Detect unauthorized devices before they embed, pivot, or impersonate legitimate ones.
Rogue hardware doesn’t knock at the front door; it slips in through overlooked ports, unsecured wireless connections, or swapped-out components. These rogue installations bypass software-level defenses and blend into trusted network traffic.
Sensor Biometrics closes that gap by identifying untrusted devices at the signal level. We see what other tools can’t: devices that behave like they belong but don’t emit the right physical layer signature.
Most network security tools use metadata, software behavior, or known credentials to identify threats. But backdoor devices often imitate those signals or spoof them outright.
Sensor Biometrics continuously monitors RF-DNA signatures from every active device, comparing each one to a trained set of trusted signals. If a new device appears or a known one behaves anomalously, it gets flagged immediately.
What we detect:
Rogue devices introduced through physical access
Spoofed or cloned hardware mimicking trusted endpoints
Unauthorized hardware replacements in diverse multi-vendor systems
Subtle signal impersonation attempts invisible at higher layers
Sensor Biometrics doesn’t rely on the device to self-report its identity. We don’t need to access firmware, load agents, or assume a device is trustworthy based on its network behavior.
We verify devices by how they behave—physically. That means faster detection, broader coverage, and no reliance on MAC addresses, digital certificates, or manual device registration.
Passive RF monitoring
Works with embedded, legacy, and COTS hardware
Requires no cooperation from the device
Deploys without changing infrastructure or protocols
Unauthorized devices don’t just appear; people install, insert, or swap them in. Backdoor access is physical, and your detection should be, too.
Sensor Biometrics anchors security in the physical layer, identifying threats by their emissions, not assumptions. This is how you protect against the attack vector most defenses ignore.
Backdoors don’t announce themselves. But they change the environment electromagnetically, behaviorally, and instantly. That’s where we detect them.
If it emits a signal, we can find it. If it doesn’t match what’s trusted, we raise the flag.
