AI-generated threats cannot be reliably defeated by more AI alone. In an ever-evolving world where malicious actors iterate faster than defensive models can adapt, traditional approaches become increasingly compute-intensive, reactive, and ultimately fragile.
Drawing on decades of expertise in acoustics, signal processing, and high-performance computing, UnCognito applies physics-based detection to identify structural inconsistencies that synthetic media cannot conceal.
The result is a fundamentally more efficient and robust solution: lower cost, lower latency, and resilient performance in real-time, high-throughput environments.
CPU Usage — on iPhone 16
RAM footprint — on-device
Concurrent audio streams (cloud)
Archived content / hour (batch)
Fully self-contained, GDPR compliant. Real-time, on-device with no transmission delays and no cloud compute or storage fees. Operates offline and in secure environments — data stays on-device with no exposure to external networks.
Fully self-contained, GDPR compliant. Real-time, on-device with no transmission delays and no cloud compute or storage fees. Operates offline and in secure environments — data stays on-device with no exposure to external networks.
Four key performance characteristics that differentiate UnCognito's approach:
CPU & RAM Requirements
Detection Spreed
Processing Architecture
Environment Support