A 24-year-old innovator from Malawi is challenging how people with speacil needs use a computer. Chimwemwe Liwonde has developed an AI-powered desktop eye-control system that allows people with severe motor disabilities to operate a computer using their eye movements. The project won the Best Social Impact Solution category at Malawi’s 2026 National ICT Innovation Awards.

Turning eye movement into computer commands

The system uses computer vision and AI to interpret eye movements and translate them into interactions with a computer. Importantly, it is designed to work with a standard computer webcam rather than requiring specialised eye-tracking hardware.

Advanced eye-tracking systems already exist, but specialised assistive devices can be expensive and difficult to obtain. Liwonde’s approach is to make the technology work with equipment people already have: a computer and its camera.

The system is also designed to operate offline, reducing dependence on continuous internet connectivity. That makes this more than an interesting application of AI.

From student project to national innovation award

The programme provided workspace, mentorship and resources that helped him move the project beyond an academic prototype. Many student projects demonstrate that something can work. The harder innovation challenge is figuring out how to make it useful outside the laboratory.

Liwonde’s project has now received national recognition. At the 2026 National ICT Innovation Awards, organised by the Malawi Communications Regulatory Authority (MACRA), he won the Best Social Impact Solution category. The competition reportedly drew 226 entries, with his project making the Top 20 before taking the award.

Also Read About: Dr Geoffrey Hinton: The godfather of AI

The next challenge: making the technology local

There is another interesting layer to the project. Liwonde plans to introduce Chichewa support, moving the technology beyond an English-first interface and closer to the language used by many people in Malawi.

This is an important part of building technology for emerging markets. Localisation isn’t simply translating menus. For assistive technology, language, hardware availability, connectivity and affordability can determine whether an innovation remains a prototype or becomes something people can actually use.

The bigger idea behind the eye-controlled computer

Liwonde’s project sits at the intersection of several major technology trends: AI, computer vision, accessibility and human-computer interaction.

For decades, computing has largely been designed around a particular physical assumption that the user interacts with the machine through their hands. Liwonde is challenging that assumption.

That shift—from improving an existing interface to questioning whether the interface should exist in its current form—is what makes the project worth watching.

What’s next for eye-control technology?

The technology still has to make the difficult transition from an award-winning prototype to a reliable system used by people in real-world environments.

That means testing, usability studies, deployment partnerships, training and continued technical development. Liwonde’s stated ambition is to see the system deployed more widely, including in rehabilitation and education settings. If that happens, the project’s significance could extend beyond a single assistive device.

The Innovators Jam’s take:

The most interesting part of Liwonde’s innovation is that he questioned one of computing’s oldest assumptions: that interacting with a machine requires your hands. That is the kind of innovation worth watching— technology built not just to make machines smarter, but to make them work for more people.

---

Found this article interesting? Subscribe to The Innovators Jam for news, views, and write-ups on innovation, science, future-tech and research.
Follow us: Instagram @theinnovatorsjam, Youtube @InnovatorsJam, LinkedIn @ The Innovators Jam