Txt yr $$: The M-Paisa mobile payment service, shown in an advertisement, will need to overcome the challenges of geography, poverty, and political climate to be successful in Afghanistan.
Jan Chipchase

Computing

Mobile Payments Try to Take Root in Afghanistan

A study reveals the challenges facing mobile payment systems in Third World countries.

  • Friday, February 25, 2011
  • By Nidhi Subbaraman

When someone in a far-flung rural mountain village in Afghanistan wants to transfer money to family in another part of the country, there are few conventional banking options. A new text-based payment service, backed by the country's banks and telecom providers, now offers a simpler, more convenient alternative.

In 2008, telecommunications company Vodafone and Roshan, an Afghan telecom provider, teamed up to launch a mobile-phone payroll service called M-Paisa for the Afghan National Police. Now M-Paisa has been expanded so that anyone with a mobile phone and an M-Paisa account can transfer money across the country for a small fee.

The consultancy Frog Design was commissioned to study the implementation of the M-Paisa payment system in Afghanistan. Jan Chipchase, executive creative director of global insights at Frog Design, presented details of the work during a keynote presentation at the Mobile World Congress in Barcelona, Spain, on February 17.

With irregular bank hours, but a high mobile penetration, Afghanistan is, in some ways, ideal for mobile payments. "The gulf between what's there now and what could be there if it is successful is enormous," says Chipchase.

Advertisement

Similar mobile payment systems have been very successful elsewhere. The first system designed for cash transfer via text messages, called M-PESA, was launched in 2007 by Vodafone and Kenya's telecom provider Safaricom. Since then, other mobile money transfer systems have cropped up in several countries in Africa and Asia. ZPESA in Tanzania, Obopay in Senegal, and Easypaisa in Pakistan are variations on the M-PESA theme. But of all these systems, M-PESA has seen the most dramatic growth and success. It is now used by about 55 percent of Kenya's adult population for paying everything from electricity bills to school fees.

Setting up a system of mobile payments in Afghanistan proved to be especially complicated, according to Chipchase's two-week survey. Sporadic attacks on cell-phone towers by the Taliban have crippled coverage in parts of the country, and the regime has decreed that cell towers be turned off at night.

"The elephant in the room, of course, is war," says Bill Maurer, director of the Institute for Money, Technology and Financial Inclusion at the University of California in Irvine, which funded the study. Fotini Christia, a political scientist at MIT who has studied civil war in Afghanistan, notes that many rural areas lack cell-phone coverage to begin with.

Another stumbling block is the lack of cash trade in certain parts of the country, where people still trade in commodities such as goats and gold. Many rural Afghans still lack a basic education, limiting their access to the text-based M-Paisa service.  

Christia agrees that these issues are real obstacles to M-Paisa. "People still trade in kind, in a week's supply of crops," she says.  "If it was to pick up, it's more likely to pick up in urban centers rather than anywhere else." 

Print

Related Articles

Designing a Smart-Phone Alphabet for the Illiterate

Peanut farmers in India are helping to design a text-messaging app that could aid the many millions who can't read or write.

Ultrasound App Lets Almost Any Phone Pay

Only a few handsets contain contactless payment chips, but many more devices could use sounds to achieve the same purpose.

The New Money

Square, founded by the creator of Twitter, lets people accept credit cards with their smart phones. That innovation could transform transactions in surprising ways.

Advertisement

MAGAZINE

People Power 2.0

How civilians helped win the Libyan information war.

Sponsored Content

Technologies from National Instruments

Triggering
Learn how to configure a start trigger on a USB data acquisition device

> Click here for more National Instruments Videos <
Whitepaper

How To Measure Voltage

Voltage is the difference of electrical potential between two points of an electrical or electronic circuit, expressed in volts. It measures the potential energy of an electric field to cause an electric current in an electrical conductor.

Most measurement devices can measure voltage. Two common voltage measurements are direct current (DC) and alternating current (AC).

Learn the fundamentals of creating an AC or DC voltage measurement system. See how to properly connect the signals to your data acquisition system for accurate acquisition.

This document is part of the How-To Guide for Most Common Measurements centralized resource portal.

View full PDF > Listen to story >
Find us on Youtube

Videos

Interview with George Dyson

More

Advertisement
Advertisement
Advertisement