A New Era of Inclusion Through AI and Local Innovation
Artificial intelligence and locally manufactured assistive technology are set to revolutionize the lives of persons with disabilities, offering them greater access to economic and social opportunities. This transformation is being spearheaded by the Kenya Institute for Special Education (KISE) in Kasarani, which recently hosted a forum highlighting ambitious plans to shift from imported charity aids to intelligent, homegrown solutions tailored for people with special needs.
The initiative, known as the Kenya AI for Disability Project, is funded by the Mastercard Foundation and led by Qhala and Assistive Technologies for Development (AT4D). It brings together key stakeholders including the Ministry of Information, Huawei, UNESCO, the Kenya National Innovation Agency, and the National Council for Persons with Disabilities. The official launch of this project is scheduled for April 28.
Dr. Norman Kiogora, director of KISE, described the initiative as a significant departure from past practices. “Today, we open our doors not only to showcase our work but also to demonstrate a growing commitment to inclusive innovation,” he said. He emphasized that the responsibility of the institute is to ensure that innovation responds to real needs and creates meaningful inclusion.
A 2024 AI Hackathon involving Huawei, AT4D, and UNESCO produced working prototypes that are now being scaled up. A nearly completed factory at the institute will manufacture a range of assistive devices, including wheelchairs and white canes, as well as tiny spare parts that keep braille machines functioning. Thousands of braille machines across the country are currently idle due to missing components, but the new facility aims to address this issue.
Advanced Manufacturing and Smart Devices
Deputy director Anthony Mwangi noted that the factory is more than 99 percent complete. It is equipped with computer numerical control lathes, laser cutters, and milling machines capable of shaping metal, wood, leather, and plastic. For years, Kenya has relied on expensive imports with long waiting times, but this new facility aims to reduce costs and improve accessibility.
Design teams are already working on advanced products such as wheelchairs with memory seating and adjustable stature that can help users rise to a near-standing position. They are also exploring smart canes and wheelchairs fitted with GPS and sensory feedback. The goal is not just to replicate existing technologies but to build world-class assistive devices that offer real independence.
Overcoming Knowledge Gaps and Digital Barriers
Dr. Lynett Ongera, coordinator of research and innovation at KISE, stressed that technology alone is not enough. The rollout must overcome a crippling knowledge gap. “Learners with special needs and disabilities have limited access to information about what is available in relation to AI or assistive technology, especially those in far-flung areas,” she said. She highlighted the need for awareness campaigns and education to bridge this gap.
Digital infrastructure remains a barrier, with many schools lacking electricity and connectivity. Documents are often shared in formats incompatible with screen readers used by blind persons. Ongera urged partners to provide tools that can run on solar and other available energy sources to ensure accessibility.
Personalization and Adaptive Solutions
Personalization is a central theme of the new push. Ongera warned against treating persons with disabilities as a uniform group. “Sometimes we assume that persons with disabilities are homogeneous. We provide what is uniform without necessarily knowing that they have individual needs,” she said. She called for adaptive devices that analyze a learner’s strengths and weaknesses and deliver tailored instruction.
For instance, a tool for a learner with dyslexia could identify reading gaps, give immediate feedback, and suggest corrections. Speech-to-sign-language synthesizers would allow learners with hearing impairment to socialise without isolation. Navigation apps fitted to wheelchairs and canes would enable independent movement.
AI in Assessment and Virtual Communities
The project also plans to use AI in assessment. The institute’s clinical assessment center will incorporate assistive technology to calculate results and reduce human error. Virtual communities will connect persons with disabilities to AI opportunities, breaking the isolation that so often accompanies mobility or hearing challenges.
With UNESCO keeping a focus on AI ethics, the coalition is determined to make inclusion practical. Ongera said, “When we are talking about inclusion and we are still lagging behind in matters AI and IoT, then the level is not the same. Let’s work together and ensure that as much as possible, we talk about inclusion, not in concept, but in practicality.”
Transforming Lives Through Inclusive Design
Only one percent of adults with disabilities hold formal jobs, and the law reserves five percent of public sector positions for them. The project, which uses locally developed AI to connect persons with disabilities to sustainable livelihoods, aims to address this gap. It also seeks to supply them with the tools they need to navigate school, work, and daily life independently.
Kiogora closed with a call to journalists. “Reporting on disability is not only about highlighting challenges but also about amplifying ability, opportunity, and progress,” he said. “When we design for inclusion, we do not just transform systems, we transform lives.”
As the April 28 launch nears, Kenya’s model of local manufacturing and intelligent assistive technology is positioning itself as a blueprint for the continent.
