The Innofusion of Electronic Banking in Indonesia
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Press Release Livi Bank Teams up with Unionpay International to “Shake Up
11 August 2020 Press Release livi bank teams up with UnionPay International to “shake up” payments in Hong Kong livi customers to benefit from fun and exclusive ‘Shake Shake’ rewards livi bank and UnionPay International announced today an exciting new partnership which integrates UnionPay QR Payment into livi’s virtual banking app, which will be available for download tomorrow. livi is an easy, rewarding and lifestyle-driven banking experience, delivered through a simple and stylish mobile app. Through the partnership, livi customers can use the banking app’s digital payment function, the widely accepted UnionPay QR Payment, across 40,000 acceptance points in Hong Kong and gain access to lots of special offers at selected merchants. Probably the most exciting way to unlock everyday monetary rewards in Hong Kong During the promotional period, livi customers can get instant monetary rewards to put towards their next purchase by simply shaking their phones after using UnionPay QR Payment on purchases. This fun and innovative “Shake Shake” feature is a first in the banking world in Hong Kong and aims to make shopping that little bit more rewarding. “We’re thrilled to be joining hands with UnionPay International to offer a fun and innovative payment experience for our customers.” said David Sun, Chief Executive of livi. “Our mission is to give people in Hong Kong an everyday boost to their lives, with a banking experience they will enjoy. Our collaboration strives to achieve this by bringing attractive benefits designed around our customers’ everyday needs.” “UnionPay International is honoured to partner with livi to pioneer the very first QR Payment function in virtual banking in Hong Kong, by issuing the first UnionPay virtual debit cards for livi customers. -
AUTOMATED TELLER MACHINE (Athl) NETWORK EVOLUTION in AMERICAN RETAIL BANKING: WHAT DRIVES IT?
AUTOMATED TELLER MACHINE (AThl) NETWORK EVOLUTION IN AMERICAN RETAIL BANKING: WHAT DRIVES IT? Robert J. Kauffiiian Leollard N.Stern School of Busivless New 'r'osk Universit,y Re\\. %sk, Net.\' York 10003 Mary Beth Tlieisen J,eorr;~rd n'. Stcr~iSchool of B~~sincss New \'orl; University New York, NY 10006 C'e~~terfor Rcseai.clt 011 Irlfor~i~ntion Systclns lnfoornlation Systen~sI)epar%ment 1,eojrarcl K.Stelm Sclrool of' Busir~ess New York ITuiversity Working Paper Series STERN IS-91-2 Center for Digital Economy Research Stem School of Business Working Paper IS-91-02 Center for Digital Economy Research Stem School of Business IVorking Paper IS-91-02 AUTOMATED TELLER MACHINE (ATM) NETWORK EVOLUTION IN AMERICAN RETAIL BANKING: WHAT DRIVES IT? ABSTRACT The organization of automated teller machine (ATM) and electronic banking services in the United States has undergone significant structural changes in the past two or three years that raise questions about the long term prospects for the retail banking industry, the nature of network competition, ATM service pricing, and what role ATMs will play in the development of an interstate banking system. In this paper we investigate ways that banks use ATM services and membership in ATM networks as strategic marketing tools. We also examine how the changes in the size, number, and ownership of ATM networks (from banks or groups of banks to independent operators) have impacted the structure of ATM deployment in the retail banking industry. Finally, we consider how movement toward market saturation is changing how the public values electronic banking services, and what this means for bankers. -
The Transaction Network in Japan's Interbank Money Markets
The Transaction Network in Japan’s Interbank Money Markets Kei Imakubo and Yutaka Soejima Interbank payment and settlement flows have changed substantially in the last decade. This paper applies social network analysis to settlement data from the Bank of Japan Financial Network System (BOJ-NET) to examine the structure of transactions in the interbank money market. We find that interbank payment flows have changed from a star-shaped network with money brokers mediating at the hub to a decentralized network with nu- merous other channels. We note that this decentralized network includes a core network composed of several financial subsectors, in which these core nodes serve as hubs for nodes in the peripheral sub-networks. This structure connects all nodes in the network within two to three steps of links. The network has a variegated structure, with some clusters of in- stitutions on the periphery, and some institutions having strong links with the core and others having weak links. The structure of the network is a critical determinant of systemic risk, because the mechanism in which liquidity shocks are propagated to the entire interbank market, or like- wise absorbed in the process of propagation, depends greatly on network topology. Shock simulation examines the propagation process using the settlement data. Keywords: Interbank market; Real-time gross settlement; Network; Small world; Core and periphery; Systemic risk JEL Classification: E58, G14, G21, L14 Kei Imakubo: Financial Systems and Bank Examination Department, Bank of Japan (E-mail: [email protected]) Yutaka Soejima: Payment and Settlement Systems Department, Bank of Japan (E-mail: [email protected]) Empirical work in this paper was prepared for the 2006 Financial System Report (Bank of Japan [2006]), when the Bank of Japan (BOJ) ended the quantitative easing policy. -
2021 Prime Time for Real-Time Report from ACI Worldwide And
March 2021 Prime Time For Real-Time Contents Welcome 3 Country Insights 8 Foreword by Jeremy Wilmot 3 North America 8 Introduction 3 Asia 12 Methodology 3 Europe 24 Middle East, Africa and South Asia 46 Global Real-Time Pacific 56 Payments Adoption 4 Latin America 60 Thematic Insights 5 Glossary 68 Request to Pay Couples Convenience with the Control that Consumers Demand 5 The Acquiring Outlook 5 The Impact of COVID-19 on Real-Time Payments 6 Payment Networks 6 Consumer Payments Modernization 7 2 Prime Time For Real-Time 2021 Welcome Foreword Spurred by a year of unprecedented disruption, 2020 saw real-time payments grow larger—in terms of both volumes and values—and faster than anyone could have anticipated. Changes to business models and consumer behavior, prompted by the COVID-19 pandemic, have compressed many years’ worth of transformation and digitization into the space of several months. More people and more businesses around the world have access to real-time payments in more forms than ever before. Real-time payments have been truly democratized, several years earlier than previously expected. Central infrastructures were already making swift For consumers, low-value real-time payments mean Regardless of whether real-time schemes are initially progress towards this goal before the pandemic immediate funds availability when sending and conceived to cater to consumer or business needs, intervened, having established and enhanced real- receiving money. For merchants or billers, it can mean the global picture is one in which heavily localized use time rails at record pace. But now, in response to instant confirmation, settlement finality and real-time cases are “the last mile” in the journey to successfully COVID’s unique challenges, the pace has increased information about the payment. -
The Topology of Interbank Payment Flows
Federal Reserve Bank of New York Staff Reports The Topology of Interbank Payment Flows Kimmo Soramäki Morten L. Bech Jeffrey Arnold Robert J. Glass Walter E. Beyeler Staff Report no. 243 March 2006 This paper presents preliminary findings and is being distributed to economists and other interested readers solely to stimulate discussion and elicit comments. The views expressed in the paper are those of the authors and are not necessarily reflective of views at the Federal Reserve Bank of New York or the Federal Reserve System. Any errors or omissions are the responsibility of the authors. The Topology of Interbank Payment Flows Kimmo Soramäki, Morten L. Bech, Jeffrey Arnold, Robert J. Glass, and Walter E. Beyeler Federal Reserve Bank of New York Staff Reports, no. 243 March 2006 JEL classification: E59, E58, G1 Abstract We explore the network topology of the interbank payments transferred between commercial banks over the Fedwire® Funds Service. We find that the network is compact despite low connectivity. The network includes a tightly connected core of money-center banks to which all other banks connect. The degree distribution is scale-free over a substantial range. We find that the properties of the network changed considerably in the immediate aftermath of the attacks of September 11, 2001. Key words: network, topology, interbank, payment, Fedwire, September 11, 2001 Soramäki: Helsinki University of Technology. Bech: Federal Reserve Bank of New York. Arnold: Federal Reserve Bank of New York. Glass: Sandia National Laboratories. Beyeler: Sandia National Laboratories. Address correspondence to Morten L. Bech (e-mail: [email protected]). -
Ann BRI Hal 000-034
A Sound Loan Portfolio Focusing on Micro, Small, Medium Enterprises (MSMEs) Year of 2006 is a test case for BRI when core business competency of a bank was put to a test. The impact of inflation which was above 16% has made purchasing power weaken and BI rate was still above two digits. High interest rate and inflation environment were not a promising condition for banking because of decrease in loan demand and increase in bad debt. However, the strategy focusing on MSME has Loan Growth been yielding a satisfactory result in prevailing % this adverse condition. Until in the end of 2006, BRI has extended loans amounted to Rp90.28 35.00 32.75 30.33 trillion, an increase of Rp14.74 trillion or 19.53% 30.00 31.03 24.91 24.34 21.67 of loan outstanding at the end year 2005 which 25.00 27.11 21.68 was Rp75.53 trillion. From total loans extension 20.00 20.89 19.53 19.36 17.40 18.72 21.11 15.00 in 2006, 86.71% of them or Rp78.28 trillion for 14.10 financing MSME sector. 10.00 2002 2003 2004 2005 2006 INDUSTRY BRI BRI’s MSMEs Loan Composition % 100.00 17.43 14.69 13.56 13.17 13.29 In MSMEs, the sector financed by BRI including 3.69 4.55 4.59 6.25 8.22 28.01 24.19 26.69 28.53 27.05 trading, hotel and restaurant; processing industry, agriculture, services and other including 50.00 23.06 24.18 23.53 21.90 21.22 consumer. -
E-Welcome Pack HSBC Premier
Welcome to the life of privilege with HSBC Premier Selamat datang Saatnya Memulai di HSBC Premier! Siapkan diri Anda untuk menikmati pengalaman perbankan istimewa dengan HSBC Premier. Melalui Welcome Pack ini, kami ingin memperkenalkan Anda kepada berbagai keistimewaan produk dan layanan yang dapat Untuk mendapatkan keistimewaan penuh dari HSBC Anda nikmati sebagai nasabah baru. Premier, segera aktifkan dan manfaatkan langkah-langkah di bawah ini dalam mendukung aktivitas Anda sehari-hari, bila Anda belum melakukannya. 1. Tingkatkan dana di rekening Anda 2. Aktifkan Kartu Debit HSBC Premier 3. Aktifkan Personal Internet Banking 4. Aktifkan Kartu Kredit HSBC Premier Mastercard 5. Buat janji temu dengan Relationship Manager 1. Tingkatkan dana 3. Aktifkan HSBC Personal di rekening Anda Internet Banking Dengan meningkatkan dana rekening HSBC Premier, Anda Atur rekening sesuai kebutuhan dengan cepat dan bisa mendapatkan berbagai keistimewaan HSBC Premier mudah, 24 jam, 7 hari dalam seminggu. yang disediakan khusus untuk mendukung Anda, di mana pun dan kapan pun, secara lebih optimal. Untuk mendaftar Internet Banking: 1. Kunjungi hsbc.co.id dan klik tombol ‘Log on’ di sudut kanan atas. 2. Aktifkan Kartu Debit HSBC 2. Klik “Register for Personal Internet Banking”, pilih kartu debit atau Phone Banking atau kartu kredit di Premier ‘Metode Pendaftaran' dan ketikkan nomor yang sesuai. 3. Buat username, kata sandi utama, dan kata sandi cadangan, serta dua buah pertanyaan keamanan berikut jawabannya. 4. Masukkan alamat e-mail Anda. Aktifkan Kartu Debit HSBC Premier Anda terlebih dahulu sebelum menggunakannya: 5. Anda bisa log on ke Internet Banking HSBC. 1. Untuk Kartu Debit GPN, masukkan kartu ke ATM HSBC, Bersama, atau Prima mana pun di Indonesia. -
Costs and Benefits of Building Faster Payment Systems: the U.K
No. 14-5 Costs and Benefits of Building Faster Payment Systems: The U.K. Experience and Implications for the United States Claire Greene, Marc Rysman, Scott Schuh, and Oz Shy Abstract: A number of countries have implemented faster payment services that allow consumers and businesses to rapidly transfer money between bank accounts. These services compete with slower, existing payment services. In 2008, the United Kingdom implemented its Faster Payments Service (FPS) at a cost of less than ₤200 million (.014 percent of U.K. GDP, or $307 million) spread over seven years, plus investment costs borne by each participating bank to connect to the FPS. This paper examines the economic cost-benefit analysis underlying the U.K. FPS investment decision and describes the subsequent diffusion and use of FPS through 2013. The paper also assesses the effects that FPS likely had on the rest of the U.K. payment system and highlights key unanswered questions for future research. Based on this U.K. experience, the paper describes implications for the U.S. payment system, which the Federal Reserve has proposed to make faster in recent policy announcements. Keywords: fast payments systems, cost-benefit analysis, account-to-account (A2A) transfers, person-to-person (P2P) payments JEL codes: G210 Claire Greene, Marc Rysman, Scott Schuh, and Oz Shy are members of the Consumer Payments Research Center in the research department of the Federal Reserve Bank of Boston. Claire Greene is a payments analyst. Marc Rysman is a visiting scholar and a professor of economics at Boston University. Scott Schuh is the director of the Center and a senior economist and policy advisor. -
Annual Report 2020 HK Electric Investments, Constituted in January 2014, Is a Fixed Single Investment Trust in Hong Kong Focusing Purely on the Energy Sector
% 70 2020 % 50 Generation Gas-fired FOR THE Annual Report ON TRACK ON % NEXT MILESTONE 30 HK Electric Investments and HK Electric Investments Limited Annual Report 2020 HK Electric Investments, constituted in January 2014, is a fixed single investment trust in Hong Kong focusing purely on the energy sector. Our Share Stapled Units, issued by the trust and HK Electric Investments Limited (collectively known as “HKEI”), are listed on the Main Board of the Hong Kong Stock Exchange. Our trust is structured to enable us to maintain a single-minded focus on delivering stable distributions to holders of our Share Stapled Units, while ensuring we have the potential for sustainable long-term growth. Our main operating company, HK Electric, is a power utility responsible for the generation, transmission, distribution and supply of electricity to more than 583,000 customers in Hong Kong. Powering the city’s economic growth since 1890 with affordable, safe and reliable electricity, HK Electric is increasing its gas-fired generation to help combat climate change and bring cleaner air to Hong Kong. We are committed to continuing HK Electric’s long tradition of community engagement and support for the underprivileged, and to remaining a positive and responsible member of the Hong Kong community. HK E lectri On Track for c In vestme nts and HK E the Next Milestone % lec 70 t ri c In vestme The journey towards low carbon is a significant one with a number of key nts Limit milestones in the years ahead. HKEI and our wholly owned subsidiary ed 50% Generation Gas-fired HK Electric are committed to this goal, with the mission of creating 30% cleaner air and a greener Hong Kong for current and future generations. -
The Remittance Market in India Opportunities, Challenges, and Policy Options
DIRECTIONS IN DEVELOPMENT Finance The Remittance Market in India Opportunities, Challenges, and Policy Options Gabi G. Afram The Remittance Market in India The Remittance Market in India Opportunities, Challenges, and Policy Options by Gabi G. Afram © 2012 International Bank for Reconstruction and Development / International Development Association or The World Bank 1818 H Street NW Washington DC 20433 Telephone: 202-473-1000 Internet: www.worldbank.org 1 2 3 4 14 13 12 11 This volume is a product of the staff of The World Bank with external contributions. The findings, interpretations, and conclusions expressed in this volume do not necessarily reflect the views of The World Bank, its Board of Executive Directors, or the governments they represent. The World Bank does not guarantee the accuracy of the data included in this work. The boundaries, colors, denominations, and other information shown on any map in this work do not imply any judgment on the part of The World Bank concerning the legal status of any territory or the endorsement or acceptance of such boundaries. Rights and Permissions The material in this work is subject to copyright. Because The World Bank encourages dis- semination of its knowledge, this work may be reproduced, in whole or in part, for noncom- mercial purposes as long as full attribution to the work is given. For permission to reproduce any part of this work for commercial purposes, please send a request with complete information to the Copyright Clearance Center Inc., 222 Rosewood Drive, Danvers, MA 01923, USA; telephone: 978-750-8400; fax: 978-750-4470; Internet: www.copyright.com. -
Liquidity Flows in Interbank Networks!
Liquidity Flows in Interbank Networks Fabio Castiglionesiy Mario Eboliz November 2012 Abstract In this paper we model interbank liquidity networks as ‡ow networks. The aim is to compare the ability of di¤erent network structures to cope with the liquidity risk faced by the banks. In particular, we analyze the e¢ ciency of three network structures –star-shaped, complete and incomplete – in transferring liquidity among banks. It turns out that the star-shaped interbank networks achieve the full coverage of liquidity risk with the smallest amount of interbank deposits held by each bank. This implies that star-shaped networks generate the minimum counterparty risk for the banks. Moreover, the star-shaped network is more resilient to systemic risk: the default of one or more banks is less likely to cause the default of the entire system in a star-shaped network than in a complete network. These results provides a rationale of the consistent empirical evidence that interbank network are sparse networks. JEL Classi…cation: D85, G21. Keywords: Interbank Network, Liquidity Coinsurance, Flow Networks. We thank Marco della Seta, Fabio Feriozzi, Ra¤aele Mosca, Wolf Wagner and seminar participants at the Financial Networks Conference 2011 (Geneva), Tilburg University and University of Pescara for helpful comments. The usual disclaimer applies. yCentER, EBC, Department of Finance, Tilburg University. E-mail: [email protected]. zUniversity of Pescara, Faculty of Economics. E-mail: [email protected]. 1 1 Introduction One of the main functions provided by banks is liquidity transformation. Banks are there- fore characterized by a maturity mismatch between long-term assets and short-term lia- bilities. -
Payment, Clearing and Settlement Systems in India
Payment, clearing and settlement systems in India CPSS – Red Book – 2011 145 India Contents List of abbreviations..............................................................................................................151 Introduction...........................................................................................................................153 1. Institutional aspects.....................................................................................................154 1.1 The institutional framework ................................................................................154 1.1.1 Regulatory institutions...............................................................................154 1.1.2 Legal framework .......................................................................................156 1.2 The role of the central bank ...............................................................................158 1.2.1 Note issuance ...........................................................................................158 1.2.2 Payment and settlement services.............................................................158 1.2.3 Oversight...................................................................................................162 1.2.4 Cooperation with other institutions............................................................163 1.3 The role of other private and public sector bodies .............................................164 1.3.1 The Indian Banks’ Association..................................................................165