UnCognito is a dual-use deeptech company applying physics and acoustics to solve critical problems in cybersecurity and national defence — particularly at the vulnerable edge. Built on deep R&D expertise spanning naval acoustics, oil exploration, high-performance computing and AI.
UnCognito is a dual-use deeptech company applying physics and acoustics to solve critical problems in cybersecurity and national defence — particularly at the vulnerable edge. Built on deep R&D expertise spanning naval acoustics, oil exploration, high-performance computing and AI.
Real-time, high-throughput detection of synthetic media across audio, video, and visual channels. Built for enterprise security stacks and government environments.
"Listen up to shoot down" — a passive acoustic detection system integrated with automated response capabilities for drone defence and battlefield awareness.
AI systems chasing evolving generative models are locked in an arms race they cannot win. Physics-based detection is orthogonal to that race entirely.
Physics detects inconsistencies that synthetic media cannot conceal, regardless of how the model evolves.
No need for large AI inference pipelines — physics-based checks run efficiently in real time.
As attackers iterate on generative models, our detection does not degrade — it remains anchored in physical reality.
Deployable offline, at the edge, in classified environments — where heavyweight cloud AI cannot go.
| ATTRIBUTE | AI vs AI | PHYSICS-BASED |
|---|---|---|
| Approach | Arms race dynamics | Orthogonal |
| Compute | High | Low |
| Detection Method | Reactive / model-based | Structural |
| Over Time | Degrades | Stable |
| Edge / Offline | Limited | Native |
| Latency | High | Real-time |