AI and Equality Africa

African Toolbox

Rooted in six stages of the AI lifecycle and a human rights-based approach, the Toolbox presents case studies that span agriculture, health, climate, education, and language inclusion. 

The Toolbox applies a Human Rights-based AI Lifecycle Framework, integrating reflective questions and the Human Rights Impact Assessment (HRIA) developed with the Alan Turing Institute.

It emphasizes participatory, multidisciplinary approaches and is rooted in feminist, decolonial, and Justice, Equity, Diversity, and Inclusion (JEDI) principles and incorporates lessons from emerging digital rights challenges, ensuring AI systems are designed with safety and dignity at their core.

Digital Justice

Technology-Facilitated Gender-Based Violence in Africa: When AI Becomes a Weapon

Hanna Teshager | Code for Africa

This case details how AI systems are weaponized to perpetuate gender-based violence across 11 African countries. It highlights cases like the deepfake attack on Ethiopian Mayor Adanech Abiebie and the coordinated harassment against Brenda Biya, daughter of Cameroon’s President, revealing how engagement-optimized algorithms amplify harmful content. The research by Code for Africa exposes systematic failures in content moderation due to cultural and linguistic gaps, and proposes architectural changes, community ownership, and regulatory frameworks to embed human rights principles into AI design, aiming to reclaim AI for human dignity.

Climate

AI Climate Sensors in Africa

Alicia Olago | Code for Africa

This case study details sensors.AFRICA, an initiative by Code for Africa, which uses AI-driven climate sensors to monitor environmental pollution across African cities and communities from 2016-2025. The project empowers communities by providing open, accessible environmental data, enabling them to advocate for their environmental rights. It highlights a community-centered approach, technical innovations like solar-powered sensors, and the use of AI to fill data gaps, predict environmental events, and make complex data understandable, ultimately transforming environmental governance and promoting human rights.

Education

Bridging Language Barriers: AI for Kenyan Sign Language and Digital Inclusion

Dr. Lilian Wanzare | Maseno University

 
This case study explores an AI initiative focused on Kenyan Sign Language (KSL) and digital inclusion, driven by research from Maseno University. It highlights the challenges faced by deaf students in higher education due to communication barriers and the invisibility of KSL in the digital age. The project emphasizes community-centered design, participatory language mapping, and ethical data collection to develop a text-to-avatar translation system. This system aims to provide educational access, facilitate family communication, preserve KSL culture, and empower deaf individuals economically and socially, demonstrating how AI can serve linguistic justice.

Health

AI-Powered Malaria Diagnostics: Makerere AI Health Lab Initiative

Dr. Rose Nakasi | Makerere AI Health Lab

The Makerere AI Health Lab’s initiative in Uganda demonstrates a human rights-based approach to AI development for malaria diagnostics. By leveraging 3D-printed smartphone adapters and AI, the project democratizes access to accurate malaria diagnosis in resource-limited areas. The initiative emphasizes community partnership, ethical data collection, and sustainable, locally-owned technology, serving as a model for AI that promotes health equity and human dignity.

Agriculture

Co-Creating AI for Agriculture: Nigeria’s Nsukka Yellow Pepper Project

Engr. Prof. Joel Nwaeze Nwakaire | University of Nigeria

This case study highlights Nigeria’s Nsukka Yellow Pepper Project, which successfully co-created AI solutions with women farmers. By prioritizing community needs, the project developed innovations like a solar-powered pest detection system and an SMS-based irrigation system, leading to improved farming, increased trust, and the formation of a cooperative. This initiative demonstrates how integrating human rights and genuine participation throughout the AI lifecycle can empower marginalized agricultural communities.

Natural Language Processing

Empowering African Languages through NLP: KenCorpus Project

Dr. Lilian Wanzare | Maseno University

The KenCorpus Project addresses the digital marginalization of African languages by empowering communities to create digital language infrastructure. Led by Dr. Lilian Wanzare, the initiative involves collecting traditional stories, building translation and speech recognition systems with Kiswahili as an anchor, and developing community-based licensing frameworks. This participatory approach challenges traditional AI development by focusing on small, domain-specific models and fostering local expertise, demonstrating a new paradigm for technology that prioritizes human dignity, cultural preservation, and community empowerment.

Agriculture

Design by Inclusion in AI Development: Uganda’s Cassava Farming Initiative

Dr. Daisy Salifu | International Centre of Insect Physiology and Ecology (Icipe)

This case study reveals that an AI tool for cassava disease detection, though technically sound, failed to meet Ugandan farmers’ actual needs, which centered on soil analysis and variety selection. A “design by inclusion” approach, involving diverse farmer groups, uncovered this misalignment and led to a framework for user-centered AI development, proving that effective technology must prioritize user-defined needs for sustainable and equitable outcomes.