Connected World, Disconnected Camps

UNHCR's Connectivity for Refugees initiative aims to connect 20 million displaced people by 2030 but currently operates in only 14 countries. Refugee settlements sit in locations where commercial telecoms have no business case: populations are transient, purchasing power is extremely low, settlements are in remote areas far from fiber backbones, and host country regulations may restrict refugees from purchasing SIM cards or accessing mobile money. Satellite broadband (deployed via Cisco-UNHCR pilots in Uganda) provides coverage but at bandwidth shared across thousands of users, resulting in speeds too slow for educational platforms, telemedicine, or livelihood applications. Digital literacy ranks among the top three barriers to getting online even where connectivity exists.

Connectivity is now essential infrastructure for humanitarian outcomes: telemedicine, remote learning, digital cash transfers, legal case management, and family reunification all require internet access. An estimated 3.7 billion people globally remain offline, disproportionately in regions hosting large refugee populations. Without connectivity, refugees cannot access digital services that have become the primary delivery mechanism for aid, education, and economic participation.

Satellite broadband (Avanti/UNHCR Uganda pilot: solar-powered connectivity across 7 camps) provides coverage but per-user bandwidth supports only basic messaging, not video, interactive education, or telemedicine. Community digital hubs (Burkina Faso model) concentrate resources at physical locations but require travel and limit access hours. WhatsApp-based messaging services scaled to UNHCR Digital Service in 2024 but only support text-based information sharing. TV white space spectrum and mesh networking have been proposed but not deployed at scale in camp settings. The fundamental tension: humanitarian connectivity funding is project-based (2–3 year grants), but sustainable connectivity requires ongoing operational expenditure that no funding model supports.

A tiered connectivity architecture matching bandwidth to use case: low-bandwidth layer (LoRa/mesh) for IoT, emergency alerts, and basic messaging available camp-wide; medium-bandwidth hubs for educational content, telehealth, and livelihood platforms at communal access points; high-bandwidth connections at institutional facilities for telemedicine and remote learning. This also requires regulatory advocacy in host countries for spectrum access, shared infrastructure models where humanitarian and commercial investments complement rather than duplicate, and offline-first application design for education and skills platforms.

A team could design and prototype a mesh networking system using low-cost hardware (Raspberry Pi, ESP32) optimized for a refugee settlement layout, with bandwidth tiering and offline content caching. Alternatively, a team could develop an offline-first educational platform that synchronizes content during brief connectivity windows. Telecommunications, computer science, and user experience design skills would be most relevant.