Designing Humanitarian Tech for Community Context

Designing Humanitarian Tech for Community Context

The Pitfall of Context-Blind Humanitarian Tech Design

In humanitarian response and disaster settings, technology promises to enhance efficiency, outreach, and impact. However, the rush to deploy digital tools often overlooks the critical factor of community context. Designing humanitarian technology without a nuanced understanding of the local environment—ranging from connectivity constraints to cultural and linguistic diversity—risks creating solutions that are inaccessible, irrelevant, or even exclusionary. The result is often a technology that, despite good intentions, fails to reach the most vulnerable populations or to support them effectively.

Recognizing and embedding community context into design is not merely a best practice; it is essential for equitable humanitarian outcomes. This post explores the key contextual factors influencing technology use in humanitarian settings, highlights successful examples from the field, and outlines practical strategies for integrating community realities into design processes.

Key Community Usage Context Factors

Humanitarian settings, especially fragile and conflict-affected areas, present unique challenges for technology adoption. Understanding these factors is foundational to designing effective tech solutions.

Connectivity and Infrastructure: While mobile phone penetration is high in many low- and middle-income countries, internet access remains uneven. According to the GSMA’s State of Mobile Internet Connectivity report, approximately 3.4 billion people in these countries are still not using mobile internet. Barriers include affordability, network coverage, and availability of compatible devices. Many humanitarian contexts rely heavily on feature phones, making solutions like USSD (Unstructured Supplementary Service Data) crucial.

Literacy and Language: Low literacy rates and multiple local languages are common hurdles. Technologies dependent on text-heavy interfaces or a single language can alienate significant portions of a community. Voice-based communication platforms and localized content, therefore, become vital.

Device Sharing and Power Access: In many communities, mobile devices are shared among family members or neighbors, which raises privacy and security concerns. Additionally, limited access to electricity can hinder device charging, impacting the usability of power-hungry smartphones or tablets.

Social and Cultural Norms: Gender disparities and social hierarchies influence who can access and use technology. For example, women or elderly persons might have less control over devices or be excluded from digital communication channels.

Real-World Examples of Community-Centered Humanitarian Technologies

USSD for Cash Transfers, Aid Registration, and Health Information

USSD remains a lifeline technology in many humanitarian contexts due to its compatibility with basic feature phones and minimal data requirements. It is widely used for cash transfers, enabling beneficiaries to receive and redeem aid without needing smartphones or internet access. Aid registration systems also leverage USSD to simplify beneficiary enrollment and verification processes in remote areas.

For instance, health information hotlines delivered via USSD provide accessible, real-time guidance to communities with limited healthcare infrastructure. These systems can deliver critical messages on disease outbreaks, maternal health, or hygiene practices in local languages, ensuring wide reach despite connectivity challenges.

Offline-First Data Collection with KoboToolbox and ODK

Data collection in humanitarian emergencies often occurs in environments with unreliable or no internet connectivity. KoboToolbox, an open-source, offline-capable data collection platform based on the Open Data Kit (ODK) framework, has become a standard tool for over 14,000 organizations worldwide, including UNHCR, WHO, WFP, and the IRC.

KoboToolbox’s mobile app, KoboCollect, allows field staff to gather critical data offline and sync it when connectivity is available, ensuring continuous operations in the most challenging environments. This offline-first approach respects contextual realities and supports data accuracy, timeliness, and inclusivity by enabling enumerators to reach remote or disconnected communities without interruption.

Voice Interfaces via Viamo and Somleng

Voice technology has emerged as a powerful medium for inclusive communication in humanitarian contexts, especially for populations with low literacy or limited access to smartphones. Viamo (formerly Voto Mobile) operates an Interactive Voice Response (IVR) and SMS platform used in over 40 countries. It facilitates community engagement by delivering information in local languages on topics such as health, agriculture, and rights. Notably, UNHCR utilizes Viamo for refugee information services, enabling displaced populations to access vital updates securely and privately.

Similarly, UNICEF’s Somleng is an open-source IVR/SMS platform designed for low-cost, scalable communication in crisis settings. Somleng supports two-way communication, allowing humanitarian agencies to conduct surveys, disseminate alerts, and provide psychosocial support through accessible voice channels.

Embedding Community Context into Humanitarian Tech Design

Designing technology that truly serves affected communities requires a systematic, empathetic approach. The Principles for Digital Development outline nine key principles that emphasize “Design with people” and “Design for inclusion,” directly addressing the importance of community context. Complementing these principles, recent research by ALNAP underscores the need for “contextual awareness, participation and consent” to ensure digital tools do not exclude the most vulnerable, such as elderly individuals, women, persons with disabilities, and those with low literacy.

Several strategies emerge for embedding community context effectively:

Participatory Design and Co-Creation: Engaging community members and local stakeholders from the outset ensures solutions align with users’ needs, preferences, and constraints. This approach builds trust and enhances adoption.

Multi-Modal Communication Channels: Offering alternatives such as USSD, SMS, IVR, and offline-capable apps addresses diverse access levels, literacy, and language barriers.

Localization and Language Support: Designing content and interfaces in local languages and dialects is essential for relevance and comprehension.

Infrastructure Considerations: Incorporating offline capabilities and minimizing power consumption are crucial for low-resource settings. The World Bank’s initiative to provide Wi-Fi hotspots to fragile and conflict-affected communities exemplifies an infrastructure-first approach that complements technology deployment. Their project has delivered connectivity to approximately 4.4 million people in host communities, alongside 2.8 million in displacement settings, demonstrating the impact of addressing infrastructure gaps before or alongside digital solutions (World Bank).

Privacy and Security by Design: Recognizing shared devices and sensitive contexts, technologies must prioritize confidentiality, data protection, and user consent.

Conclusion: Towards a More Inclusive Humanitarian Tech Future

As humanitarian actors increasingly harness technology to enhance response and resilience, centering community context is no longer optional but imperative. The growing evidence base, including insights from organizations like GSMA, ALNAP, and the World Bank, highlights persistent barriers but also promising pathways for inclusive innovation.

Future humanitarian technologies will need to embrace flexibility—supporting hybrid connectivity models, multi-language voice interfaces, and offline functionalities—while fostering meaningful participation from the communities they serve. Platforms like KoboToolbox, Viamo, and Somleng set strong precedents for context-aware design, demonstrating that technology can be both cutting-edge and deeply grounded in local realities.

By continuing to apply principles such as those articulated by the Principles for Digital Development and investing in infrastructure alongside digital tools, the sector moves closer to fulfilling the promise of technology: equitable access, empowerment, and improved humanitarian outcomes for all.