Why It Matters
- AI infrastructure requires stable, predictable access to water for cooling and ultrapure semiconductor manufacturing. AquraIQ ensures this supply is measurable and verifiable at an industrial 10m³ scale.
- Atmospheric Water Harvesting (AWH) units convert ambient vapor into verifiable water output by consuming renewable power, grid electricity, renewables or waste-heat — with waste-heat enabling the highest-efficiency, near-zero-water configurations.
- Scaling AWH across the AI ecosystem demands verified, standardized measurement of water yield and energy provenance so operators can compare sites and technologies on a common baseline.
- The Water Efficiency Score (WES) creates a transparent link between recovered water and energy tiers, rewarding the integration of circular cooling (Waste-Heat) with enhanced asset multipliers.
- The WES Protocol turns real-time AWH performance into cryptographically signed, tamper-proof data.
- Verified AWH output becomes AI-WPC digital assets that AI operators and infrastructure investors can use to finance and deploy decentralized AWH capacity wherever compute growth is occurring.
💧 Powered by AI-WPC Water Credits
The AI-WPC Water Credits system converts verified industrial water recovery output into standardized, on-chain assets for the AI ecosystem—linking bulk water yield and energy provenance to a secure Web3 settlement layer.
Verification Layer
- Securely ingests real-time water output (m³) and energy input (kWh, thermal input) from AWH devices using tamper-resistant Data Logger Units (DLUs).
- Cryptographically signs performance data and anchors it to the Solana blockchain to ensure trustless, tamper-proof verification.
- Establishes the foundational audit trail required for scaling water generation across AI infrastructure deployments.
Settlement Layer
- Converts verified AWH output into standardized Water Credits based on Water Efficiency Score (WES) and energy tier (waste-heat, renewable, or grid).
- Automates credit issuance when efficiency thresholds are met, enabling predictable and real-time settlement of water credits between AWH operators and AI-sector buyers.
- Supports long-term offtake agreements, ESG-linked purchasing, and performance-based financing models.
Infrastructure Layer
- AWH Providers: deploy and operate water-harvesting units and earn AWC credits for every verified liter generated.
- AI Operators: purchase and retire AWC credits to document Water-Positive or Net-Zero-Water status for facilities or workloads within the AI ecosystem.
- Investors & Treasury: allocate capital toward high-impact AWH deployment in water-stressed regions, expanding decentralized water infrastructure aligned with compute growth.
AquraiQ Roadmap 2026–2032
From verified AWH output inside AI infrastructure to a DePIN-powered water-credit network — our path to a global standard for water-efficient AI compute.
Genesis Deployments for AI AWH
Deploy industrial-grade DLUs across partner vapor recovery systems inside AI data centers and semiconductor fabs. Establish baseline WES benchmarks for 10m³ batches across different energy tiers (Renewable, Grid, or Waste-Heat).
DePIN Verification Network
Launch the WES Oracle Network to securely ingest signed data and compute efficiency scores on-chain. Standardize data schemas for multiple AWH OEMs to participate under a single verification framework, onboarding flagship AI campuses as the first water-efficient compute hubs.
AI-WPC Settlement & Marketplace Layer
Roll out the AI-WPC settlement layer, turning verified AWH output into programmable water credits. Enable AI operators to retire AI-WPC against their own water footprint or to pre-fund future water-positive capacity through an institutional marketplace.
Global Water-Positive AI Standard
Establish WES and AI-WPC as the global reference metrics for 'Water-Positive AI'. Position AquraIQ as the preferred verification and financing rail for scaling recovery capacity alongside next-generation, high-density AI deployments worldwide.
