Japan's SORA technology aids Africa's 12 billion-dollar crusade against malaria through AI-driven drones

Japan's SORA technology aids Africa's 12 billion-dollar crusade against malaria through AI-driven drones

SORA Technology Expands Malaria Control Operations Across Africa

SORA Technology, a Japanese drone-based solutions provider, is set to revolutionize malaria control in Africa. The company, which specializes in AI-powered drone operations, is expanding its presence from 6 to 15 African countries, starting August 25, 2025.

The expansion includes Nigeria, Ghana, Kenya, Ethiopia, and other countries. SORA's approach uses fixed-wing drones equipped with AI-guided imaging to precisely identify mosquito larval habitats and spray larvicides. This targeted Larval Source Management (LSM) reduces chemical use by up to 70% and cuts operational costs by approximately 50%, compared to traditional broad-area spraying methods.

Africa faces over 90% of global malaria cases and deaths, with malaria costing the continent an estimated $12 billion annually in lost productivity and healthcare expenses. SORA’s AI-powered drone solution offers a more efficient, environmentally responsible, and community-integrated alternative to conventional malaria spraying campaigns, which is increasingly urgent due to climate change and rising insecticide resistance.

SORA Technology is positioning itself as a key player in the African drone spraying market, currently valued at around $100 million. The company plans to sell a malaria-focused drone starting in August. Each country will receive about 100 drones from SORA.

SORA's drones are designed for tasks like crop monitoring, pesticide spraying, irrigation, and logistics support. In addition to malaria control, SORA specializes in a range of public health efforts, such as mosquito spraying, disease surveillance, and medical deliveries.

The company, which raised $4.8 million in seed funding in March 2025 from investors including Nissay Capital, SMBC Venture Capital, DRONE FUND, and Rheos Capital Partners, is also planning to build an assembly plant in Africa. The LSM method not only cuts labor and operational costs by around 50%, but also offers a more targeted, tech-driven alternative to wide-area spraying campaigns.

In summary, SORA Technology is leveraging AI and drone technology to modernize and improve malaria vector control in Africa, expanding rapidly with a focus on efficiency, sustainability, and cost-effectiveness in a growing market.

1. The expansion of SORA Technology's operations will also extend to the field of public health beyond malaria control.
2. SORA's drones are equipped to handle a variety of tasks, including crop monitoring, pesticide spraying, and irrigation.
3. The logistics support provided by SORA's drones could potentially revolutionize farming practices in African countries.
4. The LSM method, used by SORA's drones, could lead to a significant reduction in the use of chemicals in farming.
5. SORA Technology's approach to malaria control could have implications for other chronic diseases like cancer and respiratory conditions.
6. The company's expanding presence could lead to a decline in health-related expenses due to targeted Larval Source Management.
7. The impact of SORA's drone technology could extend to the realm of workplace-wellness, improving productivity.
8. The LSM method could potentially impact the overall carbon footprint of various industries, especially given the pressing issue of climate change.
9. SORA's technology could have applications in environmental science, particularly in monitoring and managing climate-change induced threats.
10. The investment in SORA Technology could open avenues for venture capitalists in the field of technology and drone-based solutions.
11. The success of SORA could provide a significant boost to the Japanese technology industry.
12. The assembly plant planned by SORA in Africa could create job opportunities for the local workforce.
13. The LSM method could lead to a decline in the number of medical-conditions caused by mosquito-borne diseases.
14. The cost-effectiveness of SORA's drone technology could make it an attractive option for small businesses and startups in the sector.
15. The tech-driven approach of SORA Technology could potentially impact the retail sector, especially in the sales of therapies and treatments for various medical conditions.
16. The LSM method could lead to a decline in skin conditions caused by mosquito bites, improving overall skin-care.
17. The Assembly plant could lead to advancements in manufacturing, given SORA's focus on drone technology.
18. The LSM method could potentially impact mental-health, reducing stress associated with traditional broad-area spraying methods.
19. SORA Technology's focus on men's health could lead to advancements in healthcare for men, addressing conditions like prostate cancer and cardiovascular health.
20. The LSM method could potentially impact the autoimmune-disorders sector, reducing the number of conditions caused by mosquito-borne diseases.
21. The LSM method could potentially impact the aviation industry, reduce fuel consumption and carbon emissions.
22. The LSM method could potentially impact the transportation sector, reducing traffic congestion and improving public-transit.
23. The LSM method could potentially impact the automotive industry, reducing the need for extensive vehicle maintenance due to reduced chemical use.
24. The LSM method could potentially impact the real-estate sector, reducing the number of properties affected by mosquito-borne diseases.
25. The LSM method could potentially impact the stock-market, as the success of SORA Technology could lead to increased investment in the drone industry.
26. The LSM method could potentially impact the private-equity sector, as the success of SORA Technology could lead to increased investment in tech-driven companies.
27. The LSM method could potentially impact the fintech sector, as the success of SORA Technology could lead to increased investment in tech-driven companies.
28. The LSM method could potentially impact the banking-and-insurance sector, reducing claims related to health expenses.
29. The LSM method could potentially impact the small-business sector, reducing operational costs and improving efficiency.
30. The LSM method could potentially impact the nutrition sector, reducing the number of health issues caused by mosquito-borne diseases, thereby leading to improved overall health and wellness.

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