Prove device authenticity without teardown or disruption.
Counterfeit hardware impacts product integrity and creates significant security risks. A cloned board, swapped chip, or tampered sensor can introduce backdoors, bypass protections, or silently compromise mission-critical operations.
Sensor Biometrics verifies devices at the physical layer using their unique RF-DNA signatures. No access to firmware. No trust in external markings. Just hard, measurable proof of authenticity.
Counterfeit devices often mimic hardware specs and protocol behavior but can’t perfectly replicate RF emissions. Variations in manufacturing, materials, or internal architecture result in measurable signal variation; an RF fingerprint.
Sensor Biometrics captures the signature and compares it against a trained profile of authentic, trusted hardware. If something’s off, we catch it.
We detect:
Cloned or counterfeit components in the supply chain
Unauthorized board swaps in the field
Device-level manipulation after deployment
Trusted device impersonation attempts
Unlike invasive testing methods or teardown inspections, Sensor Biometrics authenticates devices by passively observing their real-time signal behavior. It works without interrupting workflows, pulling equipment offline, or trusting serial numbers, barcodes, or vendor metadata.
Passive signal-layer signatures
No need to open or modify hardware
Ideal for COTS, embedded, and mission-critical systems
Scales across multi-vendor, distributed environments
If it emits a signal, we can verify its identity without taking it apart.
In critical infrastructure, device trust is non-negotiable. Whether deploying industrial sensors, defense platforms, or commercial devices in regulated environments, you need to know what’s inside your network.
Sensor Biometrics gives you that assurance by detecting counterfeit hardware through direct signal layer analysis, not assumptions.
Counterfeit detection is no longer just a supply chain concern. It’s a security requirement. Sensor Biometrics strengthens compliance with zero-trust frameworks and hardware verification mandates by making device trust measurable, observable, and real.
No vendor labels. No part numbers. Just physics.
