subscriptions. Internet phone, personal digital assistant, Use is a measure of the percentage gaming machines, digital TV, etc., of individuals using the internet. also from the ITU.
Africai is a dummy variable representing whether or not country The control variable used at the i is in Africa; Broadbandit x Africai and country level is GDP per capita.
Internet Useit denote the interaction Data on GDP per capita are taken terms between internet connectivity from the World Development variables and the Africa dummy. ν1 Indicators database. and μt denote country and year fixed effects, respectively.ε it is 2. Results the error term. This section presents our main results at the country level. We The analysis of global production estimate the empirical model with networks at the country level is Ordinary Least Squares (OLS). based on data from the UNCTAD-Eora Table 1 presents the results of the GVC database. Data from 1990 to estimated equation where the 2017 are generated from Eora dependent variable is in log. GDP Multi-Region Input-Output tables per capita, a proxy for a country’s (MRIOs), data for 2016–2017 are level of economic development, provisional results, and data for has a positive sign. Thus, the more 2018–2019 are estimated based developed an economy is, the more on the International Monetary Fund likely it is to participate in GVCs. (IMF) World Economic Outlook.2 The Broadband and Internet Use GVC indicators by country are variables have a positive and significant from the UNCTAD-Eora GVC impact on participation in GVCs, database. The data covers 175 with slightly higher coefficients countries and the years 1990 to related to backward participation 2018. DVX and FVA are measured (proxied by FVA exports) than for in US dollars. forward participation. This shows that internet connectivity enhances Regarding ICT variables, fixed countries’ participation in GVCs. broadband subscriptions (per 100 These results are in line with results people) come from the International in Lin (2015), Liu and Nath (2012) Telecommunication Union (ITU), and Osnago and Tan (2016). including public internet subscriptions For African countries, however, (TCP/IP connections) at speeds broadband appears to be important equal to, or greater than, 256 kbit/s. for backward linkages, but not for This includes cable modem, DSL, forward linkages (coefficient is fibre-to-the-home/building, other fixed insignificant). A 10 per cent increase (wired)-broadband subscriptions, in internet use in Africa increases satellite broadband and terrestrial backward GVC participation by fixed wireless broadband for both 3.74 per cent and forward GVC residences and organizations. participation by 10.7 per cent. 60 CHAPTER 2
Table 1: GVC participation and internet, country-level analysis with OLS
(1) (2) (3) (4) Backward Backward Forward Forward Variables Participation Participation Participation Participation (log FVA) (log FVA) (log DVX) (log DVX) Broadband 0.0221*** 0.0149*** (0.000737) (0.00135) Africa × Broadband 0.0129** 0.0115 (0.00545) (0.00996) Internet Use 0.00966*** 0.00749*** (0.000317) (0.000413) Africa × Internet Use 0.00374*** 0.0107*** (0.000943) (0.00123) Log GDP per capita 0.811*** 0.899*** 1.025*** 1.109*** (0.0155) (0.0148) (0.0284) (0.0193) Constant 7.153*** 6.107*** 5.579*** 4.606*** (0.133) (0.119) (0.243) (0.155)
Observations 2,523 3,934 2,523 3,934 R-squared 0.768 0.796 0.535 0.741
Country Fixed Yes Yes Yes Yes Effects (FE) Year FE Yes Yes Yes Yes
Note: Robust standard errors are in parentheses. * p < 0.1 ** p < 0.05 *** p < 0.01
A firm-level dimension At the firm level, the model is specified to GVCs in the age as follows: of internet
GVCijkt = α + β1 Broadbandijt + β2 Internet
1. Model specification Useijt + β3 Broadbandijt x Africaij and data We apply a regression with Broadband
(as a proxy for internet infrastructure) + β4 Internet Useijt x Africaij + β5
and Internet Use (as a proxy for Website ijt + β6 Χijt + vi + μk + θt + εijt internet connectivity) variables to
assess the impact of internet The dependent variable GVCijkt proxies connectivity on GVC participation in GVC participation in terms of terms of backward and forward backward linkages (measured by the linkages. We specify the empirical share of imports in total material inputs) model and use data following Lanz and forward linkages (measured by the et al. (2018) for the firm-level analysis. share of sales that were known to be CHAPTER 2 61 exported by a third party), for firmi in infrastructure on forward GVC country j at year t of industry k. participation and backward GVC participation at the firm level. We
Africaij is a dummy variable estimate the empirical model with representing whether or not firmi is OLS. Table 2 and Table 3 display in Africa. Broadbandijt x Africaij and the firm-level results.
Internet Useijt x Africaij denotes the interaction terms between Africa and Table 2 shows the results of the internet variables. Website ijt is a dummy estimated equation. The dependent variable indicating whether the firm has variable is backward participation a website or not. Χijt represents a set of proxied by the share of inputs of control variables including the foreign origin in a firm’s total material manager’s experience (in years) and inputs. Columns 1–3 are estimation foreign ownership. vi, μk and θt are results for the whole data sample (all country, industry and year fixed effects, surveys). Columns 4–6 are separate respectively. Finally, εijt denotes the regressions using the last sample error term. At the firm level, data on for each country and firm (last survey) GVC participation are from the World to do a robustness check. Bank Enterprise Surveys (WBES), which cover the years 2006 to 2018 Our control variables, foreign for 133 countries. While the data ownership and manager’s experience, cover a wide span of years, countries have a positive and significant impact appear only between one to three on the share of imported inputs. times in the data during the period covered, and we do not know how The Internet Use variable is many times a surveyed firm appears insignificant. However, Broadband in the dataset. Therefore, we run has a positive and significant regressions using first the full sample coefficient. Thus, internet infrastructure and second including only the latest proxied by Broadband increases survey of each country for robustness a firm’s share of imported inputs. check purposes. Only manufacturing Also, having a website helps firms industries are considered. integrate into GVCs through backward linkages. ICT variables are the same as explained in the previous section. In addition, we Our main variables of interest are the use a dummy variable that indicates interaction terms between internet whether the establishment has its own connectivity variables and the Africa website or not. At the firm level, the dummy variable. The interaction term control variables include the number of between the Africa dummy and years of experience of the company’s Broadband is insignificant. However, top manager and the percentage of the interaction term between the the firm owned by private foreign Africa dummy and Internet Use individuals, companies or organizations. is positive and significant. This These data are taken from the WBES. indicates that a higher rate of internet penetration is associated 2. Results with a higher share of foreign We are interested in comparing the imported inputs in firms’ total inputs impact of internet use and internet (backward GVC participation). 62 CHAPTER 2
Table 3 contains the estimation results The positive coefficients for the of firms’ forward linkages. We use the interaction terms between internet share of indirect exports as the variables and the Africa dummy show dependent variable to proxy forward that the effect of Internet Use and linkages. Columns 1–3 are estimations internet infrastructure (Broadband) on for the whole data sample (all surveys). forward linkages is stronger if the For robustness check purposes, country is an African country. This columns 4–6 are regressions using suggests that actions to improve ICT the last sample for each country and infrastructure and to adopt more firm (last survey). technologies would help improve the region’s position in GVCs. The relationship between Internet Use and forward participation in GVCs is Forward integration and foreign insignificant, and Broadband has a ownership are positively related, negative sign. Firms with websites are as displayed in Table 3. However, associated with a significantly higher the coefficient for Manager Experience share of indirect exports. is statistically insignificant.
Table 2: Backward GVC participation and internet, firm-level analysis with OLS
(1) (2) (3) (4) (5) (6)
Variables All surveys All surveys All surveys Last Last Last survey survey survey Broadband 0.287*** 0.414*** (0.0927) (0.0277) Africa × -1.024 2.918*** Broadband (1.125) (0.203) Internet Use 0.0160 0.154*** (0.0374) (0.0107) Africa × 0.351*** 0.274*** Internet Use (0.0969) (0.0203) Website 9.223*** 7.423*** (0.302) (0.420) Foreign 0.206*** 0.212*** 0.193*** 0.299*** 0.298*** 0.287*** Ownership (0.00597) (0.00597) (0.00595) (0.00890) (0.00905) (0.00897) Manager 0.144*** 0.140*** 0.129*** 0.263*** 0.251*** 0.280*** Experience (0.0126) (0.0126) (0.0124) (0.0184) (0.0186) (0.0182) Constant 10.29*** 8.166* 108.8*** -5.817*** -6.307*** -0.876** (2.854) (4.839) (9.474) (0.365) (0.371) (0.383)
Observations 54,519 54,965 55,690 26,583 26,202 26,950 R-squared 0.258 0.257 0.269 0.114 0.112 0.109 Country FE Yes Yes Yes No No No Year FE Yes Yes Yes No No No Industry FE Yes Yes Yes Yes Yes Yes
Note: Robust standard errors are in parentheses. * p < 0.1 ** p < 0.05 *** p < 0.01 CHAPTER 2 63
Table 3: Forward GVC participation and internet, firm-level analysis with OLS
(1) (2) (3) (4) (5) (6) Variables All surveys All surveys All surveys Last Last Last survey survey survey Broadband -0.0832* 0.0553*** (0.0428) (0.0130) Africa × 1.629*** -0.0709 Broadband (0.466) (0.0825) Africa × 0.368*** 0.0142* Internet Use (0.0480) (0.00833) Website 0.842*** 1.006*** (0.142) (0.174) Foreign 0.0312*** 0.0323*** 0.0293*** 0.0482*** 0.0499*** 0.0466*** Ownership (0.00336) (0.00337) (0.00335) (0.00521) (0.00535) (0.00522) Manager -0.00509 -0.00534 -0.00616 -0.00609 -0.00731 -0.00423 Experience (0.00557) (0.00551) (0.00551) (0.00742) (0.00738) (0.00724) Internet Use 0.00128 0.0203*** (0.0182) (0.00487) Constant 40.82*** 30.82*** -0.186 0.124 0.0426 -0.879*** (1.263) (2.152) (21,713) (0.148) (0.146) (0.262)
Observations 61,420 61,867 62,565 31,997 31,615 32,348 R-squared 0.050 0.052 0.050 0.017 0.019 0.017 Country Fixed Yes Yes Yes No No No Effects (FE) Year FE Yes Yes Yes No No No Industry FE Yes Yes Yes Yes Yes Yes
Note: Robust standard errors are in parentheses. * p < 0.1 ** p < 0.05 *** p < 0.01
Africa appears to have better import and reduces trade costs, a performance in connecting to GVCs critical issue for participation in GVCs through forward linkages than through where goods cross borders several backward linkages (see Table 2). This times. Access to the internet also can is in line with the fact that African firms save time and money by facilitating are connected to GVCs largely through coordination and monitoring across providing inputs to firms in other firms. Therefore, African countries regions for further processing (Foster- are able to seize more opportunities McGregor et al., 2015). For example, from digitalization. North Africa integration in global production networks is due to forward This study shows that internet use participation (Del Prete et al., 2017). and internet infrastructure are important for countries engaging in Conclusion international production networks. From a trade perspective, ICT plays Technology diffusion among African a key role in countries as well as countries reduces the time required to in firms. We analyse the effect of 64 CHAPTER 2
internet adoption on forward measures”, Journal of Economic Surveys participation and backward 30: 278-301. participation in GVCs. Globally, internet variables tend to have a larger Aslam, A., Novta, N. and Rodrigues- impact on increasing backward Bastos, F. (2017), “Calculating Trade participation than they do for forward in Value Added”, IMF Working Papers, participation. However, this is not the 31 July 2017. case for African countries, for whom internet connectivity has a stronger Cadestin, C., De Backer, K., Desnoyers- influence on forward participation in James, I., Miroudot, S., Rigo, D. and Ye, M. GVCs than on backward participation. (2018), “Multinational Enterprises and Global Value Chains: The OECD Analytical We conclude that African countries AMNE Database”, OECD Trade Policy and firms in Africa need to improve ICT Papers 28. infrastructure and increase internet penetration to reap more benefits from Casella, B., Bolwijn, R., Moran, D. and participating in GVCs at different Kanemoto, K. (2019), “Improving the production levels. Internet use seems analysis of global value chains : The to fuel both forward and backward UNCTAD-Eora database”, Transnational linkages. Increasing internet adoption Corporations Journal 26(3): 115-142. and improvement of internet infrastructure offer several opportunities to African Cheng, K., Rehman, S., Seneviratne, D. and countries and firms to better participate Zhang, S. (2015), “Reaping the Benefits from in GVCs. Global Value Chains”, IMF Working Paper.
Endnotes Clarke, G. R. G. and Wallsten, S. J. (2004), “Has the Internet Increased Trade? Evidence 1 The dataset covers 122 countries over the from Industrial and Developing Countries”, period 1995–2008. Policy Research Working Paper Series.
2 More details about the UNCTAD-Eora De Backer, K. and Miroudot, S. (2013), GVC database and its methodological “Mapping Global Value Chains”, OECD background are described in Casella et al. Trade Policy Paper. (2019). Aslam et al. (2017) and De Backer and Miroudot (2013) provide more details Del Prete, D., Giovannetti, G. and Marvasi, on the calculations of value-added E. (2017), “Global value chains participation indicators for GVCs. and productivity gains for North African firms”, Review of World Economics References 153: 675-701.
Abeliansky, A. L. and Hilbert, M. (2017), ESCWA (2017), Transport and Connectivity “Digital technology and international trade: to GVCs: Illustrations from the Arab Region. Is it the quantity of subscriptions or the quality of data speed that matters?”, Foster-McGregor, N., Kaulich, F. and Telecommunications Policy 41: 35-48. Stehrer, R. (2015), “Global Value Chains in Africa”, Inclusive and Sustainable Amador, J. and Cabral, S. (2016), “Global Industrial Development Working Paper value chains: A survey of drivers and Series, WP 04 / 2015. CHAPTER 2 65
Freund, C. and Weinhold, D. (2004), “The Muradov, K. (2017), “Trade costs and effect of the Internet on international trade”, borders in global value chains”, Review of Journal of International Economics 62(1): World Economics 153: 487-509. 171-189. Osnago, A. and Tan, S. W. (2016), Gestrin, M. V. and Staudt, J. (2018), “Disaggregating the Impact of the Internet The Digital Economy, Multinational on International Trade”, Policy Research Enterprises and International Investment Working Paper 7785, World Bank Group. Policy, Paris: OECD. Rodríguez-Crespo, E. and Martínez-Zarzoso, Hinson, R. E. and Adjasi, C. K. D. (2009), I. (2019), “The effect of ICT on trade: Does “The internet and export: Some cross- product complexity matter?” Telematics and country evidence from selected African Informatics 41: 182-196. countries”, Journal of Internet Commerce 8: 309-324. Shepherd, B. (2016), “Infrastructure, trade facilitation, and network connectivity in Lanz, R., Lundquist, K., Mansio, G., Maurer, Sub-Saharan Africa”, Journal of African A. and Teh, R. (2018), “E-commerce and Trade 3: 1-22. Developing Country-SME Participation in Global Value Chains”, Staff Working Paper Siedschlag, I. and Murphy, G. (2015), ERSD-2018-13. “Firms’ engagement in global value chains”, in Amador, J. and di Mauro, F. (eds.), The Lin, F. (2015), “Estimating the effect of the Age of Global Value Chains: Maps and internet on international trade”, Journal of Policy Issues, 175-186. International Trade and Economic Development 24: 409-428. Sousa, M. J. (2018), “The impact of the Internet of Things on global trade: Liu, L. and Nath, H. K. (2012), Information and A multiple-case study on multinationals”, Communications Technology (ICT) and Trade Transnational Corporations Review 10(2): in Emerging Market Economies, SSRN. 108 -114.
Marcolin, L. and Squicciarini, M. (2018), Vemuri, V. K. and Siddiqi, S. (2009), “Impact “Investing in innovation and skills: Thriving of commercialization of the Internet on through global value chains”, Review of international trade: A panel study using the Economics and Institutions 9: 33. extended gravity model”, International Trade Journal 23: 458-484. McKinsey Global Institute (2016), “Digital Globalization: The New Era of Global WTO (2018), World Trade Report 2018: Flows”, 24 February 2016. The Future of World Trade: How Digital Technologies Are Transforming Global McKinsey Global Institute (2019), Commerce, Geneva: WTO. “Globalization in Transition: The Future of Trade and Value Chains”, January 2019, 1‑18. 66 CHAPTER 2: COMMENTS
Comments
RICHARD NEWFARMER*
The emergence of global value chains sophisticated the product is (or (GVCs) has major policy implications production process), the greater the for economic growth in Africa. As role of the brand name, and the greater Baldwin (2011) pointed out, two is the market share for the lead firm, consequences are particularly the more difficult it is for new entrants germane for developing countries. On to gain entry into the final market the one hand, GVCs have created an or supply networks without direct avenue through which countries can association with the value chain. industrialize at a much earlier stage of development as producing firms A third consequence is the rising choose to off-shore fragments of the importance of connectivity to GVCs, production value chain to countries the subject of this chapter. “Global where labour is cheaper or where value chains in the age of internet” other locational advantages confer a examines the role of internet competitive cost advantage on the connectivity – proxied through the whole value chain. number of internet connections as backbone infrastructure and the However, a second consequence is percentage of population using the that, in a world of GVC-dominated internet – in spurring African trade trade in which production is allocated and in particular trade in value chains. to the location with the lowest cost, It provides compelling aggregate countries that try to industrialize evidence that the connectivity via the through the high tariffs and restrictive internet is playing an important role import-substitution policies prevalent in in export development of African the pre-1990 period are unlikely to countries, particularly the participation reduce their costs to the point where in GVCs. In analysing broad sectors, they can be competitive in global the chapter also presents evidence markets. Said differently, GVCs raise that internet use and infrastructure the penalties to countries that seek to are particularly important for expand exports by raising tariffs and “high-tech manufacturing” as well as import-substitution policies that would “high-tech services” exports. This aspire to build competing production comports with Dollar’s findings for networks; high border barriers will world trade that “the higher the likely result only in high-cost local technology (knowledge) intensity production and slow growth. In of a sector, the more significant general, a good working presumption the increase of complex GVC is that the more technologically activities” (2019, p. 1).
* The contents of this commentary are the sole responsibility of the author and are not meant to represent the position or opinions of the WTO or its members. CHAPTER 2: COMMENTS 67
As the chapter notes, internet-based The chapter implicitly prompts digitization presents African firms with questions that could form a larger new opportunities to lower trade costs research agenda about value chains across a range of activities, particularly in Africa. De Melo and Twum (2020) in speeding delivery times; technology have shown that, despite efforts of can thus reduce the cumulative costs the regional economic communities of delays and administrative (RECs), regional value chains remain procedures as products cross borders. only incipient. Regional value chains In East Africa, for example, transport in the East African Community costs typically add 30 to 50 per cent (EAC), for example, amount to only to the transit times from Mombasa 1.7 per cent of total gross exports, a (Kenya) to Kampala (Uganda) and sharp contrast with the Association of Kigali (Rwanda). These transport South East Asian Nations (ASEAN) times and transit costs have fallen (17.2 per cent) and the Southern substantially over the last decade, Common Market (MERCOSUR) through a combination of digital (4.6 per cent). The Southern African technologies in logistics and policy Development Community (SADC) reforms (Kunaka et al, 2018). performs only marginally better with 3 per cent included in regional value The findings that enhanced ICT chains. The authors’ definition of stimulates the emergence of value GVCs requires that a product crosses chains to a greater extent than trade two borders. Were they to use a outside of value chains are persuasive one-border criterion, the numbers in as much from a theoretical perspective Africa’s regions would no doubt be as from the chapter’s empirics. It higher. Even with their stringent stands to reason that firms operating definition, Sub-Saharan Africa in regional value chains and GVCs increased its participation in GVCs would benefit from common comparing 2015 with 1990 from technologies controlling standards, some 34 per cent of trade to parts and software platforms less nearly 40 per cent. readily available among exporters and importers in arms-length market In contrast to East Asia, African trade transactions. In value chains with more in GVCs was discernibly more centred integrated governance structures on forward GVC integration, that is, its among the five Gereffi et al. (2005) exports were disproportionately used types1 – say intra-firm trade and captive by importing countries to produce for hierarchical trade – these benefits are export. For example, Ugandan maize likely to be even larger. would be used by Kenyan food processors to export to third markets. Two readily undertaken extensions This pattern differs from East Asia, of the Baghdadi chapter would be where much of the GVC integration worth pursuing if data are available: was backward (that is, the countries’ (i) extending the analysis back to exports included a large share of 2000 would extend the time horizon imported value added). Moreover, in underpinning the chapter; and contrast to Asia, extra-regional value (ii) undertaking the analysis worldwide chains were much more important to would illuminate the particularities of Africa than intra-regional value chains. African trade. These patterns merit further research. 68 CHAPTER 2: COMMENTS
This discussion underscores the • Market-driven chains in which both need to improve internet usage and buyers and suppliers have multiple infrastructure throughout the region as sources of transactions, the price is a building block to effective use of fully market determined and the cost GVCs for growth. In the last decade of switching to new partners is low; alone, the installation of a vast network an example is commodity markets. of fibre optic cable has ushered in new levels and speeds of connectivity. • Modular chains in which suppliers produce Simultaneously, smartphone usage is to the specification of the buyers using spreading across the continent, and generic technology; an example is many the green shoots of 5G technology are apparel chains. slowly sprouting up in different parts of Africa. Digitization is revolutionizing • Relational value chains in which logistics and unleashing productivity interactions between buyers and sellers gains in transport of goods. Services are mutually dependent, usually have exports – whether tourism, call centres sustained involvement over time, and or business services – are inextricably are based on family or ethnic ties that bound up with an increasing reliance tend to cement business relationships; on internet-based technologies. these forms of collaboration are particularly common among companies But to fully translate these technologies in Chinese Taipei that operate in into increased exports and rising production chains. incomes, policies must go beyond internet infrastructure. Trade policy • Captive chains in which the lead has to keep pace with communication firm controls a highly differentiated and digitization policy: policymakers product, the key technologies and/or have to reduce border barriers, product standards; suppliers have including tariffs, non-tariff barriers little incentive to move outside the and restrictive rules of origin as well production chain to work with the as other barriers to competition in competitors; leading electronic firms transport and communication. To such as Apple have these types of that end, the African Continental Free supplier relationships. Trade Area (AfCFTA), the Tripartite Free Trade Agreement and efforts to • Hierarchical chains in which the buyer- deepen the regional agreements hold supplier relationship is internal to the firm; enormous promise. auto companies have many suppliers that are internal to the firm; all intrafirm trade Endnotes falls into this category.
1 GVCs differ in degrees with respect References to the extent of market competition within the chain, barriers to access to the final Baldwin, R. (2011), “Trade and market and the control exerted by the lead Industrialization after Globalization’s firm (over technology, product specifications 2nd Unbundling: How Building and and branding). Gereffi, Humphey and Joining a Supply Chain Are Different Sturgeon (2005) distinguish five general and Why It Matters”, NBER Working types of GVCs, each with a different Paper 17716. http://www.nber.org/papers/ “governance” and role of firms: w17716 CHAPTER 2: COMMENTS 69
De Melo, J. and Twum, A. (2020), Supply Gereffi, G., Humphey, J. and Sturgeon, T. Chain Trade in East Africa: Prospects (2005), “The Governance of Global Value and Challenges, London: International Chains”, Journal of International Political Growth Centre. Economy, 12(1): 78-104.
Dollar, D. (2019), “Executive Summary”, in Kunaka, C., Raballand, G. and Fitzmaurice, Dollar, D., Ganne, E., Stolzenburg, V., and M. (2018), “How trucking services have Wang, Z. (eds.), Global Value Chain improved and may contribute to economic Development Report 2019: Technological development: The case of East Africa”, in Innovation, Supply Chain Trade, and Newfarmer, R., Page, J. and Tarp, F. (eds.), Industries without Smokestacks: Workers in a Globalized World, WTO, Industrialization in Africa Reconsidered, IDE-JETRO, OECD, UIBE, World Bank Oxford: University Press. Group, Geneva: WTO. Chapter 3 Opportunities and challenges of e-commerce in Mauritius
Boopen Seetanah, Kesseven Padachi, Sheereen Fauzel, Vinesh Sannassee and Sunil Boodoo* Abstract
This study explores the status, challenges and opportunities of e-commerce in Mauritius. The share of the population making online purchases was 14 per cent in 2017, the second- highest level (after Libya) in Africa, largely due to increases in internet use and penetration, coupled with increased credit card usage and the development of secure online payment systems. And Mauritius topped the United Nations Conference on Trade and Development (UNCTAD) B2C E-commerce Index (e-readiness) for Africa. A survey of customers revealed high levels of satisfaction with online shopping, due to wider choices, the ability to save time, accessibility and the relative ease of searching for products online. Major concerns included uneasiness over disclosure of personal information and limited ability to contact vendors. Respondents who have not shopped online cited concerns over navigating online, payment security and high costs. Online sellers expressed considerable optimism over future market growth, but also were concerned over a local bias towards international websites, technical limitations of internet service and the small market size. Interviews with policymakers cited the strong legal and regulatory framework supporting electronic payments, but described a need for stronger regulatory cooperation with other countries on e-commerce, and more work to collect statistics. Technical assistance would be useful in these efforts.
* The contents of this chapter are the sole responsibility of the authors and are not meant to represent the position or opinions of the WTO or its members. 72 CHAPTER 3
Introduction Secure by these banks also has helped to minimize fraud risks and Mauritius, a small island in the Indian maximize security when doing Ocean, is well known for its beaches online purchases. The growth of and is widely regarded as a tourist e-commerce also has been destination. Its economy is supported supported by greater awareness by three main pillars, namely the through the media, increased financial sector, the tourism sector information and communications and the information and technology (ICT) and financial communications sector. Since the literacy, higher technological early 2000s, the country has taken penetration, higher interest in online up the challenge of trying to transform shopping (especially among the itself into a cyber-island, given that young), relatively heavy advertising at that time, only 6.8 per cent of the and the potential for saving time. population was using the internet (Hamuth, 2017). However, internet While there are numerous success penetration has risen substantially stories of firms that adopted since then, with access to the internet e-commerce, some firms are still being increasingly “democratized”. lagging behind in establishing According to the latest Internet World an online presence in the country. Stats data (2019), 63.2 per cent of Mauritius faces several e-commerce the population in Mauritius were challenges. For instance, many internet users as of 31 December Mauritians prefer their conventional 2019, an increase in usage of over way of making purchases (that is, 899 per cent since 2000. The rise in at retail locations) rather than internet penetration has greatly purchasing online. Also, even if boosted the e-commerce industry on there are secure payment options, the island, and e-shopping for goods many Mauritians still do not fully and services is gradually becoming a trust online payment. Many way of life. It is widely expected that e-commerce websites, such as such a trend will continue to rise in Amazon, charge high fees to ship the future. goods to Mauritius, and this acts as a barrier to e-commerce. Other changes have contributed to Limited internet infrastructure and the rise in e-shopping, particularly penetration, including low speeds increased use of credit cards and and limited access to some areas, the development of secure online is another challenge. payment solutions. For instance, the Juice MCB app by the Mauritius Empirical research has highlighted Commercial Bank (MCB) is widely the benefits of e-commerce. Reliance used as a means to effect payment. on the internet helps to remove time and space barriers facing businesses The one-time password used by and consumers. It can also foster MCB and the State Bank of improvements in product variety, Mauritius (SBM) e-secure platform thus promoting quality and customer for password-protected online satisfaction, facilitating administrative transactions ensures greater payment processes, improving labour and security. Implementation of 3D management productivity and CHAPTER 3 73 reducing costs (Senarathna and (Hartono et al., 2014; Lee Jr. et al., Wickramasuriya, 2011). Rural 2016). These challenges are businesses are adopting e-commerce confirmed by studies conducted by to add value to their goods and also Salisbury et al. (2001) and Cheng improve customer relationships et al. (2006). Finally, another (Stayner and McNeill, 2003). challenge identified in the literature Finally, e-commerce can contribute is the level of readiness (that is, the to the reshaping of customer- extent of preparedness), which is supplier relationships and the classified at three levels, namely, streamlining of business processes organizational readiness, industry (Lekhanya, 2016). readiness and national readiness (Kurnia et al., 2015). Another strand of the literature has looked at facilitating factors and This chapter explores several issues challenges of e-commerce adoption. related to the growth of online Mittal (2013) argues that trust, purchases in Mauritius. The study privacy and security concerns are assesses the willingness and the three major factors affecting readiness of Mauritians to undertake e-commerce adoption. Studies have online purchases. We discuss the shown that the primary reason for perception of Mauritians towards consumers not adopting e-commerce and online shopping relates analyse the factors to the lack of trust that encourage between the consumer “Mauritius residents to make and the website (Liu topped the online purchases. et al., 2005). A positive UNCTAD B2C We then analyse the interaction with E-commerce opportunities and e-commerce websites Index constraints faced by fosters greater trust traders in online sales with online consumers (e-readiness) transactions. Finally, (Jarvenpaa et al., 2000). for Africa.” we discuss the User satisfaction in challenges and relation to safety, opportunities from well-designed websites and ease a policymaker/regulatory perspective, of use are also identified as key based on a review of existing elements influencing online regulations and discussions purchases (Al-Kasasbeh, Dasgupta and consultations with high-level and Al-Faouri, 2011). Other factors, experts and policymakers engaged like age, income and education, in trade policies. are also determinants of e-commerce adoption (De Muylder, de Oliveira We analyse the opportunities for and and Alves, 2013). Also, the local challenges to e-commerce from both infrastructure is seen to be a key the customers’ and online sellers’ challenge and point of vulnerability perspectives. Regarding online in online transactions. If the shoppers, the study investigates infrastructure or network is their perceptions of the benefits/ not trustworthy, then hackers can advantages of buying online, their access customers’ information concerns and their satisfaction level 74 CHAPTER 3
on a number of dimensions. We also tablets), https://www.facebook.com/ consider the major reasons for the flower.mu (for flowers, wreaths and non-adoption of e-commerce, floral decorations), marideal.mu using data from a sample of (offering deals on hotel bookings), non-e-commerce users. The analysis priceguru.mu or buynow.mu (electrical of customers’ perceptions is based and electronic appliances) and on a survey of 250 respondents. The theshop.mu (groceries, household assessment of the sellers is based items and many other goods). A few on a number of in-depth interviews high street vendors have an online of the top management of a sample presence (for example, galaxy.mu of 12 local firms engaged in online and tfp.mu), allowing for the online shopping across different business purchase of furniture and electrical sectors, including goods. As regards the grocery, hotel fashion industry, and entertainment, popular websites electronic appliances, “The rise include, among others, and fresh fruit in internet tropicalmiss.com.1 and vegetables, penetration has among others. greatly boosted Two public institutions the e-commerce are heavily involved This remainder of the industry on in the provision of chapter is organized as e-services, the follows: the next section Mauritius.” Mauritius Revenue considers the current Authority (MRA) state of e-commerce in and the Registrar of Mauritius; the following section briefly Companies Division. A number of discusses the methodology and then transactions with the MRA can now analyses our findings; and the final be done online, and the Companies section outlines our conclusions. Division allows for the online incorporation of companies and E-commerce in Mauritius document filing, as well as payment of various fees. The Government recently Online sales remain an important launched a shopping portal in 2018, feature of e-commerce in Mauritius. which offers tax-free purchases, in International sales outlets such as an effort to promote e-commerce. Amazon, La Redoute, AliExpress, Alibaba and eBay have been quite In 2013, online purchases amounted successful in Mauritius over the last to only 4 per cent of the total decade. Recently, Mauritian online purchases done in Mauritius sales outlets also have seen a rise (UNCTAD 2018), about the same in sales. These portals offer a wide level as in South Africa, while in the range of products, from electrical United Kingdom, for instance, such appliances to gardening equipment, purchases amounted to 70 per cent. from mobile phones to clothing, from Recent figures on Mauritius from the furniture to beauty products. Examples UNCTAD B2C E-commerce Index include cleverdodo.mu (for trendy 2018 reveals that Mauritius ranked clothing and accessories among second in Africa for the proportion others), mycart.mu (mobile phones and of individuals shopping online, after CHAPTER 3 75
Table 1: Top 10 African countries by proportion of individuals shopping online, 2017
Online Online Shoppers Online B2C Index purchase shoppers Internet (% of Rank Country shoppers rank in (% age (000s) rank use Internet (000s) Africa 15+) 2017 in Africa users) 1 Libya 14.6 629 10 13 20 67% 2 Mauritius 14.4 129 26 1 55 26% 3 Namibia 12.1 184 21 11 31 24% 4 Kenya 9.3 2,614 3 7 39 24% 5 South Africa 7.9 2,929 2 3 59 13% 6 Gabon 6.1 74 29 12 62 10% 7 Tanzania 5.3 1,593 4 16 25 21% 8 Zambia 5.1 459 11 26 24 21% 9 Tunisia 4.7 366 14 4 56 8% 10 Mozambique 4.3 665 9 32 23 19%
Source: UNCTAD B2C E-commerce Index 2018, available at: https://unctad.org/en/PublicationsLibrary/ tn_unctad_ict4d12_en.pdf?user=46.
Libya (14 per cent) (see Table 1). than the value for the country ranked However, Mauritius topped the second in Africa. It is also noteworthy UNCTAD B2C E-commerce that Mauritius scored relatively well in index (e-readiness) for the African all four areas of assessment, namely, continent (with a World Ranking of share of individuals using internet, 55). This index, in addition to share of individuals with an account, registering the number of online secure internet servers and UPU shoppers, also assesses ease of postal reliability score (see Table 2). delivery and payment. The index value for Mauritius (66.9, up from Tables 1 and 2 clearly highlight the 51 in 2016) is 12 points higher significant progress made by Mauritius
Table 2: Top 10 African countries in the UNCTAD B2C E-commerce Index, 2018
Share of Share of UPU Secure Index individuals individuals postal Index Internet value using the with an reliability value World Economy servers change Internet account score (2017 rank (normalized) (2016-17 (2017 or (15+, 2017 (2017 data) (2017) data) latest) or latest) data) 1 Mauritius 55 90 56 66 66.9 -7.2 55 2 Nigeria 42 40 52 85 54.7 5.5 75 3 South 59 69 83 0 52.9 -1.9 77 Africa 4 Tunisia 56 37 51 63 51.7 2.1 79 5 Morocco 62 29 54 59 50.9 NA 81 6 Ghana 39 58 45 53 48.8 7.6 85 7 Kenya 39 82 37 27 46.2 3.7 89 8 Uganda 17 59 31 58 41.5 -3.2 99 9 Botswana 47 51 41 26 41.4 0.1 100 10 Cameroon 23 35 25 78 40.3 3.6 101
Source: UNCTAD B2C E-commerce Index 2018, available at: https://unctad.org/en/PublicationsLibrary/ tn_unctad_ict4d12_en.pdf?user=46. 76 CHAPTER 3
in online trading and the use of and it assesses their level of e-commerce. With the recent satisfaction with their online purchases. introduction of secure payment options, the ongoing integration of Users’ perceptions about fibre-broadband and the continued e-commerce (section B). The democratization of the internet, the questions are mainly 5-point Likert launching of more online shops scale statements addressing security resulting in an increased volume of and privacy concerns, usefulness and e-commerce is expected in the future. convenience of websites, interaction and communication from online Research methodology retailers, common frustrations, and analysis and consumer purchase intention in relation to online shopping. We use both qualitative and quantitative techniques to assess the various Reasons for not using e-commerce opportunities and challenges facing the (section C). The questions mainly use of e-commerce in Mauritius from relate to investigating the reasons three perspectives: customers, online why consumers prefer not to traders and policymakers/regulatory complete transactions online. bodies. A survey of customers with experience in online shopping was Demographic profile of the administered. The questionnaire was respondents (section D). designed to investigate e-commerce practices throughout the sales process The researchers surveyed a sample and also to capture the reasons for of 256 of undergraduates and post- non-online purchases. Thus, the graduate students from publicly funded questionnaire aims at assessing the tertiary education institutions (TEIs). willingness and readiness of Mauritians Given the geographic location of these to undertake online purchases, TEIs and the small geographical area determining the perception of of Mauritius, the sample respondents Mauritians towards e-commerce, are representative of the population analysing the factors that stimulate who are adopters and non-adopters of Mauritian customers to make online e-commerce. The snowball sampling purchases and identifying the main technique was used to reach out to a impediments to completing transactions specific target group such that the online. It is noteworthy that most of sample also covers the self-employed the statements and scales in the and the general public. Care was taken questionnaire were borrowed from to make the sample as representative previous empirical work (Arendt, as possible, taking into account that 2008; Sawmy et al., 2015). The most of the online purchases were questionnaire is structured around done by individuals with relatively high four key themes: educational level (and thus relatively high income as well). Online shopping experience (section A). This section collects information A pilot test was conducted among from buyers about the websites they 10 respondents. A few questions used to make online purchases, and terminologies were amended including the frequency of purchases, to improve clarity. The survey was CHAPTER 3 77 mostly self-administered with discussions with policymakers to clear instructions given on the assess the policy and regulatory questionnaire. The dataset consists framework for e-commerce. of 236 respondents, of which 56 were non-users of online services. Analysis 1: Analysis of survey The data analysis was conducted (customers’ perspective) using the Statistical Package Descriptive analysis for Social Science (SPSS) The respondents’ demographic V20.0 software. profile is summarized in Table 3. There is no marked difference A qualitative assessment was between the online shoppers and conducted to analyse the constraints non-online shoppers. The Mauritian and opportunities faced by online women are the ones who embrace merchants. A series of well- this mode of purchase (61.5 per cent) structured, in-depth interviews was as compared to 38.5 per cent for administered to 15 of them. We also men. Respondents from the age reviewed selected regulations and group 26 to 35 are more frequent laws, and undertook thorough online buyers; this makes sense as
Table 3: Demographic profile: online v. non-online shoppers
Online shoppers Non-online shoppers Gender F % F % Male 69 38.5 16 31 Female 110 61.5 36 69 Age: 16–25 36 20.1 9 17 26–35 76 42.5 20 33 36–50 61 34 7 13 >50 6 3.4 17 32 Income (MUR) None 14 8 9 17 <10,000 3 2 4 7.5 10,000–20,000 33 19 9 17 20,001–40,000 77 43 17 32 40,001–60,000 33 19 9 17 >60,000 17 10 5 9 Occupation Student 15 8.5 9 17 Self-employed 8 4.5 10 19 Professional 148 84 29 55 “Housewife” - - 3 6 Unemployed 5 7 2 3
Source: Survey results tabulated by the authors. 78 CHAPTER 3
they are more likely to have 75 per cent of respondents use these experience with the world of work websites). The most frequent modes than do younger respondents and of payment are a credit or debit card they are more likely to be tech savvy and PayPal (more than 80 per cent of compared to older respondents. online shoppers). Additionally, nearly Income level is a direct determinant 70 per cent of respondents were of the respondents’ purchasing satisfied with their online purchase power: 72 per cent of the online experience (mean score of 3.74). shoppers earn an income above Online shoppers typically use a MUR 20,000 (EUR 500), and most laptop (53 per cent) or a smartphone are professionals. (32 per cent) for their purchases, and mostly rely on a home Wi-Fi It is worth noting that the non-online connection (88 per cent). shoppers share the same demographic characteristics as the online shoppers. Underlying motivations As such, measures geared towards for online purchases increasing their trust should help foster The main reasons for this mode of greater e-commerce usage. purchase are wider choices, saving time, accessibility and the relative Online shoppers ease of searching for products online. On average, respondents purchased This is further reinforced by an item online about once a month, perceptions about the online with clothing, jewellery and experience, where the statement technological products the most “I feel shopping websites are very commonly purchased items (see responsive to customers” and Table 4). The most commonly used “E-commerce has changed the way I websites by Mauritians for their used to buy products and services” purchases are eBay, AliExpress, were highly rated using the 5-point Amazon and Alibaba (more than Likert scale. The majority of
Table 4: Products purchased*
Responses Which products do you buy the most % of cases N % Clothes 122 34.2 81.3 Technology products 68 19.0 45.3 Jewellery 65 18.2 43.3 Hotels/travel 35 9.8 23.3 Travel accessories 22 6.2 14.7 Automotive accessories 21 5.9 14.0 Others 13 3.6 8.7 Shapewear** 6 1.7 4.0 Food and beverage products 5 1.4 3.3 Total 357 100.0 Source: Survey results tabulated by the authors. * Dichotomy group tabulated at value 1. ** Undergarments worn to create a smooth silhouette. CHAPTER 3 79
Table 5: Most common frustration of e-commerce
Most common frustration of e-commerce N Minimum Maximum Mean Difficulty reaching the organization 174 1.00 5.00 3.4713 Lack of fast chat/instant messaging 175 2.00 5.00 3.3600 Lack of information about the products/services 175 1.00 5.00 3.2343 Problems with account/logging in 174 1.00 5.00 2.8793 Trouble at check-out 176 1.00 5.00 2.8636
Source: Survey results tabulated by the authors.
respondents are of the view that This is particularly of concern where shopping websites are flexible and the market covers a wide area, and easy to use, and that the information this issue will have to be addressed. provided on the websites meets their needs. Online shoppers emphasize Furthermore, the survey attempts to the importance of a website’s measure the extent to which online attractiveness (mean score of 3.9) and shopping may increase in popularity its usability and navigation tools (3.8), in the future. The results reveal that among other issues such as prompt respondents are bound to increase response to customer service queries their online shopping and in addition and customer service in general. are prepared to assist other first-time On the other hand, over half of buyers and also to encourage friends respondents agreed with the and relatives to shop online. However, statement “E-commerce does not to maintain the online shoppers’ allow me to inspect goods in advance readiness to adopt this style of of purchase”. shopping, suppliers must guarantee the quality of the product, timely The fear of sharing sensitive delivery and, above all, a secure mode information with third parties without of payment. Table 6 captures the mean buyers’ consent may act as a deterrent score for these priority areas that to transacting online. Respondents are merchants should address; concerns of the view that websites use security over security top the list, with a mean controls to respect the confidentiality score of 4.66. of users and have no problem on this front (mean score = 3.56). However, Shoppers who do not make it is noteworthy that the respondents purchases online appear to be concerned about the The survey instrument was also unauthorized use of their personal designed to capture the reasons information for other purposes. that shoppers do not purchase items online; out of 236 respondents, 56 did The most common negative issues not make any online purchases. Their that Mauritian buyers faced while demographic profile is not too different transacting online were the limited from that of the online shoppers, availability of fast chat/instant except that a smaller share are messaging and their inability to reach professionals and their incomes are the e-shop by phone (see Table 5). somewhat lower. Nevertheless, the 80 CHAPTER 3
Table 6: Rating of priority concerns according to their level of importance
Rating of criteria according to their level of N Minimum Maximum Mean importance Payment security 178 1.00 5.00 4.6573 Quality 178 1.00 5.00 4.4944 Delivery 177 2.00 5.00 4.4802 Choice 178 2.00 5.00 4.3258 Possibility to get back in touch with the merchant 177 1.00 5.00 4.2712
Source: Survey results tabulated by the authors.
majority of the non-online shoppers are mode of purchase. Inhibiting factors professionals or self-employed (see include uneasiness in navigating online, Table 3). Both occupations represent concern over payment security and a non-negligible target for e-commerce a perception of high costs. Table 7 (a substantial share earn a monthly captures the most important reasons income above MUR 20,000), and thus for not buying online, using 13 item their security and privacy concerns statements. It includes, among others, should be addressed. It is worth noting not being acquainted with internet that 69 per cent of respondents are shopping, confusing procedures and female, and 32 per cent are over pessimism about whether privacy is 50 years of age. respected. The rotated solution using the Principle Component Analysis Of the 56 respondents who do not (PCA) data reduction techniques shop online, it is reassuring to note that (refer to Table 8) groups the item 62 per cent may consider adopting this statements into three dimensions,
Table 7: Reasons for not buying online
Reason for not conducting an online purchase N Minimum Maximum Mean Unable to touch and analyse the items 55 2.00 5.00 4.2364 Apprehension about payment security 55 2.00 5.00 4.2000 Doubts the quality of the item 55 2.00 5.00 4.1636 No personal interaction with shop employees 56 1.00 5.00 3.9821 Shipping costs can be expensive 56 2.00 5.00 3.9643 Pessimistic about whether privacy is respected 56 2.00 5.00 3.9286 Delivery fees are high 56 2.00 5.00 3.6964 Not acquainted with internet shopping 56 1.00 5.00 3.3750 Confusing procedures 56 1.00 5.00 3.2321 The systems and the logistics are too complicated 56 1.00 5.00 3.1964 Less variety of items are available online 56 1.00 5.00 3.1964 Too complicated compared to traditional shopping 56 1.00 5.00 3.1607 I do not understand the online process 56 1.00 5.00 2.6429
Source: Survey results tabulated by the authors. CHAPTER 3 81
Table 8: Rotated component matrix*
Component Reason for not conducting an online purchase Uneasy with Payment Navigation Internet I do not understand the online process 0.837 Not acquainted with internet shopping 0.736 The systems and the logistics are too complicated 0.696 Too complicated compared to traditional shopping 0.686 Confusing procedures 0.645 No personal interaction with shop employees 0.714 Less variety of items available online 0.780 Apprehension about payment security 0.690 Shipping costs can be expensive 0.883 Delivery fees are high 0.850
Source: Survey results tabulated by the authors. Extraction Method: Principal Component Analysis. Rotation Method: Varimax with Kaiser Normalization. * Rotation converged in eight iterations.
namely, navigation, uneasiness with conducted in-depth interviews with the internet and cost factor. The final managers of 15 online merchants list consists of 10 item statements operating in different sectors, ranging because three items – pessimism from hotels/hospitality, fresh flowers about privacy, inability to touch and and vegetables, groceries, furniture analyse the item and doubts about and other appliances. A discussion quality – did not load adequately of their responses with respect to the into the three dimensions. perceived opportunities and constraints is synthesized below. The main three areas of concern for non-adopters of e-commerce are not In terms of opportunities, the increased related to product and services quality democratization of the internet as a per se, which indicate the usefulness national strategy is expected to further of a shift of focus towards educating accelerate e-commerce. Moreover, potential users on the internet and the government and business operators navigation tools of the online platform. have medium- to long-term plans to This may have some policy implications further increase internet access and in terms of digital literacy and the speed, while government is also regulation of this mode of commerce. pushing for price reduction by allowing increased competition and through Analysis 2: Interviews with policy measures. Moreover, as Mauritian service providers familiarity with information technology (sellers’ perspective) increases, the number of people To gauge the opinions of sellers on purchasing online will further increase. the opportunities and challenges of Also, the increasing use of credit and making online transactions, we debit cards as well as internet banking 82 CHAPTER 3
on the island, fostered by aggressive products. Despite the considerable marketing and awareness campaigns progress that has been made, from banks, remains a key element consumers remain concerned over the in helping the development of use of debit and credit card information e-commerce. With the introduction of (and other personal information) by new online payment solutions, local websites, especially because customers can make use of their debit e-commerce took off only quite cards to make online purchases both in recently. Customers are also reluctant Mauritius and internationally, which to purchase from local service was not the case prior to 2016. providers because they deem the local Security is very important in business’s refund policies to be either e-commerce, so investments by banks lacking or unclear. A recent study by in new technologies to ensure greater Shoraye and Gungea (2019) confirms security for online transactions and the the above bias in favour of the internet introduction of e-secure platforms for giants. Respondents also discussed password-protected online technical limitations affecting local transactions can enhance customers’ websites, which is linked to the and online merchants’ trust in the absence of a standardized software process. In Mauritius, online shopping (making navigation harder). They were is regulated under the Electronic particularly critical of the relatively low Transactions Act (ETA), which was bandwidth of local sites, which makes enacted in 2000. Online merchants are the shopping experience slower and of the view that while this Act needs to therefore less attractive. However, be revisited to a certain extent, it still merchants argue that they are making constitutes a relatively sound and a substantial investment to facilitate encompassing legal framework online purchases and to improve their governing e-commerce, and as such it software and websites. Greater instils confidence, which is a vital investment in improving connectivity factor. Online traders also believe that also is required to encourage e-commerce provides greater e-commerce. Investments have been marketing opportunities, including made to upgrade to fibre-broadband through social media, in which a to increase speeds to between significant proportion of the population 10–30 MB. However, this remains participates. Some respondents also a medium- to long-term project. argue that e-commerce facilitates Finally, small market size, with the reductions in inventory and distribution Mauritian population currently standing costs and time by providing just-in-time at around 1.3 million people, remains a (JIT) services. In addition, they argue limiting factor for the growth of that the aforementioned services lead e-commerce. Some local merchants to better demand forecasts. argue that the small size of the market may act as a deterrent for large foreign Online shoppers and merchants also operators. In addition, given that face several challenges. For instance, Mauritius is relatively far from online traders feel that Mauritians tend major online service providers, the to favour international e-commerce resulting hefty customs fees and websites (such as AliExpress, Amazon transport costs (particularly given or eBay) over local websites, that island is quite remote) may act especially when acquiring luxury as deterrents. CHAPTER 3 83
Analysis 3: E-commerce records and e-commerce, and foster challenges and opportunities – A the development of e-commerce policy and regulatory perspective through the use of electronic Mauritius is actively participating in the signatures to provide authenticity and e-commerce discussions at the World integrity to correspondence in any Trade Organization (WTO),2 the electronic medium. objective being to elaborate on a multilateral framework to better regulate In a similar vein, privacy protection the sector. To that end, Mauritius has and protection against unsolicited already adopted a number of laws to commercial electronic messages, facilitate and promote e-commerce. which are vital components of First and foremost, the ETA gives e-commerce, are provided through the legal security to documents in Data Protection Act of 2017, the electronic form and provides legal Banking Act of 2004 and the National recognition for the use of electronic Payment Systems Act of 2018. These records and signatures and their secure regulatory frameworks also provide for counterparts. The main goals of the online payment solutions to enable ETA are as follows: cross-border e-commerce. For instance, the Data Protection Act Facilitate electronic communications regulates the cross-border transfer of by means of reliable electronic records; information by electronic means and does not place any restrictions on data Facilitate e-commerce and promote localization, save for the requirement to the development of the legal and inform the Data Protection Office when business infrastructure necessary data is to be transferred abroad. to implement secure electronic commerce; Furthermore, paperless trading, another prerequisite for e-commerce, Facilitate electronic filing of is already a reality. Indeed, all trade documents with government agencies administration documents are and statutory corporations, and electronically available, and electronic promote efficient delivery of versions of trade documents are government services by means of accepted by financial institutions and reliable electronic records; government. In addition to these regulatory frameworks, Mauritius does Minimize the incidence of forged not impose any customs duty on electronic records, intentional and electronic transmissions, and the unintentional alteration of records, underlying principle of National and fraud in electronic commerce Treatment is applicable to local and and other electronic transactions; foreign digital products. Finally, prior authorization by service providers from Help to establish uniformity of rules, the relevant ministries is not required regulations and standards regarding for the delivery of online services, the authentication and other electronic boosting such trade in the country. transactions; and Another element promoting cross- Promote public confidence in the border e-commerce is the integrity and reliability of electronic implementation by Mauritius of the 84 CHAPTER 3
WTO Trade Facilitation Agreement management of e-commerce data, (TFA), which aims to reduce the time building on practices in other and costs involved in cross-border countries, and to build staff capacity trade and also to enhance predictability would be valuable. It is important to and transparency. Indeed, traders are measure accurately the magnitude more aware of existing regulations and of e-commerce trade to inform other costs of trade when placing their development of policies and any orders. Other provisions of the TFA, further legislative framework needed in particular the publication of release to properly regulate e-commerce. time of goods, assist traders in calculating the time their goods would Finally, the regulatory framework in be retained at the border. The single Mauritius may be further improved once window system and risk management a multilateral framework has been provisions also help to streamline the agreed.5 Once this is done, regulations administrative procedures required to in Mauritius could be revisited to obtain necessary clearance online and incorporate international best practices. to reduce the time for clearance of goods at the border. Conclusion
The above highlights the readiness This study has explored the current of the country to promote e-commerce, status of, and the challenges to and but policy challenges still exist. opportunities for, e-commerce in For instance, an online consumer Mauritius. With increased internet protection law has yet to be enacted.3 penetration, the e-commerce industry As of now, there is no platform to has grown rapidly, and e-shopping promote regulatory cooperation on and e-services are used prominently by e-commerce between Mauritius and the local population. Increased credit other jurisdictions. Furthermore, an card usage and secure online payment official and functional e-commerce solutions have also been crucial platform per se is yet to be elements fostering the development established.4 In this regard, the of e-commerce. provision of technical assistance by international institutions, as well as An analysis of the opportunities and on a bilateral basis, to address these challenges of e-commerce has been and other challenges may prove crucial undertaken using a three-pronged for Mauritius in its endeavour to approach, including the online buyer/ promote e-commerce. customer, the online merchant and regulatory agencies/policymakers. Computation of trade data and A survey of buyers indicates that the statistics on e-commerce remains a main reasons for adopting online challenge. Statistics Mauritius does purchases are wider choices, saving not compile e-commerce statistics time, accessibility and the ease of because it lacks a mechanism or searching for products online. The legislative framework to do so. survey also showed consumers’ high Moreover, staff have limited technical degree of satisfaction with respect to know-how for such an exercise. online experience. The survey indicated Technical assistance to develop that respondents were likely to increase mechanisms for the collection and their online shopping in the future, and CHAPTER 3 85 that they were prepared to assist other Protection Act of 2017, the Banking first-time buyers and to encourage Act of 2004 and the National Payment friends and relatives to shop online. Systems Act of 2018, has bolstered In short, the survey results indicate trust and confidence among both considerable potential for online consumers and businesses. However, shopping in Mauritius, although a some aspects of the framework could number of challenges remain. Major be strengthened. For instance, an issues include concerns that websites online consumer protection law is will share sensitive information with yet to be enacted, and there is no third parties without buyers’ consent, platform to promote regulatory the lack of fast chat/instant messaging cooperation between Mauritius and the inability to contact the e-shop and other jurisdictions on e-commerce. by phone (a particular concern in As such, Aid for Trade initiatives to markets covering a wide area). A foster e-commerce are yet to be majority of respondents who had never implemented, while an e-commerce conducted online transactions indicated platform per se is yet to be established. that they would, or were considering Moreover, the compilation of trade doing so in future. Their main motivations data and statistics on e-commerce for not making online transactions related remains a challenge, as this data is to uneasiness over navigating online and not captured by the Statistics Mauritius payment security issues. office. Statistics Mauritius will have to develop appropriate methodologies In-depth interviews of managers of based on best practices to collect 15 online merchants operating in and process data on e-commerce, different sectors (including hotels/ since such data are crucial for the hospitality, fresh flowers and design of sound policies and the vegetables, groceries, furniture and promulgation of a more comprehensive other appliances) indicate considerable regulatory framework. Finally, there is optimism about the potential for online a need to bring together all shopping in Mauritius. Interviewees stakeholders to take stock of the cited the small size of the market with e-commerce situation in Mauritius, considerable scope for growth, identify further actions that may be anticipated increases in internet required and develop a roadmap with penetration, the use of ICT and financial clear timelines and designation of literacy, the increasing use of credit and responsible implementing agencies. debit cards, the growth of internet banking and the establishment of Endnotes secure online payment systems, and the establishment of a comprehensive 1 Other popular shopping sites are regulatory framework for e-commerce. moodesign.mu and mycart.mu. Other However, the low speed and bandwidth sites operated by supermarkets allow of internet connections and the lack of online purchase of groceries, such as infrastructure in some remote areas theshop.mu and winner.mu. Other were seen as major impediments to websites, such as lacase.mu, are focused the growth of e-commerce in Mauritius. on home décor, while tantebazar.com sells fresh and good-quality vegetables, The legal framework for e-commerce, and thewinestore.mu deals in spirits consisting of the ETA, the Data and wines. 86 CHAPTER 3
2 Negotiations on the Trade in Services e-commerce: Brazilian case study”, Agreement (TiSA) has been suspended International Journal of Business and following the 2016 presidential elections in Commerce 2(11). the United States, with e-commerce being part of the negotiations. Hamuth, S. (2017), “Online services: E-commerce gaining ground”, Defimedia.info. 3 Although Mauritius has enacted laws https://defimedia.info/online-services-e- with regards to consumer protection, commerce-gaining-ground competition and data protection, they do not explicitly address consumer protection Hartono, E., Holsapple, C. W., Kim, K. Y., and other issues linked to e-commerce. Na, K. S. and Simpson, J. T. (2014), This remains one area where technical “Measuring perceived security in B2C assistance is required. electronic commerce website usage: A respecification and validation”,Decision 4 The International Trade Division of the Support Systems 62: 11-21. parent ministry has recently undertaken a feasibility study with respect to the Internet World Stats (2019), available at: setting up an e-commerce platform to https://www.internetworldstats.com/stats1.htm trade with the SADC region. The study concluded that while this is possible, the Jarvenpaa, S., Tractinsky, N. and Vitale, M. cost would be quite substantial. Aid for (2000), “Consumer trust in an internet store”, Trade support could be provided to Information Technology & Management establish the platform to boost trade 1(1): 45-71. from Mauritius to the region. Kurnia, S., Choudrie, J., Mahbubur, R. M. 5 It is noteworthy that the FTA with China and Alzougool, B. (2015), “E-commerce contains a section on e-commerce. technology adoption: A Malaysian grocery SME retail sector study”, Journal of Business References Research 68: 1906-1918.
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Mittal, A. (2013), “E-commerce: Its impact on Shoraye, M. and Gungea, M. (2019), consumer behaviour”, Global Journal of “Buy global but never local! Why local Management and Business Studies 3(2): e-commerce websites are losing the battle 131-138. against internet giants – A comparative analysis of services offered by Internet Salisbury, R. P., Pearson, A. and Miller, D. giants and local technopreneurs”, paper W. (2001), “Identifying barriers that keep presented at the E-MiG conference, 14 to shoppers off the World Wide Web: 16 May 2019, Intercontinental Resort Developing a scale of perceived web Mauritius, Balaclava, Mauritius. security”, Industrial Management & Data Systems, 101(4): 165-176. Stayner, R. and McNeill, J. (2003), Changing Business Realities?: The Implications of Sawmy, T. and Damar-Ladkoo, A. (2015), E-commerce Technologies for Rural “Wholesale and retail e-commerce in Mauritius: Non-farm Businesses, University of New Views of customers and employees”, Studies in England, Institute for Rural Futures. Business and Economics 10 (2): 170-18 6 . United Nations Conference on Trade and Senarathna, R. and Wickramasuriya, H. Development (UNCTAD) (2018), B2C (2011), “Organizational factors affecting E-commerce Index 2018: Focus on Africa, e-commerce adoption in small and medium- UNCTAD Technical Notes on ICT for sized enterprises”, Tropical Agricultural Development No. 12 (TN/UNCTAD/ Research, 22(2): 204-210. http://doi. ICT4D/12). https://unctad.org/en/ org/10.4038/tar.v22i2.2829 PublicationsLibrary/tn_unctad_ict4d12_en.pdf 88 CHAPTER 3: COMMENTS
Comments
TRUDI HARTZENBERG*
E-commerce does not yet feature reductions and improved customs prominently in the trade and integration and port management measures, strategy of most African countries. enjoyed priority. While Mauritius has not yet joined the plurilateral e-commerce initiative More recently, policy attention has in the World Trade Organization shifted to the services sector, with a (WTO), this small island economy clearly stated ambition to become a has historically responded to changes hub for information and communications in the global economy very astutely technology (ICT) related services, and tackled the process of structural financial services and education transformation with strong commitment services. The broad policy narrative and ingenuity in policymaking in now centres on supporting digitally its development strategies. It is enabled growth. It is in this context that definitely gearing up to support the development of e-commerce in e-commerce and digital trade more Mauritius is interesting and important. generally, and it is in this context that Mauritius has in recent years topped this chapter makes a useful contribution the rankings for Sub-Saharan Africa to gathering data on e-commerce (SSA) in the United Nations developments in Mauritius. Conference on Trade and Development’s (UNCTAD) Business- The mainstay of this small island to-Consumer (B2C) E-commerce economy was, not too many decades Index (UNCTAD, 2019). For 2019, ago, a single crop, cane sugar, Mauritius is followed by South Africa, which was exported almost exclusively Nigeria and Kenya, putting this small to the European Union under island economy among those that are preferences. An important step in the leading Africa’s ICT sector growth. country’s economic transformation was The tech hubs in Cape Town, Lagos a policy decision to diversify and and Nairobi are supporting vibrant develop its industrial sector. The aim ICT-enabled initiatives in e-commerce, was to attract foreign direct investment finance and more. Africa already has and labour to establish a textile and its own “silicon valleys”. garment sector. Mauritius very soon became a preferred location for the What about e-commerce production of garments for a number of developments in Africa? international clothing brands. To support this industrial development, In addition to the global e-commerce trade liberalization, including tariff giants such as Amazon and Alibaba
* The contents of this commentary are the sole responsibility of the author and are not meant to represent the position or opinions of the WTO or its members. CHAPTER 3: COMMENTS 89
(and AliExpress for consumers), there This presents a significant opportunity are a growing number of emerging to the financial services sector in Africa. African e-commerce start-ups, including Jumia.com, MallforAfrica.com African Union initiatives and its associate MarketPlaceAfrica.com. MarketPlaceAfrica.com, which Members of the Executive Council of provides a global platform for African the African Union (AU) endorsed a sellers (Stuart, 2020), features goods digital transformation strategy for the predominantly produced in Africa. continent at its 36th Ordinary Session, DHL couriers provide delivery services 6–7 February 2020.1 This strategy for the platform to 220 countries, references and emphasizes several mitigating the challenges of poor other AU initiatives,2 including the AU’s postal services in some African flagship projects and development countries. These developments offer partner-supported initiatives that opportunities for small- and medium- are important for e-commerce sized enterprises (SMEs) that are development on the continent: still predominant in most African economies. However, the terms • The Programme for Infrastructure and conditions for access to these Development for Africa (PIDA), platforms will determine whether which includes ICT infrastructure SMEs will be able to thrive and grow. and specifically extending fibre optic connectivity, in particular The main constraints to the development to landlocked countries; of Africa’s e-commerce SMEs are connectivity and the cost of broadband • Electrification and connectivity products. If these can be overcome, of post offices in Africa, which is then various opportunities in ICT a collaborative project of the AU services trade, including e-commerce, Commission and the Universal Postal could also be opened up. The collection Union being piloted in 13 countries. of tourism-related services – This could revitalize post offices in accommodation, travel and event-based some countries, offering lower-cost services – could all be traded alternatives for parcel deliveries; internationally over the internet. This includes Uber and Airbnb, which could • The Malabo Convention on also offer opportunities in rural areas. cybersecurity, which was adopted by the AU in 2014 and aims to mitigate Convenient and cost-effective online security-related obstacles to the payment services are important for development of e-commerce; and e-commerce. So far, 49 African countries are on the PayPal platform. • An EU-funded initiative – the policy This platform (and others) could well and regulatory initiative for a digital support participation by SMEs in Africa (PRIDA) – that works to e-commerce, because it does not facilitate broadband access through require validation of business status more efficient spectrum management and does not charge additional fees. and policy harmonization. Many African countries, however, still lack competitive mechanisms to Review of national legislation to repatriate PayPal funds (Stuart, 2020). support e-commerce across the 90 CHAPTER 3: COMMENTS
continent reveals a mixed picture. D’Ivoire, Nigeria, and, very recently, E-transaction laws, cybersecurity and Cameroon – are from west and central consumer protection laws, as well as Africa. Holding back many African privacy and data protection laws, still countries are concerns about domestic have to be developed in many countries. policy space and their right to regulate, The north African region, followed by their capacity to undertake west and southern Africa, is making commitments and, for some, the fact good progress, but much remains to that this is a plurilateral rather than be done, especially in parts of central multilateral initiative. and East Africa.3 The two regional economic communities E-commerce on Africa’s that have developed e-commerce trade agenda strategies are the Common Market for East and Southern Africa (COMESA) While e-commerce has been formally on and the Southern African Development the WTO agenda since 1998, when Community (SADC). COMESA members adopted a work programme announced in late 2017 that its free on e-commerce, it was only in trade area would be going digital. December 2017 at the 11th Ministerial The COMESA Digital Free Trade Conference that 71 members agreed to Agreement (FTA), which is still to be work towards WTO negotiations on operationalized, will function on three trade-related aspects of e-commerce. tracks: (i) e-regulation; (ii) e-logistics; Confirmation of the intention to start and (iii) e-trade. The e-trade track will WTO negotiations on trade-related include an e-commerce platform. aspects of e-commerce was put forward in January 2019. The work SADC member states adopted an programme has four focus areas: i) e-commerce strategy in 2012, but facilitating electronic transactions; ii) they have not yet implemented it. non-discrimination and liability; iii) online The SADC strategy has four pillars: consumer protection and unsolicited i) an enabled e-commerce environment; commercial electronic messages; and ii) a capacity development programme; iv) transparency, domestic regulation iii) the strengthening of an e-commerce and cooperation. In December 2019, subregional and national infrastructure; WTO members agreed to extend the and iv) an institutionalized framework moratorium on customs duties on to implement, evolve and govern e-transactions until the 12th Ministerial the current strategy at the regional Conference (MC12) in June 2020. level. UNCTAD’s B2C readiness and With the postponement of MC12, and internet penetration assessment the suspension of all WTO meetings (UNCTAD, 2019) puts South Africa, due to the COVID-19 pandemic, it is not Mauritius, and Seychelles in a leading yet clear what will happen to the group ahead well ahead of the other moratorium and how the work member states. None of these is, programme will continue. however, participating in the WTO e-commerce work programme. Very few African countries have been participating in the WTO e-commerce The inclusion of e-commerce on the work programme. Aside from Kenya, agenda of the African Continental the other participants – Benin, Côte Free Trade Area (AfCFTA) has proved CHAPTER 3: COMMENTS 91
to be a contentious matter. The latest available at: https://au.int/en/decisions/ indication is that trade-related aspects council. of e-commerce may be tackled in 2021. Meanwhile the AfCFTA agenda does 2 For details, see: https://www.tralac.org/ include several Annexes to the Protocol documents/resources/africanunion/3013- on Trade in Goods that support the-draft-digital-transformation-strategy-for- e-commerce. Member states are also africa-2020-2030/file.html. currently preparing to negotiate commitments for five priority services 3 Ibid. sectors – financial, transport, communication, business and tourism – References all of which are important for e-commerce development. Indeed, Stuart, J. (2020), “ICTs Services generally, the AfCFTA holds potential, Development and Trade: How Africa Can perhaps most specifically in the Benefit (2020 Update)”, Tralac Working provisions on trade facilitation, Paper. https://www.tralac.org/publications/ customs and border management, article/14417-icts-services-development- the elimination of non-tariff barriers, and-trade-how-africa-can-benefit-2020- services in regulatory cooperation update.html and perhaps, even at a future time, harmonization. These provisions could United Nations Conference on Trade and contribute to improvements in trade Development (UNCTAD) (2019), UNCTAD governance that are much needed B2C E-commerce Index 2019, UNCTAD to boost infra-Africa trade, which was Technical Notes on ICT for Development a key motivating factor to establish No. 14. https://unctad.org/en/Publications the continent-wide free trade area. Library/tn_unctad_ict4d14_en.pdf
Endnotes
1 Decisions of the 36th Ordinary Session of the Executive Council of the African Union, Chapter 4 The digital trade era – opportunities and challenges for developing countries: the case of Kenya
Tabitha Kiriti Nganga and Mary Mbithi* Abstract
E-commerce has grown rapidly in Kenya, supported by laws governing information and communications technology (ICT) services, e-commerce transactions, data protection and access to information. The government has established one-stop shops for the provision of government services to citizens and for trade logistics. The country is well positioned to expand its digital trade with the establishment of the Africa Continental Free Trade Area (AfCFTA), given the policies outlined in the government’s Digital Economy Blueprint. The growth of digital trade will open up new opportunities for the provision of online services, promote export diversification, boost efficiency and growth in manufacturing, improve competition in the financial sector, increase access to market-relevant information and increase market access for micro, small and medium- sized enterprises (MSMEs). However, the potential of digital trade is constrained by lack of access to financial services, low income, limited broadband and fibre coverage, inadequate transport infrastructure and skills gaps. Kenya’s legal and regulatory framework is insufficient to protect against cybercrime, ensure privacy, support the interoperability of mobile money platforms and banks, promote consumers’ trust in online transactions, protect intellectual property and protect digital sites from liability for customers’ posts.
* The contents of this chapter are the sole responsibility of the authors and are not meant to represent the position or opinions of the WTO or its members. 94 CHAPTER 4
Status of digital using the internet at 39 per cent. trade in Kenya Government institutions increasingly use the internet, including through Digital trade and digitally enabled e-mail and instant messaging, for transactions of trade in goods and receiving feedback from the public, services have been increasing globally. providing public services, collecting In Kenya, the growth of digital trade and data, conducting research, training digitally enabled transactions has been staff, purchasing or ordering goods phenomenal, and digitization1 has and services, advertising, performing become an integral part of numerous banking and other financial services, day-to-day activities and service making phone calls (Voice over IP delivery. The importance of digitization (VoIP)), tracking goods and services, of the Kenyan economy is expected to and recruiting internal and external continue, especially since the country employment candidates. The has recently developed and published a digitization of government processes Digital Economy Blueprint (Republic of was recently taken to another level, Kenya, 2019b). Adoption of technology when the National Population Census and the diffusion of digitization are key was in 2019 through a digital system drivers of the growth of digital trade and that improved efficiency and enabled of digitally enabled transactions in the a more rapid release of the final tally, country. The proliferation of information when compared to previous population and communications technology census rounds. A public sector ICT (ICT) services in Kenya provides survey by the Communications opportunities to leverage business Authority of Kenya (CAK) and the innovations to increase exports and Kenya National Bureau of Statistics imports (in part through improvements (KNBS) in 2017 (CAK and KNBS, in trade facilitation), enhance service 2018a) shows that over 43 per cent delivery and improve access to of government institutions offer information, all contributing to the e-government services, about 20 ease of doing business for the general per cent have websites with facilities public and for international traders. for online payments, and over 49 per E-government has helped strengthen cent use e-procurement systems. the business environment, particularly Notably, e-government has contributed by reducing the number of procedures, to improvements in the business and hence the time and costs, involved environment in terms of access in starting a business and by reducing to government documents and the time required to pay taxes, information on line, easier and faster as evidenced in the country’s delivery of government services, Doing Business indicators (World improved interaction between Bank, 2019). government, industry and citizens and so on (World Bank, 2019). E-commerce has increasingly been used by both government institutions The use of e-commerce by enterprises and private enterprises in Kenya, which also has been increasing. The national ranks 89th globally and 7th in Africa enterprise ICT survey (CAK and in business-to-consumer (B2C) KNBS, 2018b) shows that 39 per cent e-commerce readiness (UNCTAD, of private enterprises are engaged in 2018), with the share of individuals e-commerce. About 27 per cent of CHAPTER 4 95 enterprises receive orders over the 2014, to over 22 million as of June internet, while approximately 33 per 2019 (CAK, 2019a), enhancing access cent (including micro, small and to high-speed internet for better medium-sized enterprises (MSMEs)) service delivery, communication, and place orders over the internet. About accessibility of information including 35 per cent of enterprises use the that needed for international trade. internet to access banking services, 33 per cent to access other financial The use of mobile cellular services services, 36 per cent to provide has also increased. About 91 per cent customer services, approximately 17 of the population used a cell phone as per cent to deliver products online, 34 of June 2019 (CAK, 2019a), higher per cent to track goods and services, than the 80 per cent average for 55 per cent to research information Africa in 2018 (International about goods or services (excluding the Telecommunication Union, 2018). government website) and 40 per cent Mobile telephony, in addition to voice to research and advertise. Additionally, and short message service (SMS), about 93 per cent of enterprises use is used to provide various services, e-government services to file tax including money transfers and returns, obtain trade payments. Mobile licences, register money transfer services businesses, make “In Kenya, have particularly gained enquiries and obtain the growth of popularity, mainly due information, among to the ease of using other business- digital trade and smartphones. For the related services. digitally enabled period April–June 2019, transactions Kenya had over 32.6 At the heart of growth in has been million mobile money digital trade in Kenya is phenomenal, service subscriptions the increased access to that averaged over and use of ICT. The and digitization 270 transactions and availability of internet has become an US$ 7.28 billion (CAK, services, for instance, integral part 2019a) per month. has been driven by of numerous During the same period, the development of day-to-day mobile-commerce internet infrastructure, transactions averaged particularly fibre optic activities and 197 million and KES and mobile broadband, service delivery.” 1.95 trillion (US$ 19.5 but also the availability billion) per month (CAK, of affordable data- 2019a). Mobile internet enabled devices. As of June 2019, access has also risen, with about 41 data/internet subscriptions stood at per cent of enterprises in 2016 49.9 million, with mobile data internet accessing the internet through mobile subscriptions accounting for over 99.9 broadband (CAK, 2018). per cent of these subscriptions (CAK, 2019a). Broadband subscriptions are ICT has changed financial sector about 44.5 per cent of the total data/ operations in Kenya, leading to a internet subscriptions in the country greater volume of transactions and have increased five-fold since and faster transactions, including 96 CHAPTER 4
payments. The Global Findex database (Republic of Kenya, 2019b) is (World Bank, 2018) shows that in expected to build on this foundation. Kenya from 2014 to 2017 the share Furthermore, in 2019 the country of the population (over 15 years of age) enacted a modern data protection who made or received digital payments law (Republic of Kenya, 2019a), which increased from 69 per cent to 79 per is compliant with the European Union’s cent, the share who owned a credit General Data Protection Regulation. card increased from 5 per cent to 7 The new data protection law will go a per cent, and the share with a mobile long way towards creating the right money account increased from 58 environment2 for investments in digital per cent to 73 per cent. These services, as well as the use of these increases in access to financial services by individuals and firms. services have taken place in both urban and rural areas, among older In 2013, the Kenyan government adults and youths, and among both implemented the Huduma (service) men and women, thus contributing to Kenya programme, which aims to a more inclusive financial sector. transform public service delivery by providing access to various public Policies supporting services and information. The digital trade in Kenya programme, through its integrated technology platform, provides one-stop ICT is identified as an enabler for shop citizens’ service centres socioeconomic transformation in Kenya (Huduma Centres) at various counties (Republic of Kenya, 2007). The Kenya in the country. In 2014, the government ICT policy (Ministry of Information and rolled out an e-Citizen web portal to Communications, 2006) and a recent enable public online access to draft revision promote ICT as a government services, including developmental tool, through increased filing returns and payment of taxes, use of information technologies, the renewing drivers’ licences, registering development and use of e-government businesses and applying for passports to improve efficiency and the quality and birth and death certificates, among of public service delivery, and the other services. The platform also development of IT infrastructure. The offers options for payment, including ICT policy is based on the principles through mobile money, debit cards and of keeping pace with changes in e-Citizen agents. These programmes technology, providing universal service have made access to the various public access at an affordable cost, ensuring services and information much easier, adequate competition, encouraging while also improving service delivery innovation, standardizing ICT products efficiency, convenience and timeliness. and services for quality, maintaining global connectivity and safeguarding For cross-border trade, the privacy and security. The policy has government has promoted digitization provided a framework for enhanced and automation of trade transaction use of ICT in both government and processes through the establishment private enterprises. Over 48 per cent of the National Electronic Single of government institutions have an IT Window System (authorized under policy (CAK and KNBS, 2018a). the National Electronic Single Window The new Digital Economy Blueprint System Act, 2016),3 which aims to CHAPTER 4 97 address challenges related to for the mandatory registration of all processing of import and export cargo Kenyan citizens and foreigners resident documentation. This online cargo in the country. Implementation began in clearance platform, launched in 2014, 2019. A single register became the interfaces with and integrates depository for personal information automated export and import under different government information from business and documentation processes, providing a government agencies, issuing national identification number (Huduma documents such as export and import Namba, i.e., service number) to be permits, licences, and certificates, used when accessing all government among others. The system is also services. In addition, the system linked to financial institutions, including aims at ensuring the preservation, banks and mobile payment options, protection, and security of this through the Kenya Revenue Authority’s information, including national online taxation system and the identification cards, foreigner Government’s e-Citizen platform, certificates, birth and death certificates, hence providing a complete driving licences, foreign national’s electronic cargo documentation work permits, passports, foreign platform. The system has facilitated travel documents and student trade by increasing transparency in identification documents. The digital export and import processes, reducing identity effort is seen as a foundation, the number of processes and which the government and the private documents required for processing, sector can use to strengthen other providing a paperless (electronic) programmes, including electoral application by traders on a 24/7 management, public financial basis, and allowing for multiple management, payment systems, payment channels. This improvement health, and social security, among in services has reduced the costs others. NIIMS has, however, raised and time required to complete trade several concerns, among them security transactions. In addition, the platform with regards to access to private accelerates communication, thus data and a possible exclusion facilitating both payments and cross- of the marginalized in the country. border trade. The single window system is the main reason why Kenya The Kenya Information and achieved one of the largest Communications Act of 2009, improvements in the World Bank amended in 2013 (Republic of Kenya, Doing Business indicators (World 2013), governs e-commerce Bank, 2019), including improvements transactions in Kenya, allowing and in trading across borders. recognizing electronic contracts for digital transactions. The Act creates an Additionally, the government of Kenya electronic signature and provides for has promoted implementation of CAK to regulate e-commerce and digitization programmes under the protect consumers. The Consumer 2018 Amendment of Registration of Protection Act of 2012, revised in 2016 Persons Act (Republic of Kenya, (Republic of Kenya, 2016a), provides 2018b), which provides for for the protection of consumers and establishment of a National Integrated prevention of unfair trade practices in Identity Management System (NIIMS) consumer transactions. 98 CHAPTER 4
Data protection in Kenya is provided Response Team – Coordination under various laws. The Registration of Centre (National KE-CIRT/CC) Persons Act prohibits the publication at the CAK, which coordinates or communication of data for reasons the response to cyberattacks and other than those allowed for official remediation of cybersecurity incidents. purposes. The Information and Communications Act provides for Opportunities for digital adequate cybersecurity for government trade in Kenya systems, such as the NIIMS. The Africa Continental Free The Access to Information Act Trade Area (AfCFTA) offers digital provides for protection of personal trade opportunities for its members, data and the right to privacy, and Kenya included. The AfCFTA the Data Protection Act, 2019 brings together all 55 member (Republic of Kenya, 2019a) seeks states of the African Union, covering to protect personal data. The a market of more than 1.2 billion government of Kenya has also people, including a growing middle undertaken several measures to class, and a combined gross enhance cybersecurity at the national domestic product (GDP) of more level. In 2018, the country enacted the than US$ 3.4 trillion. The AfCFTA Computer Misuse and Cybercrimes offers Kenyan small and medium- Act, 2018 (Republic of Kenya, 2018a), sized enterprises (SMEs) an which governs offences relating to alternative route to market their computer systems; facilitates the timely goods, especially those SMEs and effective detection, prohibition, and entrepreneurs who were prevention, response, investigation previously hindered by a lack of and prosecution of computer and connectivity, high transaction costs cybercrimes; and facilitates and information asymmetries. international cooperation in dealing Integrating Africa into a single digital with computer and cybercrime issues. market will create economies of scale This legislation also responds to the and opportunities to grow both local African Union’s convention on and regional economies. Compared cybersecurity and personal data to many other African countries, protection (African Union, 2014), Kenya is in a good position to benefit which requires African Union parties from the AfCFTA due to the Digital to adopt cybersecurity legislation and Economy Blueprint (Box 1), launched regulatory measures against criminal in May 2019, which could set a activities related to confidentiality, precedent for a new digital Africa integrity, availability and survival of and encourage wider cooperation ICT technology systems’ data between African nations. processing and network infrastructure. Additionally, this convention requires Through its disruptive technologies,4 that African countries ensure that a digital economy could spur economic e-commerce activities are exercised development in Kenya. For example, freely, except for gambling and M-Pesa5 was one of the first banking prohibited activities. The country applications to be embedded in mobile has also established the National SIM toolkits. The mobile money Kenya Cybersecurity Incident infrastructure has created a new CHAPTER 4 99
Box 1: The Digital Economy Blueprint
The five pillars of the Blueprint are and data centres. The Blueprint digital government, digital business, acknowledges the digital divide digital infrastructure, innovation- in Kenya and proposes an driven entrepreneurship and improvement generated by digital skills and values. The digital investment from private sector government pillar comprises an operators and government interactive government portal initiatives. This will include the offering e-government services, National Optical Fibre Backbone along with security of data and Infrastructure (NOFBI), investment processes. The goal is to simplify in broadband network infrastructure government’s interactions with and initiatives by the CAK. its citizens, facilitate greater involvement of businesses and The innovation-driven entrepreneurship the general public in decision- pillar is concerned with a system making and improve the business that supports local enterprises in environment. This requires having producing competitive products a solid ICT infrastructure. and services. This would require setting aside funding for research, The digital business pillar giving tax support to enterprises, emphasizes the development of a providing access to public robust marketplace for digital trade, procurement for innovation products financial services and content. and supporting business models This entails having an affordable, that leverage open access and efficient and safe payment system; intellectual property systems, encouraging an improved legal incubators and accelerators framework; and developing regional for innovation. markets for cross-border trading. This pillar calls for e-commerce to The digital skills and values pillar go beyond national borders and for highlights the development of a Africa to integrate into a single digitally skilled workforce based digital market, thus creating on sound ethical practices and economies of scale. socio-cultural values. It emphasizes the importance of artificial The digital infrastructure pillar intelligence, robotics, coding in entails the development of reliable, relevant tools, cybersecurity, the affordable and secure broadband Internet of Things and mobile connectivity. This includes logistics app development. infrastructure, appropriate and affordable devices, management of digital assets, payment systems Source: Republic of Kenya (2019b). 100 CHAPTER 4
market and disrupted the financial The internet in Kenya has opened up industry ecosystem to become a major new opportunities for B2C and competitor for the traditional banking business-to-business (B2B) transactions sector. Mobile money enables in educational, financial, logistics and transferring money from person other services delivered online. to person, buying airtime, paying utility bills, and so on. M-Pesa The use of personal computers connected a population that and mobile phones to access the was hitherto unbanked (people internet has provided a convenient who did not use traditional channel for accepting orders from banking services). retail customers or other businesses, making it a useful means of delivering Disruptive technologies such products and services to many as artificial intelligence, robotics, customers. Kenya has a young, blockchain, drones, the tech-savvy population Internet of Things, big and a fast-expanding data and software- middle class who have enabled industrial “Disruptive computers, mobile platforms have technologies phones and access to great potential to such as artificial internet services either impact economic intelligence, at home or at work. development. For robotics, These groups provide a example, M-Pesa huge market for digital transformed the blockchain, goods and services, financial sector by drones, the internet banking, significantly increasing Internet of international payments financial inclusion, as Things, big data and the purchase and well as opening up the and software- sale of goods and possibilities of new services online. business models and enabled According to the CAK, opportunities such as industrial the percentage of the PayGo, digital credit platforms have Kenyan population using and (for better or worse) great potential to the internet was 98.1 mobile betting (Republic impact economic per cent in June 2019 of Kenya, 2019b). (CAK, 2019a), having Digital technology development.” risen from 45 per cent creates opportunities in 2016 (Internet Live for innovation. New Stats, 2016). technologies give access to markets that were previously closed and Digital platforms can give MSMEs – remove distortions in demand by which make up 98 per cent of all giving customers direct access to businesses in Kenya, create 30 per products that were previously cent of the jobs annually and contribute controlled. Rapid technological 3 per cent of the GDP (Central Bank developments have created new of Kenya, 2018) – the opportunity to markets that now connect consumers, enter new markets and to strengthen lower transaction costs and reduce their (currently limited) linkages with information asymmetry. larger and more productive firms. CHAPTER 4 101
This enables them to supply goods and E-commerce and the use of services that they otherwise would digital platforms afford Kenya the have been unlikely to do, owing to opportunity to diversify its export location constraints and prohibitive markets and move into higher value- marketing costs. added production segments, rather than concentrating on traditional Digital platforms are effective channels exports (e.g., coffee, tea, fruits and for the exchange of value/financial vegetables). Export opportunities exchanges either in the form of goods provided by e-commerce may help to or services. Using digital platforms ensure longer-term firm survival in reduces the use of intermediaries and Kenya. Chacha and Edwards (2017) rent seekers6 between producers and find that only a few Kenyan exporters consumers, enabling a more equitable survive beyond the first year, and distribution7 of accrued value to that selling to a larger number of the different participants along the destination countries (among other value chain. factors) is associated with longer survival in international markets. For example, Travelstart is a digital At the same time, Suominen (2017a), travel-booking platform in Kenya that in a study conducted in 14 developing customers can use to book domestic economies (Argentina, Bangladesh, and international flights. They can Brazil, Chile, Colombia, Ghana, India, also hire vehicles and make hotel Kenya, Mexico, Nigeria, Pakistan, reservations without going to a the Philippines, South Africa and physical travel agency or using Uruguay), shows that on average 63 a travel agent. per cent of online sellers sell to two or more markets, while only one third of E-commerce offers great opportunities offline sellers who export sell to more for Kenya, with the possibility of than one market. Thus it is not trading platforms designed for the surprising that data from eBay suggest Kenyan user. Increased availability that 80 per cent of online exporters of broadband internet has enabled survive as exporters after their first the digitization of the retail sector year, compared to only one third of and enhanced online retailers offline exporters. such as Jumia.co.ke, Kilimall.co.ke, jiji.co.ke, Cheki.co.ke, Shopit.co.ke, Digitization of production presents Mamamikes.co.ke, MIMI online shop important opportunities for Kenyan (www.mi mi.co.ke), Electrohub.co.ke, manufacturing firms in terms of Amanbo.co.ke, and so on. Firms growth and employment creation. use digital platforms to offer Banga and te Velde (2018) find that commercial products and services digitization has helped to boost such as e-commerce (e.g., Amazon, Kenya’s GDP growth by supporting Alibaba, Jumia), search engines retail electronic payment systems and (e.g., Jumia, Masoko by Safaricom), financial inclusion, and increasing the content platforms (e.g., Mdundo, vitality of the financial sector. The Irokotv, Waabeh) or ride-sharing authors contend that the use of digital applications (e.g., Mondo Ride, technologies and robotics by Kenyan SafeBoda, Little Cab) (Republic of manufacturing firms would improve Kenya, 2019b). efficiency and boost their output 102 CHAPTER 4
and exports, and thus employment. between farm and plate. Another benefit Growing digitization in Kenya can to be garnered from a digital economy lead to the establishment of service is precision agriculture, where industries for the repair and computer-guided aerial mapping, data maintenance of these machines, as collection on soil and weather, and the well as industries for data storage and use of global positioning systems (GPS) information processing services, and GPS-computer-guided implements including cloud computing, computer such as tractors and harvesters can be systems design, programming, and used by farmers, hence making farming computer-aided design and digital much more efficient (Ministry of cutting (Banga and te Velde, 2018). Information, Communications and Technology, 2019). ICT has supported increased trade in services in Kenya. For example, some Digital trade challenges health services are now delivered over for Kenya the internet due to ease of internet access. Blockchain technology can Limited access to finance and be used to track the pharmaceutical infrastructure gaps constrain the ability supply chain. Such tracking capability of individuals and firms to purchase would help tackle the issue of digital technologies. While larger firms counterfeit medication, which kills in Kenya are in a better position to approximately 100,000 people in leverage new technologies, MSMEs Africa every year (Ministry of are unable to do so, mainly due to their Information, Communications and lack of creditworthiness and the cost Technology, 2019). of deploying these technologies (Were, 2016). Although Kenya has made great The increasing availability of mobile strides in mobile phone ownership, phones in Kenya has led to a rise in there is still a significant proportion SMS-based information dissemination of the population that does not have services that could improve access to access to broadband internet services information and empower farmers with to benefit from the digitization of trade. weather, market and other relevant Key digital infrastructure constraints information. Digitization has transformed include limited access to fibre and the lives of farmers and others in broadband connectivity due to the agricultural value chains by providing high costs of installation and use, low near real-time agricultural and market availability of spectrum for wireless, information. Farmers get information low availability of public access points from markets, and they also receive and shared access to devices, as payments for the sale of their well as the inability for persons with agricultural output using online disabilities (PWDs) to access and platforms. In other words, the use digital infrastructure. Low-quality digitization of the agricultural sector roads8 and the limited extent of the offers new opportunities through rail network, airports and harbours, innovations that can upscale the coupled with the many informal agricultural value chain. Trade platforms settlements and un-numbered houses have been established that bring and streets in the formal settlements, farmers closer to the traders by result in high delivery costs and lengthy reducing the number of intermediaries delays in the delivery of goods bought CHAPTER 4 103 online. In addition, postal services in 2017), and trading delays due to Kenya are very unreliable, especially non-tariff barriers, slow customs in remote areas (Wanyonyi, 2018). procedures and poor logistics All of this severely limits the reach (Republic of Kenya, 2017). Targeting of e-commerce in the country. skills development to increase the capabilities of the workforce and Poverty and high rates of illiteracy lowering the cost of electricity limit participation in digital commerce. (Muchira, 2018; Shiundu, 2017) are About 36 per cent of Kenyan crucial to promote the use of digital households live below the poverty products and platforms. line, which makes paying for the internet subscription required for online Cybersecurity threats, poor governance shopping unaffordable. Some 38.5 per and instability constrain the success of cent of the Kenyan adult population the digital economy in Kenya. is illiterate, which results in Insufficient regulation, uncontrolled communication challenges and lack access to digital infrastructure, and lack of access to information. For example, of digital hygiene10 predispose all the inability to read can make it hard to participants in the digital economy to obtain information on digital investment cybersecurity risks and threats opportunities or capitalize on the (Australia Computer Society, 2016). availability of information (for example, To address the issues of cybercrime, it is difficult to benefit Kenya has established from SMS alerts if you under the CAK the cannot read). Education, “Consumers’ National KE-CIRT/CC, capacity building and which forms the citizen sensitization on lack of trust in national cybersecurity the usefulness of products and management framework information contained services sold and is Kenya’s national in the digital alerts are online, delivery point of contact on therefore crucial systems, online cybersecurity matters. in order for Kenya Under this framework, to benefit from payments and about 51.9 million digital trade. other online cyberthreats were services remains detected in Kenya during The use of enhanced, an important the 2018–2019 period advanced digital challenge to the (CAK, 2019b). The technology in the National KE-CIRT/CC automotive industry development of coordinates responses is limited by gaps in digital trade.” to cybersecurity matters skills and low at the national level in investment in training as collaboration with evidenced by enrolments in science, relevant actors locally and internationally, technology, engineering and detecting, preventing and responding to mathematics (STEM),9 credit various cyberthreats while interfacing constraints, the high costs of electricity with both local and international ICT and steel compared with those costs service providers and with the Judiciary in neighbouring countries such as for the investigation and prosecution of Uganda (Muchira, 2018; Shiundu, cybercrimes. Kenya has also enacted 104 CHAPTER 4
Table 1: Kenyans’ level of concern about online privacy
Response Weighted sample Proportion (%)
Much more concerned 540 54
Somewhat concerned 148 15
No more or less concerned 102 10
Somewhat less concerned 70 7
Much less concerned 134 13
Total 994 10011
Source: CIGI‑Ipsos (2019).
the Data Protection Act, 2019 (Republic needs to establish a legal framework of Kenya, 2019a). Additionally, the for online consumer protection that African Union’s cybersecurity treaty, enables consumers to seek legal known as the African Union Convention redress in case of breach of trust. on Cyber Security and Personal Data In its Digital Economy Blueprint, the Protection, imposes an obligation on Government has committed itself to Kenya to establish legal, policy and develop a legal framework to enforce regulatory measures to promote digital contracts, resolve disputes cybersecurity governance and and protect consumers. The legal control cybercrime. framework would establish a level playing field between providers and Consumers’ lack of trust in products customers, and advance consumer and services sold online, delivery protection through improved systems, online payments and other supervision, transparency and online services remains an important digital/financial literacy. challenge to the development of digital trade. For example, threats to privacy Lack of protection of intellectual appear to be a growing concern. A property (IP) constrains participation survey in November 2019 by the in digital trade. IP that can be digitized Centre for International Governance is hard to protect since consumers Innovation (CIGI) (2019) finds that 54 can copy and use online content per cent of Kenyans are much more without paying for it or without concerned about their online privacy receiving permission from the rights than they were in 2018, while 13 per holders. Since a majority of Kenyans cent are much less concerned (Table 1). are not aware of how they can protect their ideas and earn income from While the private sector has its own these ideas through trade, the interest in building consumer trust and development of internet services and confidence in e-commerce and online platforms has underlined the need to services, balanced consumer strengthen the legal framework to protection laws can also support protect trademarks and copyrights consumer confidence. Hence Kenya in the internet era. CHAPTER 4 105
Digital platforms such as e-commerce identity systems. The Strategy commits sites depend on user reviews of goods member countries to promote open and services sold on such sites, and standards and interoperability to these platforms need to be protected enhance trust in cross-border from liability for the content generated transactions, personal data protection by the reviewers. Hence, in order to and privacy (African Union, 2019). encourage digital platforms to serve Improvements in digital infrastructure, both the local and international which is one of the pillars in the Digital markets, the Kenyan Government and Economy Blueprint, would increase its East African counterparts should Kenya’s ability to meet these challenges. create and modernize safe harbours that limit the liability of digital platforms Conclusion from user-generated content. Kenya has made significant progress Digital trade and especially cross- in digital trade. Various opportunities border, online trade are enhanced abound. In particular, the launch of the by the existence of secure and reliable AfCFTA will provide a huge market for online payment systems. In Kenya, goods and services that is also a huge there are several national online digital economy. However, a lot payment platforms for both domestic remains to be done, including in ICT and regional transactions.12 Credit development, in order for the country cards, mobile money transfers and to become a competitive global player other forms of internet-enabled in such trade. Considerable efforts are payments facilitate e-commerce and required to strengthen transport robust commercial activities within infrastructure (such as railway systems, Kenya and enable the country to roads, airports and harbours), the trade seamlessly with other Common postal system and trade logistics, Market for East and Southern Africa all of which are important for the (COMESA) and East African Community operation of digital platforms. (EAC) countries. However, for Kenya Continued digitization of border to enhance digital trade with the rest of procedures, the establishment of the world, cross-country collaboration blockchain13 transport corridors in is still needed to fuel interoperability customs and other border agencies and integration among mobile money in the EAC member countries, platforms and banks, so that the strengthened surveillance of payment systems of buyers and cybercrime and more effective data sellers can work seamlessly with protection are equally important. The each other. Enhanced interoperability launching of the African Union’s Digital will reduce friction in e-commerce Transformation Strategy for Africa and transactions, increase ease-of-use Kenya’s Digital Economy Blueprint, for consumers and reduce costs for increasing domestic efforts to enhance platform operators. universal access to and utilization of ICT services and addressing The African Union’s Digital cybercrimes in collaboration with Transformation Strategy for Africa international players will support addresses transboundary challenges, Kenya’s march towards a truly digital especially interoperability of systems, economy and to becoming a global as well as harmonization of digital player in e-commerce. 106 CHAPTER 4
Endnotes 9 According to the Commission for University Education and Kenya National Bureau of 1 The process of converting analog information Statistics, only 1 in 4 undergraduates (pictures, text, sound, etc.) into a digital studied STEM courses in 2017 compared format that can be processed by a computer. to 43 per cent in Business and Humanities (Commission for University Education 2 For example, few procedures in registering (2018)). KES 404 billion (US$ 378 billion) business, shorter time in transacting was spent by African countries on hiring business, efficiency of government expatriates in the STEM fields. regulations and so on. 10 The cleanliness or uncleanliness of a 3 The site, https://www.kentrade.go.ke, is person’s digital habitat for example, meant to simplify trade processes for the posting material such as photos online, private sector. one’s desktop icons, file structure, folder trees, Photoshop files or hard drive, 4 Disruptive technologies are innovations that Facebook, Twitter, Instagram pages or significantly change the way that digital persona, etc. consumers, industries or businesses operate. They sweep away the systems or 11 The percentages have been rounded habits they replace because they have up to 100. attributes that are much more superior. 12 The Kenya Electronic Payment and 5 M-Pesa is a mobile banking service that Settlement System (KEPSS) is a real-time allows users to store and transfer money gross settlement (RTGS) system, meaning through their mobile phones. The service is that transactions are cleared and settled a blend of two entities where M means on a continuous basis. The East African mobile and Pesa means money or payment Payment System (EAPS) and the Regional in the Swahili language. Payment and Settlement System (REPSS) aim to facilitate cross-border payments 6 Rent seekers are people who manipulate and settlements within the East African public policy or economic conditions as a Community (EAC) and Common Market strategy for increasing profits. However, for East and Southern Africa (COMESA) digital platforms connect sellers with regions, respectively. buyers without the need for physical stores or distributors, and they allow space for 13 Blockchain refers to a type of data competition among the sellers to the structure that identifies and tracks benefit of the consumers. transactions digitally and shares this information across a distributed network 7 However, bigger and well-established of computers, thus creating a sort of digital platforms such as Amazon, Google distributed trust network (Okazaki, 2018). and Facebook can acquire monopolistic tendencies and undermine the smaller and References younger online platforms. African Union (2014), African Union 8 Kenya has a road network of about 177,800 Convention on Cyber Security and km, of which only 63,575 km are classified Personal Data Protection. https://au.int/ as in good condition and maintainable sites/default/files/treaties/29560- (Kenya National Highways Authority, 2019). treaty-0048_-_african_union_convention_ CHAPTER 4 107
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https://publications.iadb.org/bitstream/ Wanyonyi, P. (2018), “E-commerce: Poor handle/11319/8166/Accelerating-Digital- infrastructure holds Africa back”, Nairobi Trade-in-Latin-America-and-the-Caribbean. Business Monthly, 7 February 2018. PDF?sequence=1 Were, A. (2016), “Manufacturing in Kenya: Suominen, K. (2017b), “E-commerce features, challenges and opportunities”, SET Development Survey and Index”, Report for Scoping Paper, London: ODI. US Agency for International Development (USAID), April 2017. https://pdf.usaid.gov/ World Bank (2018), The Global Findex pdf_docs/PA00MP8T.pdf Database 2017: Measuring Financial Inclusion and the Fintech Revolution, International Bank Suominen, K. (2017c), “Silver Bullet to for Reconstruction and Development / The Fire Up Small Business Exports: Plurilateral World Bank: Washington, DC. Agreement on De Minimis”, website post, 21 April 2017. https://katisuominen.wordpress. World Bank (2019), Doing Business 2019: com/2017/04/21/silver-bullet-to-fire-up- Training for Reform, International Bank for small-business-exports-plurilateral- Reconstruction and Development / The agreement-on-de-minimis World Bank: Washington, DC. 110 CHAPTER 4: COMMENTS
Comments
NASSIM OULMANE AND MUSTAPHA SADNI JALLAB*
There is a large and growing consensus totalled US$ 27.7 trillion (UNECA, on the role of trade in support of 2018b; WTO, 2018). economic development and economic growth. It is also generally recognized Africa is also experiencing the rapid that having a predictable and transparent growth of e-commerce, with an rules-based multilateral trading system is estimated annual rate of 40 per cent. an important condition that needs to be As a result, the digital economy in met in the fight against poverty (World Africa is expected to grow to over Bank Group and WTO, 2018). The US$ 300 billion by 2025 (McKinsey, trading system is evolving rapidly, with 2013). However, important issues new forms of trade emerging. The remain to be addressed. In 2020, development of information and internet availability in Africa improved, communications technology (ICT) but it remains at 39.3 per cent, which can further support the goal of is low compared to the world average economic development: e-commerce of 58.8 per cent.1 Fixed broadband (Deardorff, 2017). As argued by the availability remains below 1 per cent World Bank Group and the WTO for Sub-Saharan Africa (ITU, 2019; (2018), trade and technology are closely Statista, 2019). Beyond these average related, and technologies are figures, a key issue is the connectivity considerably reducing trade costs of all actors and groups, and the most (Fink, Mattoo and Neagu, 2005). vulnerable, to opportunities through E-commerce has the potential to be a existing institutions that enable major game changer and, subsequently, economic activities (banks, financial an engine for trade and economic institutions, certifications, markets, development within the context of the insurance, etc.). Women do not fully United Nations’ Sustainable benefit from access to the internet, Development Goals 2030 agenda compared to men. The digital gender (UNCTAD, 2017). Indeed, e-commerce gap is quite significant: in 2019, 33.8 has important implications, as business- per cent of the men had access to the to-business e-commerce represents internet while only 22.6 of women did. roughly US$ 15 trillion annually and At the global level, the gap is less business-to-customer transactions significant, as we observed 58.3 around US$ 1 trillion. In addition, the per cent and 48.4 per cent internet value of e-commerce transactions access, respectively (ITU, 2020).
* This commentary represents the opinions of the authors. It is not meant to represent the official position or opinions of the United Nations Economic Commission for Africa (UNECA) or the United Nations African Institute for Economic Development and Planning (IDEP) or its members or any additional and respective institutional affiliations of the authors. It is also not meant to represent the position or opinions of the WTO or its members. CHAPTER 4: COMMENTS 111
The literature recognizes that ICT has firms in developing countries. This is an important role to play in sustaining particularly true, as the authors argue, economic growth and contributing to when a conducive environment is the resilience of economies, especially created and appropriate relevant and during crises, as witnessed today, with sectoral policies are implemented. most economies in lockdown or slowly WTO estimations suggest that emerging from lockdown due to the developing countries’ share in global COVID-19 pandemic and a looming trade could grow from 46 per cent in global macroeconomic recession 2015 to 57 per cent by 2030 (WTO, (UNECA, 2020; IMF, 2020; WTO, 2018). Technological breakthroughs 2020). As the pandemic is having and e-commerce are expected to have systemic effects and in order to ensure a profound impact on labour markets, the social distancing required by health thus affecting the dynamics of future authorities, economic operators, job markets. To illustrate this point, including consumers and producers, currently 60 per cent of the African are increasingly using e-commerce population is under the age of 25, and for their transactions. This trend is it is estimated that between 10 to 15 observed in Africa as million young people join well, where certain Africa’s labour market online platforms have annually. E-commerce recorded huge “Africa is also and digital economies increases, thus experiencing can contribute to significantly facilitating the rapid growth developing new domestic consumption. of e-commerce, opportunities and This is also the case in generating decent jobs, Kenya, where the use of with an estimated especially for women e-commerce multiplied annual rate of and youth (ILO, 2018). by a factor of three 40 per cent.” This requires adjusting during the current crisis policies relating to (CNBC Africa, 2020). education, training and vocational training in order to better One important and timely aspect that match people’s skills with the evolution this chapter highlights is the way in of job requirements. which e-commerce can support economic transformation and This chapter underscores the contribute to increasing market increasing importance of e-commerce opportunities while reducing trade in Kenya, which is strongly facilitated costs. E-commerce and relevant by the government’s proactive policies innovations supported by appropriate in support of economic development. digital applications can promote These policies are geared towards entrepreneurship, contribute to expanding trade within the Africa developing the private sector, and Continental Free Trade Area (AfCFTA), create a new set of jobs (ITC, 2018). as outlined in the government’s Empirical evidence from the WTO Digital Economy Blueprint. The (2018) shows that the reduction of authors clearly identify the huge trade costs could be particularly potential gains the AfCFTA could beneficial to micro, small and medium- generate for the Kenyan economy sized enterprises (MSMEs), including and how the AfCFTA could facilitate 112 CHAPTER 4: COMMENTS
economic transformation through the potential to lead Africa on a path deeper regional integration and better of inclusive and sustainable growth. access to regional and global value To respond to those challenges, many chains. The growth of digital trade in initiatives have been deployed. For Africa will open up new opportunities example, the United Nations Economic for the provision of online services, Commission for Africa (UNECA) has promote export diversification, and developed a Centre of Excellence for boost efficiency and growth in Digital Identity, Digital Trade and manufacturing. It will also improve Digital Economy (DITE) in partnership competition in the financial sector, with the African Union Commission increase access to market-relevant to support African countries to information and enhance market have better access to technologies. access for MSMEs. This trend This could facilitate the smooth will most likely be accelerated by implementation of trade agreements the COVID-19 pandemic and its such as the AfCFTA Agreement or the impacts on human behaviour and measures implemented under the interaction, such as social distancing WTO’s Trade Facilitation Agreement, and remote work, thus transforming with a reduction in administrative trade working methods, accelerating procedures expected to be cost- innovations and boosting the effective. Also technical support on supply of new digital digital strategy or legal solutions to support and frameworks should be develop e-commerce. “E-commerce provided by relevant can support stakeholders. The It is important to recall, economic work on the African however, that many Continental Digital challenges are still transformation Transformation Strategy present in Africa to and contribute (DTS) is another translate the expected to increasing illustration of the efforts gains from e-commerce market made at the continental into tangible economic opportunities level to address those benefits. For instance, challenges. addressing the while reducing infrastructure gap and trade costs.” The authors highlight establishing enforceable, another important relevant and appropriate constraint that results regulatory frameworks remain from a lack of access to finance, strategic to protect society against particularly when considering the cybercrime, ensure privacy, support importance of MSMEs in the Kenyan the interoperability of mobile money economy and on the African continent. platforms and banks, promote Emerging technologies such as consumers’ trust in online transactions, financial technology (FinTech) may protect intellectual property and help to reduce financial exclusion protect digital sites from liability for on the continent. This is particularly customers’ posts (UNECA, 2018b). relevant for Africa – according to the World Bank (2019), despite a While this is a real challenge, the significant improvement recently, blockchain technological revolution has the continent is facing a low rate of CHAPTER 4: COMMENTS 113 bank access, with 56 per cent of need to be addressed to increase adults on the continent not having the coverage and accessibility of access to formal banking services in FinTech services. 2017. It is therefore encouraging to note that in recent years, Africa has To conclude, this chapter evidences seen a boom in FinTech start-ups and underscores the importance of across the continent (UNECA, 2018a). e-commerce for Kenya and East Africa FinTech has had a positive impact as a tool for economic development on e-commerce, and mobile money and fuller integration in the world remains the most advanced platform economy. It clearly demonstrates how today for financial inclusion in Africa access to new technologies, which is through the variety of services especially relevant during the current offered to users (UNECA, 2018b). disruptive time due to the outbreak of To promote the development of COVID-19, has the potential to offer these innovations, many issues tangible opportunities for achieving related to regulatory frameworks inclusive growth. 114 CHAPTER 4: COMMENTS
Endnote International Monetary Fund (IMF) (2020), World Economic Outlook Report: Analysis 1 See www.internetworldstats.com/ on the Global Economic Outlook. stats1.htm. International Telecommunication Union References (ITU) (2019), The State of Broadband: Broadband as a Foundation for Sustainable CNBC Africa (2020), “Kenya Sees Development, September 2019. https:// Increased Demand for e-Commerce Amid www.itu.int/dms_pub/itu-s/opb/ COVID-19”, 2 April 2020. https://www. pol/S-POL-BROADBAND.20-2019- cnbcafrica.com/videos/2020/04/02/ PDF-E.pdf kenya-sees-increased-demand-for-e- commerce-amid-covid-19/ International Telecommunication Union (ITU) (2020), Measuring Digital Development, Deardorff, A. V. (2017), “Comparative Facts and Figures 2019. advantage in digital trade”, in Evenett, S. (ed.), Cloth for Wine? The Relevance of International Trade Centre (ITC) (2018), Ricardo’s Comparative Advantage in the SME Competitiveness Outlook. 21st Century, London: Centre for Economic Policy Research (CEPR). McKinsey & Company (2013), Disruptive Technologies: Advances that Will Transform Fink, C., Mattoo, A. and Neagu, I. C. Life, Business, and the Global Economy, (2005), “Assessing the Impact of New York: McKinsey & Company. Communication Costs on International Trade”, Journal of International Economics Statista, website data. www.statista.com/ 67(2): 428-445. statistics/370681/fixed-broadband-internet- penetration-region/ International Labour Organization (ILO) (2018), Digital Labour Platforms and the United Nations Conference on Trade Future of Work: Towards Decent Work in the and Development (UNCTAD) (2017), Online World. Maximizing the Development Gains CHAPTER 4: COMMENTS 115
from e-commerce and the Digital Economy, World Bank (2019), data catalog. https:// Geneva: UNCTAD. datacatalog.worldbank.org/search/type/ dataset United Nations Economic Commission for Africa (UNECA) (2018a), Emerging Issues World Bank Group and World Trade in ICT in Africa. Organization (WTO) (2018), Trade and Poverty Reduction: New Evidence of Impacts United Nations Economic Commission for in Developing Countries, Geneva: WTO. Africa (UNECA) (2018b), Promoting Financial Technology Startups in Africa, World Trade Organization (WTO) (2020), ECA Policy Brief No. ECA/18/001. https:// “Trade set to plunge as COVID-19 pandemic www.uneca.org/sites/default/files/ upends global economy”, Trade Statistics and PublicationFiles/eca_policy_brief_ Outlook, press release, 8 April 2020. https:// promoting_fintech_start-ups_rev1.pdf www.wto.org/english/news_e/pres20_e/ pr855_e.htm United Nations Economic Commission for Africa (UNECA) (2020), COVID-19 in Africa: Protecting Lives and Economies, UNECA Report. Chapter 5 E-commerce in Africa: issues and challenges
Charlemagne Igue, Alastaire Alinsato and Toussaint Agadjihouédé* Abstract
This chapter analyses the potential for e-commerce activities in Africa. The rapid growth of internet penetration and the use of mobile telephony, along with the adoption of mobile innovations that have greatly boosted financial inclusion and encouraged reliance on electronic payment, have established a strong basis for e-commerce development on the continent. On the other hand, still-low banking rates, fragile laws and regulations governing the sector, and a lack of cross-country harmonization of these rules constrain African e-commerce. Reducing cybercrime, increasing participation in the financial sector and strengthening of the legal framework are key steps to promote e-commerce activities.
* The contents of this chapter are the sole responsibility of the authors and are not meant to represent the position or opinions of the WTO or its members. 118 CHAPTER 5
Introduction Association (GSMA) identifies 314 technology clusters in 93 cities in 42 Trade improves economic efficiency African countries (Mochiko, 2016). and contributes to poverty reduction The internet is not only increasingly (Krueger, 1998; Stiglitz, 1998; available, but also increasingly used by Zahonogo, 2017). Similarly, information Africans. For example, the proportion and communications technology (ICT) of the population in Africa using the can promote economic and social internet rose from 16 per cent in 2013 development (Kauffman and Riggins, to 18 per cent in 2016 and to 25 2012; UNCTAD, 2019). Trade and ICT per cent in 2018 (UNECA, 2014; therefore have great potential to reduce UNCTAD, 2016; World Bank, 2019). poverty by improving, among other The continent accounted for 12 per things, the production and sale of cent of global internet connections in goods. Currently, there is a growing 2013 compared to 8 per cent in 2010, use of ICT by traditional players and and the contribution of the internet to the new, digital firms to confront the the African economy was 5.3 per cent many challenges facing trade (Ducass of GDP in 2016 compared to 1.1 and Kwadjane, 2015; UNCTAD, 2019). per cent of GDP in 2010 (Berger, 2017; CEA/BSR-AC, 2018). In 2018, The use of ICT by trading firms has Africa had more than 206 million boosted productivity and trade in Facebook users, or 17 per cent of southern countries. Wolf (2001) notes the population (MediaNet, 2018). particularly that, in the 1990s, the use of ICT increased the growth of small In addition to the internet, many of the and medium-sized enterprises (SMEs) building blocks required for the growth in East Africa. A study of Vietnamese of e-commerce, including the spread companies shows that the total factor of mobile telephony and mobile money productivity growth of companies services, increased use of credit cards marketing their products online is 1.7 and increased access to bank percentage points higher than that of accounts, have shown remarkable companies using the internet but not growth in recent years. Nevertheless, performing any online sales (World Africa continues to account for a small Bank, 2016, cited by UNCTAD, 2017). share of global e-commerce. The Wnyoike et al. (2012) back up these limited development of e-commerce results and show that small businesses despite improvements in supporting that adopt e-commerce outperform technology and infrastructure those that do not, because of the underlines the importance of identifying catalytic effect of e-commerce on the constraints on e-commerce in business skills. These proficiency Africa. This chapter analyses in a improvements are driven by the scale descriptive way the context of and network effects associated e-commerce practices in Africa and with the use of ICT by companies provides some insight into this issue. (Corrado et al., 2012). The rest of the chapter is organized as Africa has several technological follows. In the next section, we discuss advantages that can facilitate the growth of mobile telephony and in e-commerce. In fact, the Global financial sector participation, which System for Mobile Communications should provide impetus for rapid CHAPTER 5 119 growth in e-commerce in Africa. to 906 million; it is anticipated that The following section discusses the the number of subscribers will hit 500 conditions delaying e-commerce in million in 2020 (AfDB, 2012; AFD, Africa. The last section concludes 2017; Berger, 2017; ECA, 2014). the chapter. Moreover, over the past few years the share of 3G and 4G mobile coverage Conditions for has increased substantially while the e-commerce in Africa share of 2G has declined, and a rapid transition from 2G to more sophisticated Mobile phone penetration technologies is expected over the next Telecommunications and the mobile five years (Figure 1). For example, the industry have experienced significant share of mobile connections in Africa development in Africa in recent years using 4G technology is forecast to (Ninot and Peyroux, 2018). In 2017, the rise from 5 per cent in 2019 to 21 number of mobile users was 100 times per cent in 2025. These significant greater than the number of landline improvements in both the number of users (World Bank, 2019). Africa is mobile users and the quality of the experiencing exceptional growth in technologies adopted are a major mobile connections, and now has the asset for e-commerce development in second-largest number among global Africa (Centre Africain de Politique regions (GSMA, 2011; GSMA, 2018). Commerciale (CAPC) (2018). From 2013 to 2015, the mobile phone coverage rate in Africa rose from High levels of mobile phone use have 63 per cent to 84 per cent, and the had a significant impact on several number of subscribers from 800 million economic sectors, including agriculture,
Figure 1: Mobile connections per technology in Sub-Saharan Africa
Source: Authors, from GSMA data, 2018. 120 CHAPTER 5
fishing, health, and education, and population (PwC, 2013). The factors mobile phone use is strengthening that explain this low bank rate are democracy by facilitating electoral manifold, including account opening monitoring techniques and improving conditions and high transaction costs participation (PwC, 2013). Mobile (Williamson, 1975). Thus, cash is the phone use makes the economy more dominant mode of payment on the efficient and helps to improve people’s continent. However, the advent of the well-being by reducing both distances mobile telephone and its high and information cost. Mobile telephony penetration rate have promoted the use accounted for about 6.5 per cent of of electronic payments through mobile GDP in 2017, up from 3.5 per cent of money accounts and mobile banking. GDP in 2010 (GSMA, 2011; GSMA, The growth of mobile money providers 2018). Similarly, the contribution of the in Africa exceeds the global average, mobile ecosystem to Africa’s economic and Africa has the highest proportion growth is expected to increase in of adults with a mobile money account relative and absolute terms (GSMA, of any region (Africa eCommerce 2018). Increased use of mobile phones Week, 2018). Data from Findex shows also will have a growing impact on that the proportion of the population e-commerce, as 46 per cent of over the age of 15 with a mobile money customers prefer to buy clothes, account in Africa rose from 11.03 per electronics, leisure goods and music cent in 2014 to 22.56 per cent in 2017, through their mobile phone, compared the largest percentage point increase to 10 per cent from the computer and and the highest rate among global 44 per cent in shops (PwC, 2012). regions (Figure 2). At the same time, applications for mobile phones have Innovations in mobile telephony been developed for marketing, Access to a bank account is still purchasing and selling via the internet. difficult for the majority of the African And some banks in Africa promote
Figure 2: The proportion of the adult population with a mobile money account
Source: Authors, based on Global Findex data. CHAPTER 5 121
Figure 3: Proportion of adults with a bank account or other type of financial institution account
Source: Authors, based on Global Findex data.
Figure 4: Growth rate of bank account opening or other financial institution accounts of adults per continent