Key Takeaways
- SORA Technology uses AI‑equipped drones to map malaria‑breeding water bodies, enabling precise, cost‑effective mosquito‑control spraying.
- The startup’s solution addresses shrinking international aid budgets by focusing resources on high‑risk sites rather than blanket spraying.
- Masaki Umeda was invited as a “featured innovator” to the UN’s 2026 Science, Technology and Innovation (STI) Forum, highlighting the global relevance of his work.
- The STI Forum also showcased other Global‑South innovations, including e‑waste recycling in Zambia, solar energy in Argentina, and community renewable hubs in Nigeria.
- UN officials stress that effective innovation requires collaboration, local ownership, and clear pathways to scale.
- Inclusion gaps—limited finance, technology access, and market connections—prevent many talented innovators from reaching the communities that need them most.
- Rita Orji’s personal journey illustrates how talent in the Global South can thrive despite lacking basic infrastructure, yet many remain “locked out.”
- Orji argues that AI tools designed in the Global North often assume literacy, English fluency, and digital familiarity, rendering them “technically brilliant but developmentally useless” for most users.
- She calls for reversing the north‑to‑south transfer model: the Global South should lead in shaping what intelligent design becomes.
- The overarching message is that the future of AI must learn from, and be co‑created with, the Global South to be truly inclusive and impactful.
Origins of SORA Technology and Its Shift to Malaria Control
Masaki Umeda founded SORA Technology in Nagoya, Japan, in 2020 with the initial goal of delivering medical supplies to remote African regions. Early conversations with health ministries revealed a pressing need for better malaria surveillance, prompting the team to pivot toward using drones and artificial intelligence to combat the disease, which claims over half a million lives annually across the continent.
How Drones and AI Identify Breeding Sites
SORA’s drones fly over targeted areas and capture raw imagery and sensor data. The onboard AI analyses this data to detect bodies of water, evaluating traits such as turbidity (cloudiness from algae or micro‑organisms), temperature ranges, and surrounding vegetation. These indicators allow the system to classify the likelihood of mosquito breeding, producing actionable maps for health authorities.
Operational Advantages: Precision Spraying and Cost‑Effectiveness
When the risk maps are shared with national agencies, they guide ground‑spraying teams to concentrate insecticide applications on high‑risk zones instead of indiscriminately treating large expanses. This targeted approach reduces chemical use, lowers operational costs, and improves the efficiency of limited public‑health budgets—an essential consideration as international aid shrinks.
Recognition at the UN’s 2026 STI Forum
Umeda’s innovative model earned him a spot as a “featured innovator” at the United Nations’ 2026 Science, Technology and Innovation Forum. The platform showcases early‑stage developers from diverse backgrounds who are tackling real‑world challenges, positioning SORA Technology among a select group of solutions with demonstrable potential to save lives and resources.
Broader Spectrum of Global‑South Innovations at the Forum
The STI Forum also highlighted a variety of other grassroots technologies: e‑waste recycling initiatives in Zambia, solar‑energy installations powering health centres in Argentina, and community‑run renewable energy hubs in Nigeria. These examples underscore the breadth of ingenuity emerging from developing nations when given the opportunity to scale.
UN Officials on Collaboration, Ownership, and Scale
Li Junhua, UN Under‑Secretary‑General for Economic and Social Affairs, emphasized that innovation thrives when paired with collaboration, local stewardship, and clear routes to scale. He warned that without these elements, even the most promising technologies risk remaining isolated pilots rather than transformative public‑goods.
Inclusion Gaps Highlighted by ECOSOC Leadership
Lok Bahadur Thapa, President of the UN Economic and Social Council (ECOSOC), pointed out that the obstacle is not a lack of inventive talent but a deficit in inclusion. Many innovators remain disconnected from financing, markets, and technical support, preventing their solutions from reaching the populations most in need.
Rita Orji’s Journey: Talent Amid Adversity
Rita Orji, a Professor of Computer Science and Canada Research Chair in Persuasive Technology at Dalhousie University, recounted her upbringing in a remote Nigerian village lacking electricity and running water. She first encountered a computer only at university, yet she taught herself to code and build systems, ultimately graduating with first‑class honours—proof that ability exists even when infrastructure does not.
Designing AI for the Global South: Orji’s Critique
Orji argues that most AI tools are crafted assuming users are literate, English‑speaking, and digitally fluent, which excludes billions of people. Consequently, such systems are “technically brilliant but developmentally useless” for the very communities they aim to serve. She contends that the prevailing north‑to‑south transfer model—design in the Global North, deploy in the South, then adapt—is fundamentally flawed.
A Call for Global‑South Leadership in AI Evolution
Orji urges a paradigm shift: the Global South should not be treated as a passive adopter of external intelligence but as a leader shaping what AI becomes. By co‑creating tools that reflect local languages, contexts, and capabilities, the international community can ensure that AI advances are both technically sound and genuinely beneficial to those who need them most. The message from the 2026 STI Forum is clear—future innovation must learn from, and be built with, the ingenuity of the Global South.