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SORA Technology launches malaria elimination drones in Zanzibar

SORA Technology launches malaria elimination drones in Zanzibar

Key takeaway

  • SORA Technology has started a drone and AI project to eliminate malaria in Zanzibar. The project targets mosquito larvae in hard-to-reach areas.

  • It aims to cut survey time and labor.

  • Japanese funds support the effort.

3 Key Points

  1. What happened

    SORA Technology has officially launched a malaria elimination project in Zanzibar, Tanzania, using satellite data, drones, AI, and a digital management platform. The project is funded by the Japanese government and implemented with WHO, ZAMEP, and IHI.

  2. Why it matters

    Zanzibar has reduced malaria prevalence to 0.04%, making it one of the closest regions in Africa to eliminating the disease. However, finding and treating mosquito larvae sources in hard-to-reach areas remains a challenge, as traditional surveys take up to three days and require many people.

  3. What to watch

    The project deploys SORA's custom drone, TSUBASA, for targeted larvicide spraying, and uses the Zzapp Malaria Platform to manage mapping, spraying, progress, and effectiveness. Early operations are focused on the Kati district, with researchers from IHI monitoring mosquito population changes and comparing cost-effectiveness with traditional methods.

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Context & Analysis

The project marks a practical step in applying drone and AI technologies to public health in Africa. Zanzibar's low malaria rate of 0.04% makes it a promising testing ground for elimination strategies, but the challenge has been reaching all mosquito breeding sites, especially those in temporary pools and wetlands that appear during rainy seasons. Traditional surveys take up to three days, delaying response. SORA's approach aims to shorten this cycle by using satellite data and AI to detect high-risk water bodies, then deploying TSUBASA drones for precise larvicide application. Adding the Zzapp Malaria Platform for unified management supports sustainable, data-driven operations. The project's success will depend on local adoption, as it emphasizes involving young people and health volunteers to build a lasting public health model.

FAQ

What is unique about SORA Technology's approach?
SORA uses its custom drone TSUBASA to spray larvicide precisely at detected breeding sites, guided by AI analysis of satellite and drone images. This speeds up response time and covers areas that are hard for people to reach.
How will the project be evaluated?
The project includes entomological monitoring by IHI researchers to track changes in mosquito populations, and compares the new method's cost-effectiveness and operational efficiency with traditional surveillance and control methods.
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