We do fundamental research, applied engineering, and real-world deployment โ under one roof. Building the systems the world's infrastructure desperately needs.
The world is spending trillions on infrastructure without the engineering systems needed to run it efficiently.
19,000 large dams globally are now over 50 years old, with critical monitoring systems decades behind.
Incumbents rely on 40+ year-old sensor tech with no innovation. AI startups lack engineering depth.
Academic research never gets deployed. Service firms do manual inspections. Nobody does both.
We detect water pathways inside concrete โ non-destructively, in real-time. No drilling. No guesswork.
Wave-based technology scans concrete structures in-situ without any physical damage or core drilling.
Operable via handheld devices and drones โ enabling access to hard-to-reach infrastructure.
Applicable across dams, bridges, tunnels, and industrial infrastructure. One system, many domains.
We've proven we can detect water inside walls โ scanning concrete samples with embedded pipes and mapping their locations.
2.5 years of focused work โ building real systems, not slide decks.
2.5 years of focused research on wave-based sensing, with Patent 202511019454 filed (2 more in pipeline) for seepage mapping.
Successfully detected water pathways across concrete samples in controlled lab conditions.
Several hardware and sensing iterations built and tested โ clear path from prototype to field-ready system.
Rolling out across Punjab dams & piloting with first dam. Recognized at Dam Safety conference & engaging with government officials.
2+ years working together. Shipped multiple projects. Shared goal to build cool tech that matters.