Secure Your Embedded
Platforms Before They Ship
Secure Your Embedded
Platforms Before They Ship
Secure Your Embedded
Platforms Before They Ship
Detect security regressions across the OS build lifecycle. Run seamless
CI-analysis, without external firmware uploads
Detect security regressions across the
OS build lifecycle. Run seamless
analysis in CI, without external image uploads
Detect security regressions across the OS build lifecycle. Run seamless
CI-analysis, without external firmware uploads
Global IoT footprint is increasing exponentially, and so is the embedded attack surface.
Yet, embedded teams lack a cohesive workflow to verify platform security.
Point-in-time image scans force embedded teams to remove the noise from the signal, while fragmented tooling analyse only limited parts of the platform in isolation.
With the EU CRA fast approaching, devices must ship with "secure-by-default" configurations and OEMs cannot afford to lose sight of blindspots anymore.
Global IoT footprint is increasing exponentially, and so is the embedded attack surface.
Yet, embedded teams lack a cohesive workflow to verify platform security.
Point-in-time image scans force embedded teams to remove the noise from the signal, while fragmented tooling analyse only limited parts of the platform in isolation.
With the EU CRA fast approaching, devices must ship with "secure-by-default" configurations and OEMs cannot afford to lose sight of blindspots anymore.
Global IoT footprint is increasing exponentially, and so is the embedded attack surface.
Yet, embedded teams lack a cohesive workflow to verify platform security.
Point-in-time image scans force embedded teams to remove the noise from the signal, while fragmented tooling analyse only limited parts of the platform in isolation.
With the EU CRA fast approaching, devices must ship with "secure-by-default" configurations and OEMs cannot afford to lose sight of blindspots anymore.
Our Mission
Our Mission