Catalyzing the New Mobility in Cities A Primer on Innovative Business and Service Models

B. de la Peña and R. Albright

with support from Authors

Benjamin de la Peña is associate director for urban development at the Rockefeller Foundation, where he works on issues related to cities, informal settlements, transportation, information technology, and urban science and policy. Benjamin has a Master’s in Urban Planning from the Harvard Graduate School of Design and a B.A. in Communications (Journalism) from the University of the . He currently lives in Brooklyn with his wife and his two children and is on twitter @benjiedlp.

Robert Albright is a senior consultant at FSG, where he works on social impact strategy and evaluation projects with corporations, nonprofits, foundations, and public sector clients. Robert has an MBA from Northwestern University’s Kellogg School of Management and a B.A. in Journalism & Mass Communica- tion from the University of North Carolina at Chapel Hill. He currently lives in Boston with his wife. Robert can be reached at [email protected].

Image and Illustration Credits: Cover Images provided by Still Life Projects. designed by Stephen James Kennedy from The Noun Project. designed by Stephen James Kennedy from The Noun Project. Auto Rickshaw designed by Ayesha Rana from The Noun Project. designed by Roman J. Sokolov from The Noun Project. Bus designed by Reinaldo Weber from The Noun Project. Catalyzing the New Mobility in Cities A Primer on Innovative Business and Service Models

B. de la Peña and R. Albright

Introduction

The Rockefeller Foundation marks its 100th year 1. What new business or service models are in 2013. The Foundation’s mission, unchanged emerging in the public transportation sector in since 1913, is to promote the well-being of mankind cities in the developing world that benefit (or can throughout the world. Throughout its 100-year benefit) the poor and vulnerable? history, the Foundation has supported the ingenuity 2. What are the market barriers to and enablers of of innovative thinkers and actors by providing the implementing these business models? resources, networks, convening power, and tech- 3. What are the policy barriers to and enablers of nologies to move innovation from idea to impact. implementing these business models? It supports work that expands opportunity and 4. How can these models be scaled within cities and strengthens resilience to social, economic, health, replicated across cities? and environmental challenges. 5. How are cities integrating new and existing modes of transit that are beneficial to the urban poor? The Rockefeller Foundation seeks to achieve its Over the course of 2012, the Foundation worked with mission through work aimed at meeting four equally its partners and grantees to answer those questions. important goals: Revalue Ecosystems, Advance The Foundation funded work in the Ateneo School Health, Secure Livelihoods, and Transform Cities. of Government in the Philippines; Chulalongkorn In 2011, the Rockefeller Foundation started an University in ; EMBARQ and Intellecap exploration (or a “Search”) of emerging innovations in ; the University of Nairobi’s School of in the transportation sectors of cities in the devel- Computing and Informatics in Kenya; Columbia oping world. Entitled “Catalyzing the New Mobility University’s Center for Sustainable Urban Develop- in Cities,” the exploratory effort focused on identi- ment in New York; and the University of Michigan’s fying innovative business and service models that SMART Initiative. were beneficial to the urban poor, both as users and This primer offers a partial summary of the find- providers of urban transportation. The Search inves- ings related to the first question, focusing on the tigated the following questions: emerging innovative business and service models.

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 1 New Mobility and the Urban Poor

The growth of cities in the global south is driving and shared services by reducing road space demand for better urban transportation. In India and often segregating them into slower moving lanes alone, total passenger trips in 87 major urban centers or side roads to free up space for private vehicles. As is expected to more than double between 2007 and a result, public transit users spend more time in their 2031, rising from around 229 million to 482 million daily commute than those who can afford private per day. Responding to the demand and growing transport. traffic congestion, many fast-growing cities in India Many cities also lack adequate infrastructure for and elsewhere are investing heavily in transporta- pedestrians. What passes for investments in pedes- tion infrastructure. Unfortunately, the needs of trian infrastructure often includes overhead bridges low-income households are often overlooked in the that facilitate vehicular traffic but burden the pedes- selection, design, and service decisions related to trian with indirect and longer routes. The urban poor these investments. depend heavily on walking, biking, and especially public transportation for employment, mobility, and Modal Shares of Low Income Commuters in Three Sample Cities access to services; they are thus more vulnerable to (Intellecap, 2012) inefficiencies and shortcomings in transportation systems. According to the World Bank, urban public 2.5% transportation systems disproportionately disadvan- tage the urban poor and vulnerable, especially in the

13% 23% 14% 50% 30.6% developing world. Meanwhile, new mass transit systems, built at high costs and with sovereign guarantees and direct subsi- 36% dies, must charge higher than the poor are able to 66.9% 64% pay. For example, median per capita monthly income in is US$104, yet 77% of the commuters who use the metro make more than US$378 per month DELHI (2010-2011 figures).1 New mass transit infrastruc- ture also often results in the removal or severing Walking/Cycling Public Transportation Other Modes of existing public transportation networks that disproportionally employ the urban poor as drivers Cities are building or expanding urban trans- or providers. portation infrastructure, that are often already exclusionary and biased in favor of private-use A sizable proportion of the urban poor earn their vehicles and against pedestrians and shared trans- livelihoods in the informal or para-transit sector. . On a per capita basis, receives Intellecap’s survey of urban transportation in ten a smaller share of the investment pie than roads and cities in Africa, South Asia, and Southeast Asia highways. Traffic engineering, which is committed showed that between 7 and 20% of households in to moving vehicular traffic, treats shared transpor- the urban population—the majority of them poor— tation services (, jitneys, etc.) as nuisances to worked in that sector. smoother traffic flow. For example, buses must stop Informal transit provides low barriers to making a at various intervals to drop off and pick up passen- living, requiring little by way of skills. Most migrants gers, a reality often viewed as a traffic management start out as rickshaw pullers or ojek drivers. While problem. Policy decisions solely based on traffic entering the sector is easy, the defining features of engineering considerations usually penalize public informal transport workers include the following:

1 Dwivedi, S.P. (2011). Impact of Metro on Mobility Patterns of Metropolitan City, Case Study: Delhi (Post graduate thesis). School of Planning and Architecture, New Delhi, India

2 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models • Many are among the poorest of the poor. in new and upgraded infrastructure. A recent • Their working and living conditions fall at the McKinsey report calculates that Asia countries alone survivalist end of the spectrum. will commit $2.5 trillion to transport infrastructure • They are excluded in law and/or practice from projects over the next decade to remedy historical labor and social protection. under-investment and accommodate the explosion in • They lack representation and voice and are unor- demand for safe, sustainable transportation. A global ganized or ineffectively organized. coalition of advocates for Sustainable Transporta- • They endure job insecurity, low and fragile tion (led by groups such as SloCAT, EMBARQ, ITDP, incomes, harassment and corruption, poor (and and the Partnership for Clean Air) have succeeded often dangerous) working conditions, and no in developing and scaling transport solutions that access to training.2 prioritize moving people over moving vehicles. They are also successfully capturing mindshare, anchoring Informal transit does create the potential for some the need for sustainable transportation to global economic mobility, usually when drivers become development and climate change mitigation agendas. owners of their vehicles. However, the process can be economically onerous. In countries and cities At the Rio +20 in June 2012, the eight largest multi- without active financing programs that target the lateral development banks (including the World sector, would-be owners are prey to loan Bank and the Asian Development Bank) committed sharks and suffer exorbitant black market lending $175 billion over the next decade to support sustain- rates. Some nominal owners effectively become able transportation. The United Nations has also indentured servants to criminal lenders. Moreover, increasingly emphasized mobility by making owner-drivers do not escape the dangerous working sustainable transport a critical part of the Secretary conditions on the road or harassment from corrupt General’s Action Agenda for Sustainable Develop- authorities. ment Goals (the successor to the MDGs.)

The costs of exclusionary public transportation While sustainable transportation gains increased systems to the poor extend beyond lost time and high traction, much less attention falls on issues of inclu- ; the system also affects poor people’s ability to sion in the sector. The dominant analytical frames access livelihoods and services. Moreover, transpor- largely privilege environmental sustainability and tation infrastructure and policies directly influence the reduction of greenhouse gasses. The popular the health and safety of vulnerable populations. Avoid-Shift-Improve (ASI) paradigm for evaluating Nearly 1.3 million people die and 20 to 50 million transportation plans does benefit the urban poor by people sustain injuries in urban road accidents each prioritizing pedestrian and bike facilities. Yet, ASI year; 70% of these deaths occur in developing coun- focuses on modal shifts away from private use tries and generate a direct economic cost of 1% to 2% and puts no premium on the livelihoods of informal of worldwide GDP. A majority of such victims are transit workers. 3 poor pedestrians and bicyclists, mostly between 15 and 29 years old. Such accidents can be economically catastrophic for families who lose a breadwinner Emerging Opportunities or have to tend to and cover the medical costs of an injured family member. As advocates of sustainable transportation work to change urban transportation policy, innovative business and service models are also working to Changing Paradigms improve urban transportation by making it more efficient, dependable, and sustainable. These models, Cities are re-thinking their approaches to transporta- collectively referred to as the emerging New Mobility tion and planning to make substantial investments sector, disrupt the established transportation

2 WIEGO’s report on Informal Transportation Workers. Available online via www.wiego.org. 3 A document released by SloCAT in January 2013 entitled “Alleviating Poverty through Sustainable Transport and its relevance for the post 2015 Global Development Agenda” made no mention of workers in the sector or their condition.

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 3 systems in more developed cities by taking advantage rebranding themselves as transportation companies. of information technology, the ubiquity of mobile Enter New Mobility, where innovations and opportu- phones, cellular networks, and GPS and internet nities go beyond the sectoral bounds of the traditional infrastructure. Services such as bike share, ZipCar®, transportation industry. This industry is being Waize®, Hopstop®, and ® reduce consumption accelerated by the emergence of new fuel and vehicle and reconfigure the relationship between modes, technologies, new information technologies, flexible users, and providers of transportation. and differentiated transportation modes, services, and products, innovative land use and urban design, and As Susan Zielinski of the University of Michigan’s new business models.” (Zielinski, 2006) SMART Initiative puts it: “Transportation is at a crossroads. In response to rapid urbanization, shifting This innovative industry sector provides a key demographics, and other pressing social, economic, opportunity to leverage massive investments in and environmental factors, cities and regions are transportation infrastructure to benefit the poor and shifting investment dollars from single mode infra- vulnerable and to build more inclusive cities and structure to multi-mode, multi-service, IT-enabled more resilient communities. door-to-door systems, and car companies are

Prerequisite Elements for Inclusive Mobility

Innovations in transportation and mobility hold walk or bike and thus benefit greatly from these promise, but their effectiveness in building inclusive facilities. cities is limited unless certain prerequisite elements Acknowledging the Role of Informal Transit: are met. Cities that want more inclusive transporta- Informal transit modes have become ubiquitous in tion must pursue policies that prioritize pedestrians cities in the developing world, mostly in response and non-motorized transit, acknowledge the role of to the lack of public transit (or the withdrawal or informal transit, integrate transportation and land lack of public investment in transit). Following those use, commit to transparency and open information, models, small buses, jitneys, pedal-powered and and practice participatory planning (predicated on motorized three-wheelers, and used for an engaged civil society). Cities also need well- public transit around the world have emerged to fill informed decision makers and must provide financial very similar niches in various metropolitan regions. resources. These privately provided transport services are “ The most critical needs are good public often loosely or inefficiently regulated. Most city transportation agencies tolerate informal transit as transport services and easy access to them provisional, necessary nuisances and rarely provide through good sidewalks, etc.” any affordances in infrastructure or policy. Plans for mass transit rarely propose the integration of – o. p. agarwal, the world bank informal transit services and often assume they will be eliminated. Providers are ill-trained (if trained at Prioritizing Pedestrians and Non-motorized all) and often subject to extortion and corruption. Transport: The most immediate and visible mani- festation of prioritizing people over is a city’s Despite the seeming chaos, the highly distributed investment in sidewalks and pedestrian paths. nature of informal transit can easily fulfill the five Dedicating road space for bikes, in well-marked or core characteristics of resilient systems: separated lanes, creates safer conditions for bikers • Flexibility – The ability to adopt alternative and consequently encourages more people to shift. strategies, especially when changing circum- As noted above, the urban poor are more likely to stances preclude returning to previous modes of operation.

4 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models • Redundancy – Spare capacity to accommodate exists as common knowledge among local residents increasing demand or extreme pressure. Redun- who are familiar with the workings of the transpor- dancy also concerns diversity and the ability tation system. The availability of open platforms to adopt alternative pathways and a variety of (such as Open Street Maps) creates the possi- options. bility of capturing this local knowledge, making it • Resourcefulness – The capacity to identify and more legible and providing automated or assisted act on problems, to establish priorities, and to guidance. mobilize resources and assets to achieve goals. • Safe Failure – The capacity of resilient network infrastructures to absorb shocks and cumulative “ Information technology is a huge innovation. effects of slow-onset challenges so as to avoid It gives the urban poor access to better catastrophic failure if thresholds are exceeded. Resilient systems have built-in mechanisms that information about services and options with prevent failures from rippling across the whole real-time information. Also, IT will be important network. • Responsiveness – The ability to re-organize to give them options to not have to move.” and re-establish function and a sense of order – judith pollock, shell foundation following a failure. • Learning – The ability to use direct experience The emerging technologies that are reinventing to self-organize, even if that experience includes transportation in the developed world are anchored elements of failure. to the availability of reliable information such as accurate digital maps, digitized route data (time and Integrating Transportation and Land Use: frequency of transit), and user data. Transportation Urban transportation infrastructure affects not only data that adheres to open standards and open-data mobility but also the value and utility of adjacent formats creates a platform for building applications land. Land that becomes more accessible becomes (such as algorithms that choose the optimal routes) more valuable. Cities can capture the value created and services and for delivering just-in-time informa- by the infrastructure either directly (with instru- tion to users and transit providers. ments such as tax increment financing) or indirectly by increasing allowed densities and mixing land uses. Readily available data and analysis also facilitate This is particularly true of mass transit infrastruc- better policy formulation. Transparent decision- ture. The increased density brings more potential making, based on reliable information and sound users to the mass transit (potentially increasing analysis, also improves the acceptance of policies and ridership and box receipts). ensures better selection of investments.

The separation of functional uses or use-zoning in Participatory Planning: Cities that enact partici- planning increases the demand for mobility and patory mechanisms increase the likelihood that transportation. Cities that integrate and mix land transportation investments will benefit larger uses, allowing institutional, commercial, residential, segments of the population. Such planning ensures and even small-scale manufacturing uses to co-exist that infrastructure and service design will be within walking distance are able to reduce the optimized to the needs of communities, not just of number of non-walking trips within their city, there- car owners. It also reduces the risks of unintended fore reducing the demand for longer range mobility. consequences that could exacerbate exclusion.

Open Information: The utility of transportation Civil Society: Participatory transportation plan- systems correlates directly with the availability of ning will not succeed unless NGOs and other citizen information that helps the user to decide which groups engage the planning and decision-making route or mode to take. In most cities in the devel- process and can advocate for issues of inclusion and oping world, this knowledge is rarely codified but sustainability.

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 5 Well-informed decision makers: Elected and urban growth. Transportation investments geared appointed public officials, at all levels of government purely to relieving traffic congestion will fail to and at all stages of the policy and decision-making build sustainable and more inclusive communities. process, must be aware of the costs and conse- The commitment should not only show in large- quences of exclusionary urban transportation scale items (such as new rail or bus systems. In many cities, the existence of “champions” systems), but also in the expansion and upkeep of for sustainable and inclusive transportation in the pedestrian and bicycle networks. National and local public sector (with support from citizens and civil governments should be willing to encourage entre- society) leads to significant shifts in public policy. preneurship in the informal transportation sector by providing accessible financing. They should also Cities that are considered models of inclusive consider targeted subsidies for low-income mass mobility, such as Bogotá, Colombia and Curitiba, transit users to democratize the benefits of public Brazil, have one important element in common: investments and to make sure that the mass transit local government officials who support programs facilitates economic mobility. to advance the mobility of the urban poor. These advances are frequently driven by forward-looking The ingredients above are necessary for inclusive mayors who appoint administrators who prioritize mobility to become policy and to provide fertile the improvement of transportation alternatives for ground for innovations that improve access, afford- the poor. ability, and reliability of mobility options that cater to the poor. Financial Resources: Cities must be willing to invest in transportation infrastructure, not just to address current problems but also to provision for future

Example: NUTP and Rasta Recycle In 2006, the government of India approved the country’s first National Urban Transport Policy (NUTP). The policy is part of the massive Jawaharlal Nehru National Urban Renewal Mission (JNNURM), a seven-year, US$20 billion city-modernization scheme launched by the Government of India under the Ministry of Urban Development (MoUD). NUTP was designed to encourage integrated land use and transport planning in cities by providing central funds for state and city governments. It focused on increasing the availability and use of public transport and non-motorized modes in Indian cities. The NUTP came about largely through the facilitation of groups like EMBARQ India and other advocates for sustainable urban transport. As part of the NUTP, the MoUD works with cities to launch and sustain public bicycling (bike share) systems across India. In some cities in India, bike trips account for as much as 20% of all trips. To support bike share systems, cities would need to create safe bicycle infrastructure that would benefit all bikers, including the poor. MoUD initiated the Public Bicycle Scheme project in June 2011 and plans to support five pilot sites in 2013 and seven additional sites in 2014. Aware of the lack of capacity and knowledge among city agencies, EMBARQ launched a program called “Rasta Recycle” (Hindi for “recycle the road”) to assist MoUD and the pilot cities. EMBARQ created guidance documents on financing and model concession agreements and are actively helping select cities to roll out the pilots.

6 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models Innovation

The Foundation sees innovation as a break from The Foundation’s exploration in this space previous practice. This occurs when different points uncovered a rapid growth of innovations in the trans- of view or existing elements are framed, imag- portation sector in cities in the developing world. ined, or combined in new ways. In the context of The research did not explicitly seek to identify the the Foundation’s work, innovations succeed when cause or causes for these innovations; rather, it they challenge assumptions and change the status considered how these innovations could possibly quo, resulting in positive and lasting change in the affect the poor and vulnerable in a positive way. This systems that affect poor and vulnerable populations. report lists some hallmark examples of emerging innovations in business and service models.

The Informal Transportation Value Chain

VEHICLE VEHICLE ROUTE/ DRIVER PASSENGER FARE MANUFACTURE OWNER TERRITORY

Purpose Built Operator Salaried Contract Carriage Hailing Pre-Set Modified/Adapted Driver Operator Renter Defined Routes Queues Negotiated

The value chain in informal transportation is Slight variations may exist, depending on the type relatively simple with similar arrangements and of vehicle, how many passengers it can carry, and variations: Purpose built or modified vehicles are the level of regulation the government applies to bought by owners who then rent them to drivers to the particular service. The diagram on the next run routes or territories (which can be purchased page shows the gradations of regulatory control and as a franchise or through registration). Passengers enforcement across public transportation modes. board the vehicles either through designated queues The innovations we outline in this primer are repre- or by hailing them on the street. If the vehicle is a sentative of the new approaches that entrepreneurs “contract carriage,” the passenger and the driver are applying to the value chain. They are flourishing will negotiate the fare based on some accepted base organically as local entrepreneurs recognize the rate plus an additional charge per unit of distance. business opportunities of improving paratransit In shared carriages, the fare is a uniform rate with services to meet the large and growing demand for graduated increases per unit of distance. mobility. Some promising models are new and just All income is derived from the fare and the proceeds emerging to meet the needs of the drivers living in go to the driver (sometimes through a conductor/ relative poverty or of poor urban passengers. Others fare collector) to pay the rent for the vehicle (which are adaptions of approaches that are emerging in the goes to the operator). Whatever is left over after United States and Europe; others are innovations paying the rent constitutes the driver’s and the that have been evolving and improving slowly for conductor’s income for the day. years, but have been recently accelerated by IT and

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 7 cell phones. Most are started by social entrepreneurs • More efficient routing whose primary mission is to improve the incomes • More reliable and predictable service and working conditions of the urban poor. These • Transparent (and often reduced) fare rates models affect the triple-bottom line of economy, • Economies of scale environment, and equity and are accruing better • Better income distribution value for operators, drivers, and passengers. • Opportunities for ownership • Bypassing corruption Some of the benefits these innovations bring to the • Improved safety system are: • Better work conditions • Improved work benefits

Formality and Informality vs. Regulation and Enforcement in Public Transportation (Intellecap 2012)

INFORMAL MODES FORMAL MODES Demand Responsive Feeder/Primary Modes High Capacity Primary Modes t Public Owned and Operated Management Light & Heavy Contracting Rail, Metros & BRT & Proto BRT Subways Privatization with Regulation Route Bus Franchising Franchising Quantity Matatus Licensing Jeepnes Fare and Quality Auto Regulations Danfos, Tro tros Trishaws Open Market Shared Autos increasing Ease of Enforcemen Examples: Pedicabs Cycle Rickshaws Motodubs

increasing Level Of Regulation

8 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models Examples of Innovative Business and Service Models

Rickshaw Bank of Guwahati (Guwahati, Assam, India)

vehicle vehicle driver route/ passenger manufacturere owner territory fare

Purpose Built Lease to Own Driver Operator Contract Carriage Hailing Pre-Set

Driver Owner Service Branding Defined Routes Queues Negotiated

The Rickshaw Bank’s (RB) innovations are in vehicle rickshaw. The puller typically takes home less than technology and vehicle ownership. RB marries a half of what he pays in rent. (In 2005, the World lighter, purpose-built bike with a lease-to-own Bank defined extreme poverty as living on less than system that makes it easier for drivers (also known US$1.25 a day.) as “pullers”) to own and operate their own cycle The Rickshaw Bank (RB) was founded by Pradip rickshaws. With help from the Indian Institute of Kumar Sarmah, a veterinarian in the city of Assam, Technology, RB developed the “Deep Bahan,” a and is now the flagship project of the Centre for lighter that provides better weather Rural Development. By 2010, RB had helped more protection for the puller and passengers. The than 4,500 pullers own their rickshaws, it is rapidly rickshaws weigh about 18 kg less than the 100 kg expanding its reach to other areas in India. conventional rickshaws. The panels on the back of each vehicle also augment the driver’s income by providing space for advertising.

RB’s rental-ownership model leases rickshaws at a daily rate of Rs. 25 and then transfers the owner- ship to the puller after 18 months. Taking a cue from the , RB requires the pullers to join a rickshaw garage. Each garage has five groups, and each group has five drivers who take a loan for the rickshaw. The garage manages their savings, repairs the rickshaws, and collects the rent daily. The garage also provides the pullers with a uniform, shoes, licenses, a photo identity card, and related training— all as part of Deep Bahan’s branding to set it apart from other services and to signal trust and reliability.

Part of the loan payments go to providing insur- ance that covers the rickshaw for Rs. 9,000 against damage or theft, provides third party insurance of Rs. Pradip Kumar Sarmah, the founder of Rickshaw Bank, 10,000 for the passengers, and covers the driver for driving one of RB’s light rickshaws. Rs. 50,000 against injury or death. (Image by fo assam from Guwahati Run and Walk.)

There are some 8 million rickshaw pullers (drivers) in India, yet less than 10% own their rickshaws. The rest rent their vehicles from a private owner, paying as much as Rs. 40 per day ($0.75) to use the

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 9 Fazilka EcoCabs (Fazilka, Punjab, India)

vehicle vehicle driver route/ passenger manufacturere owner territory fare

Purpose Built Operator Member Services Contract Carriage E-Hailing Pre-Set

Modified/Adapted Driver Operator Renter Service Zones Call Service + No Negotiation Queues

Fazilka EcoCabs’ primary innovations fall on both EcoCabs also created a unique interface between the the passenger side and the driver side of the value rickshaw queues and the call service. It enlists the chain. The innovations not only improve the service, chai wallah (the person selling tea on the sidewalk but they also bring order to the otherwise chaotic next to the queue) as dispatcher. The chai wallah system of cycle rickshaw service. receives the call or message from the service center, dispatches the next rickshaw in the queue, and relays A chai wallah fields a the relevant information back to the call center. call at an EcoCabs cycle rickshaw queue On the driver’s side, EcoCabs runs a membership (Image courtesy of Fazilka model with incentives. Pullers who sign up for the EcoCabs) service receive benefits such as free or subsidized health insurance, free medical consultation and lab testing, discounted medicine pricing, legal aid, access to computer literacy training, and an indoor waiting area with entertainment in between service calls. Beyond the driver-specific benefits, EcoCabs also provides benefits to the families of drivers, such as school supplies for their children and education scholarships for girls. EcoCabs has also developed lighter models of cycle rickshaws with designs that EcoCabs provides customers with a convenient call- allow the back seats to fold down to give the pullers a or-text-for-a-cycle rickshaw service layer that fields place to stretch out and rest. Approximately three- requests to the nearest rickshaw queue. Would-be fourths of EcoCabs drivers own a rickshaw, a higher passengers are spared the extra walk to the nearest rate of ownership compared to other rickshaw queue or from having to wait operations. at the sidewalk for a passing, EcoCabs’ system has not only improved response empty cycle rickshaw. The times for passengers, but it has also increased profit- call services provide the ability for drivers by 20% to 25% per day. passenger with the estimated time of arrival and the correct EcoCabs continues to expand and innovate. Starting fare, increasing service reli- in 2008 with 100 cycle rickshaws and 5 call centers, ability and predictability. The the service now has a network of 9 call centers in call center also provides the Fazilka and 300 rickshaw providers in Fazilka as name of the puller, adding a members (out of a total of 450). Ecocabs has rolled measure of safety and trust. out a smartphone app to facilitate bookings and is expanding to at least 22 other cities across India.

Mobile interface of EcoCabs’ Android App

10 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models Nirmal Foundation’s G-Auto (Ahmedabad, , India)

vehicle manufacturere vehicle driver route/ passenger owner territory fare

GPS Tracking Operator Driver Training Corporate Services Call Center Clear Rates

Driver Operator Cell Phones Real-time Displays E-Dispatch Pre-Set

The innovations from Nirmal Foundation’s G-Auto the passengers as well as ad space on the vehicle. program are mainly on the passenger service side (G-Auto facilitates the contracting.) of the value chain; they focus on service delivery At the fleet level, G-Auto negotiates corporate improvements to make auto-rickshaws more profes- service contracts with private companies, providing sional, reliable, and trustworthy. Like EcoCabs, auto-rickshaw service on demand. G-Auto is also the G-Auto provides a 24-hour reservation and dispatch first dial-a-rickshaw service allowed to operate in call-center service for its customers. The call center the . acts as the “middle-ware” in the system, facilitating the transaction between passengers and auto- rickshaw drivers, including a dedicated complaints and suggestions line. The call service makes the fare transparent (ordinarily, passengers must haggle with drivers) and increases safety for passengers by eliminating the need to wait on the curb. (This is especially critical during off hours.)

The G-Auto member rickshaw provides perks to passengers, such as free newspapers and magazines, free cellphone charging, and a city map. Drivers must also keep their rickshaws clean and spotless.

G-Auto works through a driver membership program. Members receive benefits that include health insurance (cash free treatment up to Rs. G-Auto now claims some 10,000 driver-members Interior of a G-Auto 50,000); life insurance up to Rs. 200,000; a pension in Ahmedabad, Gandhinagar, and Vadodara. The member auto-rickshaw plan; access to banking services; a credit facility; and company has seen sustained growth over the past showing the free read- educational allowances for their children. G-Auto ing materials three years and plans to scale up and integrate with also provides training, especially in etiquette and formal transit systems, such as buses and railways, (Image courtesy of G-Auto.) how to courteously engage passengers. (G-Auto has by installing the auto-rickshaws with GPS-enabled also secured a partnership with the Gujarat state services and providing real-time information on the tourism department to train and promote auto-rick- nearest bus stops and approaching buses. shaw drivers as tourist guides.) More information: www.g-auto.org Apart from the benefits, the service has also improved the livelihoods of the drivers by reducing Other auto-rickshaw call center services have also idling time and allowing them more predictable emerged in India, including AyAuto in , Ricksha- incomes. The drivers may also augment their wale.com in Mumbai, and EasyAuto in . income by selling publications and refreshments to

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 11 MatNavi (Nairobi, Kenya)

vehicle manufacturere vehicle driver route/ passenger owner territory fare

Purpose Built Operator Traffic Route Virtual Guide Pre-Set Information Information Modified/Adapted Driver Operator Negotiated

The innovations of MatNavi (Matatu Navigation MatNavi takes cell phone data (volunteered through System) focus on using cell phone and GPS data SMS or smartphone apps) and uses traffic flow to bring better information to matatu drivers and modeling and simulation to inform matatu passen- passengers. Matatus4 are privately-owned minibus gers of nearby routes and their destinations. It also shared-taxis that ply intra- and inter-city routes in informs drivers of traffic congestion, warning them Kenya. Until recently, matatus and city buses were to take alternate routes. Using a smartphone app, the only form of public transportation in Nairobi. MatNavi users can view an entire route’s informa- The city belatedly enacted regulations that are tion in a menu and can choose a particular route to intermittently enforced. There are prescribed routes, view the approximate time and cost of each peak and but the system is often confusing, except to regular off-peak hour of the day. The application locates a riders. The route numbers, covering both buses and vehicle, checks its speed and traffic flow, and informs matatus, start from #1 (a bus that goes from GPO to the commuter of the wait time. Ngong Road, Dagoretti Corner) to #237 (a matatu More information: www.matnavi.co.ke from Kencom to Thika). The numbering system skips frequently—237 is preceded by 145 and 137. MatNavi MatNavi is not the only player in the emerging trans- attempts to bring legibility to the system by serving portation information market in Nairobi. Matatu as a virtual guide and providing route information to Online provides a similar service, while Jambonairobi drivers and commuters. provides stylized system maps.

Hangzhou Omnipay Card (Hangzhou, China)

vehicle manufacturere vehicle driver route/ passenger owner territory fare

Purpose Built Operator Salaried Route Integration System Access Single Pay Card Systemste Modified/Adapted Driver Operator System Integration Incentives

Hangzhou Omnipay Card’s primary innovation is metro, bus, bike share, and car share services. The the creation of an integrated payment system where card makes navigating the city’s public transport the passenger needs only one card to access multiple system (including the fractional use services) seam- transit options in the city. Omnipay card holders can less to the commuter. use the rechargeable value card to pay for the city’s

4 The term “matatu” is a Swahili colloquialism. One explanation for the origin of the word is that matatu minibuses used to cost three pennies to ride. The bus conductor would call out “mapenny matuatu,” meaning “three pennies” in Kiswahili. This was shortened to “matatu” and name remained, despite eventual increases in fares. The form of the vehicle and the shared taxi service has become ubiquitous in large African cities. The system is also known as matatu in Kinshasha, but is called dala dala in Dar Es Salaam; tro tro in Accra and Freetown; danfo in Lagos; and simply minibuses in , Johannesburg, Addis Ababa, and Cairo.

12 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models Omnipay also provides incentives for users, including a free first hour rental for the bike share. Users also receive an additional 30 minutes of free bicycle rental time when they use the card to connect to or from the bus or metro, as well as credits on the car share service. These incentives prove particularly beneficial to low income households.

Omnipay is expanding its system to other cities in China.

More information: www.omnipay.cn/english.html

One of Hangzhou’s public bicycle rental system stations

(Image by bricoleurbanism)

Viira Cabs (Mumbai, India)

vehicle vehicle driver route/ passenger manufacturere owner territory fare

CNG Vehicles Mission Driven Women Drivers Call Center Women Pre-Set Passengers Training Safety

Viira Cabs’ primary innovation is to provide a Maruti EEECO mini-vans that run on compressed service where women drivers serve only women natural gas [CNG].) customers. The unique service promises safety On the employment side, Viira provides opportuni- for women passengers 24 hours a day. Viira also ties for low-income women to become drivers and provides a new livelihood opportunity for women in earn a living wage. Women who have no previous a field historically only open to men. skills can complete Viira’s 3-month training program For passengers, Viira guarantees an affordable, to become proficient taxi drivers. The training reliable service that uses clean, well-kept, and air- includes 155 hours of driving practice in addition conditioned vehicles. (Viira uses a fleet of 5 to 7 seat to classes on traffic signs, simple auto repair skills,

Viira Cab’s women drivers and its fleet of CNG mini-vans

(Image from Viira Cabs’ Facebook Page)

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 13 customer relations, etiquette, grooming, and even Viira, which means “courageous woman,” was martial arts. Recognizing the potential danger to the founded by Revathi Roy, a rally car driver turned female providers, the drivers receive training in self- entrepreneur. Roy plans to expand the service defense and defensive driving, batons and pepper particularly to smaller cities where even fewer sprays, and a GPS system in the cabs equipped with opportunities exist for women from low-income panic alerts. Viira’s motor training school also sends households. graduates to serve in other companies (such as hotel More information: www.viiracabs.com services).

Caronetas Caronas Inteligentes (Rio de Janeiro, Brazil)

driver’s driver/ passenger car pool passenger’s employer vehicle ownerer contributionn employer

Vetting Matching Matching Virtual Currency Vetting Easy Payment Easy Payment

The primary innovation of Caronetas Caronas Inteli- reducing concerns about safety of carpooling with gentes deals with informal car pool services in Brazil. other unknown passengers. The email certification Caronetas created a virtual currency that allows allows people to ride-share within one company or passengers to participate in car pool services without across multiple companies that have been vetted the need for exchanging (or carrying) cash. Caron- and authorized employees to participate. More than etas also increases the trust level in the system by 900 businesses in Brazil registered for the virtual allowing only individuals with valid corporate email currency carpooling service during Caronetas’ addresses to join the system. The virtual currency first year of operation. Based on the model’s initial can also be used in stores and shops. success, Caronetas now plans to expand operations to Mexico and the United States. Caronetas sells the service to Brazilian companies. Companies that opt in must authenticate their More information: http://caronetas.com.br employees’ email addresses to use the service, (Portuguese website)

Bicycle Empowerment Centers (Windhoek, Namibia)

vehicle vehicle vehicle distributionn ownership repair

All-in-One Easy Terms All-in-One Centers Centers

The Bicycle Empowerment Network’s (BEN) bicycle workshops called Bicycle Empowerment primary innovation was a scalable and sustainable Centers (BEC). Each shipping container can carry distribution and service model. BEN distributes bicy- up to 350 second-hand (donated) bicycles, spare cles using 40-foot shipping containers that deliver parts, and tools. BEN Namibia provides training and the bikes but also remain in place as community

14 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models A Bicycling Empowerment Center (BEC) in Okathitu, Namibia.

(Image by Aaron Wieler)

support to entrepreneurs who manage the BEC as BEN launched in 2006 and has since deployed 28 well as training and employment for bike mechanics. BECs (employing close to one hundred people, more than half of whom are women) and sold 23,000 While the BEC model does require bike dona- bicycles. BEN is expanding the model to Kenya and tions on the front end, income from bicycle sales Zambia. and servicing covers the cost of wages and inven- tory, ensuring sustainable operations. The program More information: www.benbikes.org.za/namibia provides entrepreneurship and livelihood opportuni- ties but also makes bicycling a more affordable and appealing option for the poor.

BEN’s overall mission includes:

• The provision of affordable and sustainable trans- port to disadvantaged people. • The provision of bicycle-related sustainable income generation opportunities. • The promotion of cycling as a healthy, affordable, sustainable, and dignified means of transport. • The advocacy of improved sustainable transport infrastructure in Windhoek. • The promotion of knowledge sharing and networking among the global “bicycles for development” movement, with an emphasis on sub-Saharan Africa.

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 15 Conclusion

The public and private sectors are innovating to meet the transportation demands of rapidly expanding cities, including the needs of the urban poor. However, several challenges should be addressed to take many of these innovative business and service models to scale, including integration and awareness-building among cross-sector leaders.

The new business and service models are breaking new ground and thus typically exist in a gray legal realm. Adding further complexity, regulatory systems do not adequately address informal and para-transit services. The entrepreneurs who enter the space struggle with the lack of regulatory clarity that often leads to uneven enforcement and opens the door to hyper-competition and corruption. Such innovations could benefit from clearer regulations and stronger policy support.

Funders and governments should also find ways to leverage the energy of these emerging innovations. Given the right policy and regulatory frameworks (as well as funding support), the innovations could succeed in improving the working conditions of informal transport workers. New models could increase worker incomes while reducing their working hours and protecting them from health hazards. Open data technology, coupled with enabling poli- cies, could increase transparency and potentially reduce corruption. They could effectively organize the sector and give the workers a voice in policy. More importantly, these new approaches could give households in the sector a viable and powerful pathway out of urban poverty.

Cities in the developing world are prepared to invest massive resources to improve their transportation infrastructure. Those resources could either make urban infrastructure work for the urban poor or amplify and cement the exclusionary forces driving transportation. The next few years will provide opportunities to change the trajectories toward more sustainable and inclusive cities. These innovations could become powerful tools for expanding opportu- nity and strengthening the resilience of communities.

16 Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models Appendix: Sources

Expert Interviews:

• O. P. Agarwal, World Bank • Måns Lönnroth, Volvo Research and Education Foundations • Bert Fabian, Clean Air Initiative, Asia • Henrik Nolmark, • Aimee Gauthier, Institute for Transportation and Volvo Research and Education Foundations Development Policy • Edgar Pieterse, African Center for Cities • Cornie Huizenga, SLoCaT Partnership • Judith Pollock, Shell Foundation • Ajay Kumar, World Bank

Rockefeller Search Grantees:

• Ateneo School of Government • GroupShot.Org

• The Center for Sustainable Urban Development, • Intellecap India Ltd. Columbia University • The Sustainable Mobility & Accessibility • Civic Data Design Lab at M.I.T. Research & Transformation (SMART) Initiative, University of Michigan • Department of Computing and Informatics, University of Nairobi • World Resources Institute’s Centers for Sustainable Transport, EMBARQ India • Department of Urban and Regional Planning, Chulalongkorn University

This primer was produced by FSG through the FSG is a nonprofit consulting firm specializing in support of the Rockefeller Foundation strategy, evaluation, and research, founded in 2000 as Foundation Strategy Group. Today, FSG works across sectors in every region of the world-part- nering with foundations, corporations, nonprofits, and governments-to develop more effective solutions to the world’s most challenging issues. www.fsg.org WhyDesignWorks design:

Catalyzing the New Mobility in Cities: A Primer on Innovative Business and Service Models 17 “We may not always know exactly how our resilience will be tested, but we know very well that those tests will come – and that they will come at the seams where our economies and communities and technologies intersect.”

—judith rodin, president, rockefeller foundation

Since its founding by John D. Rockefeller in 1913, The In today’s dynamic and interconnected world The Rockefeller Rockefeller Foundation has advanced its mission to “promote Foundation has a unique ability to address the challenges the well-being” of humanity throughout the world. facing humankind through a 100-year global legacy of innovation, intervention, and the influence to shape agendas Today, The Rockefeller Foundation serves that mission and inform decision making. through its dual visions of building resilience against shocks and stresses and achieving more equitable growth to benefit • We help to build resilience by helping individuals and the world’s poor or vulnerable people. communities prepare for, withstand, and emerge stronger from acute shocks and chronic stresses. Throughout its history, The Rockefeller Foundation has • We seek to achieve equitable growth by expanding supported the ingenuity of innovative thinkers and actors opportunity for more people in more places worldwide. by providing the resources, networks, convening power, and technologies to move innovation from idea to impact. We seek to achieve our vision through work aimed at meeting From funding an unknown scholar named Albert Einstein to four equally important goals: Revalue Ecosystems; Advance accelerating the impact investing industry, the Foundation Health; Secure Livelihoods; and Transform Cities. has a long tradition of enhancing the impact of individuals, institutions and organizations working to change the world.

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