- Type
- not stated
- Format
- Time-series telemetry and tabular event records — high-frequency sensor and SCADA streams ingested over Modbus/SDI-12, OPC UA and MQTT, buffered at the edge and replayed to cloud object storage, plus lab results, forecast outputs and advisory/alert records; a geospatial digital-twin layer over catchments, zones and treatment assets
- Volume
- Est. roughly 100,000 readings per station per year at a few-minute polling interval across a handful of water-quality parameters, so tens of stations produce low millions of readings annually before SCADA tags, lab results and satellite imagery are added. Satellite and rainfall layers are externally sourced and therefore not incremental to the ownable volume. Volume scales linearly with each new utility deployment; no deployment count is published, so this is a mechanic-derived bound rather than a measured figure
- Users
- N/A — B2B platform sold to water operators, no registered-user base. Deployment scale should be measured in monitored catchments, stations and monitoring points; a single illustrative catchment shown on the site references 42 monitoring points, and the company's tiny footprint implies deployments in the tens of stations rather than thousands
- History
- 2 years
- Update frequency
- not stated
- Growth
- Active but pre-revenue-looking — a structured multi-module product narrative with a live edge-to-cloud architecture, current-generation hardware and cloud-service stack, and a modular land-and-expand motion ('most teams begin with detection at a handful of stations and add forecasting, the twin and optimisation as confidence builds')
- Launched
- ~2024-2025 (the site's reference list cites WHO/UNICEF 2023, UN-Water 2021 and a 2019 citation, and the stack is current-generation — Jetson Orin, TensorRT, Amazon Bedrock — indicating a build from roughly 2024 onward rather than an earlier vintage)
- Delivery
- not stated
- Entity mapping
- not stated
- Sample
- not stated
- Point-in-time
- not stated
- Licence
- not stated