Active programmes, in deep technical detail.
Each programme is reported with its current TRL stage, scope, and target deployment context. Specifications are kept conservative — we publish numbers when the bench supports them.
Solar-Integrated Seawater Desalination
India's coastal regions live a paradox: surrounded by ocean yet starved of potable freshwater. Our desalination programme builds modular, solar-powered RO units sized for community to municipal scale.
An adaptive control layer continuously tunes membrane pressure, flow rates, and pre-treatment dosing against real-time salinity and solar availability. Field trials target a meaningful reduction in operational cost compared to grid-powered baseline systems.
- Output Capacity
- 10K–500K L/day
- Energy Source
- Solar + Wind Hybrid
- Technology
- AI-Optimised RO
- Target Region
- Coastal Tamil Nadu
- Status
- Prototype, TRL 4
- Mission
- Jal Jeevan Mission
Cattle Unification & AI Health Intelligence
India's livestock sector lacks a per-animal digital identity, hindering disease surveillance, productivity tracking, and traceability across the dairy supply chain. Xora's platform issues each animal a verifiable identity using muzzle pattern recognition, gait analysis, and RFID anchoring.
Wearable IoT sensors stream vitals — temperature, heart rate, rumination patterns, and activity — to anomaly-detection models that surface potential health events before clinical symptoms appear. Designed for direct integration with state animal husbandry departments and dairy cooperatives.
- Detection Lead Time
- 24–72 hours
- ID Stack
- Vision + Gait + RFID
- Integration
- State Livestock Dept
- Inference
- Real-time Cloud + Edge
- Status
- Pilot, TRL 5
- Mission
- NDLM / e-Gopala
Atmospheric Water Generation
The lower troposphere holds an estimated 12,900 km³ of water vapour. Our AWG programme extracts this resource using hybrid desiccant cycles, energy-recovery refrigeration, and AI-scheduled operation aligned to humidity windows.
Operating effectively above 30% relative humidity, units require no incoming water infrastructure — making them suitable for tribal hamlets, mountain villages, island communities, and disaster-relief operations. Solar-powered variants achieve 20–150 litres per day per unit.
- Min. Humidity
- 30% RH
- Per-Unit Yield
- 20–150 L/day
- Power Source
- Solar Off-Grid
- Use Cases
- Remote + Disaster Relief
- Status
- Prototype, TRL 4
- Mission
- Jal Jeevan + Defence
Shoreline Wave Energy Extraction
India's coastline receives consistent wave energy year-round, representing a largely untapped renewable resource. Our wave-energy programme combines oscillating water column converters and point-absorber buoys into modular grid-tied units.
A 48-hour AI wave forecasting model pre-positions arrays for maximum capture efficiency. Modular topology lets the same building blocks scale from 50 kW village systems to multi-megawatt urban coastal arrays.
- Technology
- OWC + Point Absorber
- Coastline Target
- 7,516 km
- Forecast Model
- 48-hour horizon
- Scale Range
- 50 kW – multi-MW
- Status
- Feasibility, TRL 2–3
- Mission
- 500 GW Renewable
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