Proof of Concept Complete • Ready for Scale-Up
Hydro-Vector Resilience Integrated (Hydro-VeRI)
An innovative, climate-adaptive approach to vector control and health surveillance that protects lakeshore communities in Salima from the growing intersection of climate change and mosquito-borne disease.
See the Impact
Barrier Reduction
Quantitative Results
89% true-positive accuracy rate achieved by the Soil-Moisture AI Engine in identifying ground waterlogging anomalies — delivering an average 74-day proactive warning window to frontline health networks prior to vector spikes.
91% reduction in late-stage Anopheles larval density within 72 hours of targeted local application — confirmed by field dipping audits in community Bti-treated rice paddies and lakeshore pools.
100% operational climate-controlled uptime across two prototype solar smart depots during an intense 19-day flooding event — resulting in 0% medicine spoilage or stockouts, compared with an average of 9 stockout days at standard control facilities.
Next Steps
With the proof of concept successfully completed, FAAD is preparing to scale Hydro-VeRI to additional high-risk lakeshore communities — strengthening climate resilience and protecting more families from the compounding threats of climate change and mosquito-borne disease.
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