The Hyperlocal Water Unit by Agile Water is a cutting-edge solution designed to provide direct water access in underserved peri-urban or crisis-affected communities. The compact unit is specifically engineered for fast deployment and can treat up to 40,000 litres of water per day using membrane ultrafiltration technology. This innovative approach ensures the delivery of microbiologically safe water at an incredibly low cost of approximately 0.4 cents per litre.

Operating at low pressure (1–2.5 bar) without the need for chemicals, the Hyperlocal Water Unit is highly versatile and can be seamlessly integrated with various local water sources such as surface water, wells, or rainfall. Furthermore, the units are cloud-connected for remote monitoring, with data loggers transmitting operational metrics via SMS for real-time insights.

One of the key features of this solution is its integration with a community delivery network, where trained local ambassadors and drivers manage orders through a mobile app and distribute water within the community. Additionally, the availability of replacement parts locally helps reduce downtime and lower logistics costs, ensuring continuous and efficient operation of the system.

The Hyperlocal Water Unit is not just a water treatment system; it is part of a decentralized, inclusive economic model that supports beneficiaries, promotes local manufacturing, and empowers vulnerable populations in both rapid-response and everyday access scenarios. Its modular architecture, digital ordering system, and community-based distribution approach make it a scalable, socially oriented, and environmentally sustainable water solution.

• Compact design for fast deployment
• Membrane ultrafiltration technology for safe water
• Low cost of approximately 0.4 cents per litre
• Operates at low pressure without chemicals
• Cloud-connected for remote monitoring
• Community delivery network for local distribution
• Availability of replacement parts locally
• Decentralized and inclusive economic model
• Modular architecture for scalability
• Environmentally sustainable approach