Isooko

Landing mobile page

Inspiration

Isooko was inspired by the daily challenges many communities across Africa face in accessing safe and reliable water. People often walk long distances without knowing if water is available or safe to use. By drawing inspiration from Africa’s rivers and natural water sources, we wanted to create a digital solution that helps communities locate, monitor, and protect water resources using technology and collective action.

What it does

Isooko is a mobile and web-based Smart Water Management System that helps communities across Africa to:

Locate nearby water sources such as wells, boreholes, and rivers Check real-time water availability and quality Receive alerts when water is unsafe for use Learn about water conservation through education and gamification Report issues like leaks or contamination to protect shared water resources

How we built it

We built Isooko using a combination of modern web, mobile, IoT, and AI technologies:

Frontend: React.js for web and React Native (with Expo) for mobile apps UI & Styling: Tailwind CSS and Material UI Maps & Visualization: Leaflet.js / Google Maps API and Chart.js Backend: Node.js with Express.js and RESTful APIs IoT Communication: MQTT protocol for real-time sensor data AI & Analytics: Python with TensorFlow/PyTorch for water quality prediction and trend analysis Sensors: pH, turbidity, temperature, conductivity, and contamination detection

Challenges we ran into

Integrating IoT sensor data with the backend in real time Ensuring data accuracy when combining sensor input and community reports Network reliability issues in remote and rural areas across Africa Balancing advanced technology with ease of use for non-technical users Managing development costs and system maintenance considerations

Accomplishments that we're proud of

Designing a solution tailored to water challenges faced across Africa Successfully integrating IoT, AI, and community-driven data in one platform Creating an educational and gamified experience to encourage water conservation Building a scalable system that can be adapted to different regions Strong collaboration across frontend, backend, UI/UX, and project management

What we learned

Technology is most effective when combined with community participation Designing for accessibility is as important as innovation IoT systems require careful planning for connectivity and maintenance Cross-team communication is essential for complex, multi-layered projects Sustainable solutions must consider long-term adoption, not just launch

What's next for Isooko

Pilot testing in selected communities across Africa Partnering with governments, NGOs, and water agencies Improving AI models for better water quality prediction Expanding offline functionality for low-connectivity areas Scaling Isooko to support water management initiatives across the continent