H2OS uses live sensor data, weather, and AI models to predict dissolved oxygen trends hours ahead. It can start with limited local data and improves as it learns each farm’s patterns

The device supports native Bluetooth discovery and secure onboarding. Simply open the app, scan nearby devices, and connect in seconds — no complex setup required.

No. H2OS supports Wi-Fi and built-in global IoT eSIM. In remote sites, it automatically connects to the strongest available cellular signal. If the signal is unstable, data is stored locally and synced once reconnected.

No. H2OS is designed to run automatically. Once installed, it continuously collects water data and predicts oxygen risk without adding extra work for farm operators.

Yes. H2OS is built to integrate with existing farm workflows. Our data can be exported or connected through API, so teams can view oxygen trends and risk alerts inside the platforms they already use.

H2OS supports outdoor ponds, indoor RAS, shrimp farms, aquaponics systems, hatcheries, and pond management operations. It is designed for DO-sensitive species such as shrimp, tilapia, trout, barramundi, catfish, and other farmed aquatic species.

Aeration is one of the largest energy costs on fish farms. H2OS helps reduce wasted aeration by predicting low-oxygen risk before it becomes an emergency. With earlier warnings, farmers can choose safer feeding windows, reduce feed waste, and avoid oxygen stress that often leads to costly chemical treatments.