Difficulty reaching conflict- or disaster-hit communities slows down aid delivery, hampers assessment and can lead to groups in remote areas being left out of the aid equation altogether. But new technology, while not a panacea, is helping to remove access barriers.
Aid agencies are increasingly seeking innovative solutions to old challenges. For example, the UN Refugee Agency (UNHCR) has teamed up with technology firm Spigit to launch “UNHCR Ideas”, an ideas lab where staff, refugees, academics and partners can brainstorm and crowd-source solutions to common problems. Their first challenge is improving access to information and services for urban refugees; the winning idea will be piloted in 2014.
Olivier DelaRue, UNHCR head of innovations, said: “We hope this project will give a voice primarily to refugees, because the solutions are very often with them. What we are trying to achieve is a higher degree of empowerment, a higher degree of self-reliance, in order to increase dignity.”
The UN Children’s Fund (UNICEF) has also set up ideas labs to stimulate new approaches. Labs are currently at work in Denmark, Kosovo, Uganda and Zimbabwe.
Below, IRIN explores five access innovations being piloted by aid agencies.
Digital school in a box
UNICEF is piloting a digital school-in-a-box project in Uganda. Sixty schools, each with between 100 and 200 children, have received a pack containing a solar-powered laptop with internet connectivity, a projector, a speaker and a document camera. The idea is to connect rural schools to wider learning networks and tools. The equipment can also be used to link remote communities to health resources, emergency information and entertainment.
UNICEF currently procures the equipment from different suppliers, but says it is seeking to have the kits manufactured in Uganda. Finding low-cost, high-quality equipment and training community members on maintenance are keys to the success of the project, the agency says.
Mobile phones to assess food insecurity
The UN World Food Programme (WFP) uses a process called Vulnerability Analysis and Mapping (VAM) to gather accurate data about how many people are food insecure, who and where they are, and how their situation came about. In the past, much VAM information was collected through on-the-ground, face-to-face interviews, but these can be slow, expensive and at times impractical, particularly in remote communities or when access is hampered by natural disasters, poor roads or violence.
WFP is now piloting a mobile VAM (mVAM) project to survey communities via SMS polls, which ask people simple questions about food availability and meal patterns to gather key data about the levels of food insecurity.
“With barely any roads, or seriously damaged ones, collecting data on food security and monitoring the situation is a real logistical challenge. [mVAM] has the potential to be a quicker and more cost-effective way of gathering data, allowing us to us to assist faster those people who need our emergency supplies most,” said Koffi Akakpo, head of WFP’s VAM unit in the Democratic Republic of Congo (DRC), where a pilot of this programme was conducted in January. The plan is to extend the pilot to other locations in DRC and also to try it in Somalia.
The agency has secured funding from the Humanitarian Innovation Foundation (HIF), a grant facility of the Enhancing Learning and Research for Humanitarian Assistance (ELRHA) programme, which supports organizations and individuals developing innovative and scalable solutions for humanitarian challenges.
Mobile phone apps to trace missing children
Reuniting children with their families in the aftermath of a natural disaster or conflict, known as Family Tracing and Reunification (FTR), has long involved hand-written lists, which can be a slow and inefficient process. Now UNICEF is trying a RapidFTR system, which uses an open-source mobile phone application that was conceived from a master’s thesis and brought to reality by ThoughtWorks, an IT consulting firm.
Unaccompanied children are logged and photographed, and their details instantly uploaded to a central database that can be shared with other UN agencies and NGOs. Parents can then consult the database to see if their missing children have been registered and, if so, to find their whereabouts.
Kim Scriven, a manager at HIF, which is also funding this project, said: “This is replacing what was previously done on paper with printed photographs and photocopied lists. That used to take weeks, or even months to centralize, but now it is done instantaneously using mobile phones and the internet.”
RapidFTR uses the kinds of security measures employed by mobile banking programmes to ensure that sensitive data about vulnerable children, especially photographs, are only accessible by authorized users.
A pilot of this project is currently being carried out by the Uganda Red Cross and Save the Children in the Nyakabande transit centre and Rwamwanja refugee camp in eastern Uganda, where many displaced people from DRC have sought refuge.
3D printing to create spare parts
Officially known as “rapid prototyping”, 3D printing sounds like the stuff of science fiction, but in fact it offers real and potentially sustainable solutions for communities in the developing world and those affected by disasters.
In 3D printing, a three-dimensional model of an object is scanned and digitally stored, then shared, downloaded and printed out, one thin layer of material - usually plastic - at a time.
This could give remote communities unprecedented access to things like irrigation pipes, agricultural tools, water pumps, wind turbine blades and health aids, all items that previously would have had to be imported at great time and expense.
William Hoyle, CEO of techfortrade, a UK-based charity that aims to find technological solutions to trade and development challenges, told IRIN: “Printer costs are coming down, mobile phones are the new computer and internet access is widening, so the opportunities are endless.
“Many developing companies struggle to source spare parts for machinery, but the idea that you just make a spare part by downloading a file and printing it out really changes everything,” he said.
Hoyle said techfortrade was in talks with a company in India to recycle plastic to make filament, for use in a 3D-printing project to make farm tools. “Waste plastic is everywhere, and if you can put it to good use then that is environmentally sustainable as well.”
In May, global experts and innovators met in Trieste, Italy, at an event hosted by the Abdus Salam International Centre for Theoretical Physics to discuss how low-cost 3D printing could be used for science, education and sustainable development.
Pooling malnutrition information
A number of organizations, including Save the Children UK, WFP and Concern Worldwide, are using the Minimum Reporting Package (MRP), a monitoring and reporting tool that allows organizations to collect and pool standardized data on emergency Supplementary Feeding Programmes (SFPs), which treat moderate severe malnutrition.
MRP not only allows aid and humanitarian agencies to better monitor the effectiveness of emergency SFPs, it also allows them to quickly deliver standardized information to donors and governments in times of crisis.