Detect device-level threats the moment they surface without relying on agents, credentials, or guesswork.
Every device emits a unique radio frequency (RF) signature. When that signal changes, it can indicate spoofing, component failure, or hardware tampering.
Sensor Biometrics monitors each device’s signature at the signal level in real-time. No waiting for logs. No reliance on what the device claims to be. No delay in detection.
Sensor Biometrics compares every live transmission to a trained baseline signature. If a signal shifts—even slightly—we know. That means earlier detection, faster response, and fewer blind spots.
What we catch:
Rogue or spoofed devices imitating trusted hardware
Signal drift caused by tampering, failure, or replacement
Unauthorized hardware replacements in secure environments
Behavioral deviations invisible at the network layer
Sensor Biometrics doesn’t require firmware access, agents, or cooperation from the device itself. We identify threats by observing how the device behaves physically, not how it’s labeled on the network.
RF-DNA-based signal monitoring
Works with COTS, embedded, and legacy hardware
Performs in noisy, low-SNR environments
Flags anomalies before disruption occurs
If the signal changes, we know and we alert.
Anomaly detection at the signal level gives security teams visibility into what’s happening beneath the surface of their networks. That’s critical in environments where software logs and metadata fall short.
Sensor Biometrics supports anomaly detection in:
SCADA and ICS systems
IoT and IIoT device networks
Shipboard Integrated Platform Management (IPMS) and Hull, Mechanical, and Electrical Environments (HM&E)
Multi-vendor, legacy-rich operational stacks
We don’t alert on every fluctuation. Our system uses dimensional reduction and relevance-based classification to filter the noise and focus attention where it matters: on actual device-level risks.
You’ll only be alerted when behavior indicates an actual threat, not every variance.
If you’re not watching device behavior at the physical layer, you’re operating on assumptions. Sensor Biometrics transforms signal activity into proof of trust–verifiable, real-time, and always present.
