Overview
This dashboard displays the live Water Scarcity Index (WSI) running on the Polygon Amoy Testnet.
WSI updates automatically once every hour between 00:00–08:00 UTC.
Each update triggers two on-chain reactions:
- Evaporation: a portion of the WATX Testnet supply is evaporated when scarcity increases.
- Rainfall: when scarcity conditions allow, the system distributes WATX from the RainVault to a designated address.
Together, evaporation and rainfall simulate a dynamic digital water cycle, providing transparent measurements of scarcity pressure and recovery. All events—WSI updates, evaporation amounts, and rainfall—are recorded on-chain and displayed below.
How do you want to participate?
The WATX Testnet is a public sandbox for exploring how real-world water scarcity data becomes transparent, programmable logic.
Explore Water Transparency
This path is designed for anyone who wants to observe, learn, and validate how water scarcity data flows through the WATX model.
- Connect a testnet wallet (Polygon Amoy)
- View live Water Scarcity Index (WSI) updates
- Observe evaporation and rainfall events on-chain
- Explore historical data and transparency metrics
No real value. No financial activity. This testnet exists purely for transparency, validation, and experimentation.
Developer & Integrator Access
This path is for developers, researchers, and data partners integrating with WATX data and models.
- Consume live WSI and KPI JSON endpoints
- Verify oracle update cadence and integrity
- Analyze on-chain reactions to scarcity changes
- Prepare integrations for future DAO phases
Phase 2 — Oracle Operators (Coming Soon)
Future testnet phases will introduce controlled participation for oracle operators and data validators.
- Multi-source data submission
- Signed WSI payload verification
- Discrepancy detection and rollback testing
This functionality is not yet active. No operator onboarding is required.
Contracts (Polygon Amoy)
Token: 0xDdb3769b928107484AEb5657951CF7264b4aB6c7
Oracle: 0xbBa2B8282F7675804C9AC14012E4ee81B5974DD3
View Token | View OracleWallet Connection
WSI Over Time
Evaporation History
Recent WSI Updates
Total Rainfall
Next Rain Probability
WSI Formula
WSI = (0.25·A) + (0.35·S) + (0.25·U) + (0.15·G)
Composite of global hydrological indicators from UN Water, WRI Aqueduct, FAO AQUASTAT, NASA GRACE.