Renewable Energy

Algae cultivation for biofuels is water-intensive, often requiring large volumes of freshwater for optimal growth.Water scarcity, regulatory pressure, and environmental impact are major barriers to scaling algae-based biofuels. Traditional water management is manual, reactive, and inefficient, leading to unnecessary waste and operational costs. Our project “AquaLoop” is an integrated IoT and AI-powered platform designed to monitor, optimize, and recycle water within algae cultivation systems (open ponds and photobioreactors)

Climate Change

We want to provide climate data and predictive modeling to farmers with timely, actionable advice that aligns their planting schedule with changing weather patterns. Our project “Climate-Sync” develops and deploys a decision support tool with scientifically backed recommendations on the optimal planting window for their crops.

EdTech

We create immersive, accessible digital learning experiences that equip the next generation with the knowledge and skills to lead in a sustainable future.

HealthTech

By predicting outbreaks before they occur, our project “GeoAI-Predict” empowers health authorities to deploy resources proactively, reduce disease burden, and save lives. Because vector-borne diseases are a growing global health threat, exacerbated by climate change, urbanization, and increased human mobility.