Cyber Digital Twins™

Get an exact blueprint of your software so you can quickly pinpoint vulnerabilities and secure your medical devices

Book a demo

Under

The Hood

Get to know your

Devices from within

A Cyber Digital Twin is a detailed representation of your medical devices software components make-up including the C-SBOM, licenses, hardware architecture, OS’s configurations, encryption mechanisms and keys, control flow, API calls and more.

Upload any firmware to Cybellum, and it automatically exposes all characteristics within the binary files, providing insights into the composition and context in which medical device software operates. No source code needed.

Under

The Hood

Identify Exposure

To Risk

The Cyber Digital Twins are continually evaluated for the presence of CVEs and zero-days. Each vulnerability is evaluated for relevancy and the risk it poses to the specific component and IoMT device involved, presenting any resulting attack chains that could impact overall security.

Finally, the Cyber Digital Twin is validated against your security requirements including hardening, remote update flow, or coding standards – and audited for compliance with industry regulations and standards such as FDA-2018-D-3443 and UL 2900.

Under

The Hood

Continuously Monitor For

Security Hazards

Secure today doesn’t mean secure tomorrow. Using a real-time threat intelligence feed aggregated from private and public sources, your Cyber Digital Twins are checked for new vulnerabilities, severity-level increases to existing threats, and new attack methods, showing you a full impact assessment on your entire install base and providing mitigation recommendations.

Under

The Hood

Get to know your

Devices from within

A Cyber Digital Twin is a detailed representation of your medical devices software components make-up including the C-SBOM, licenses, hardware architecture, OS’s configurations, encryption mechanisms and keys, control flow, API calls and more.

Upload any firmware to Cybellum, and it automatically exposes all characteristics within the binary files, providing insights into the composition and context in which medical device software operates. No source code needed.

Identify Exposure

To Risk

The Cyber Digital Twins are continually evaluated for the presence of CVEs and zero-days. Each vulnerability is evaluated for relevancy and the risk it poses to the specific component and IoMT device involved, presenting any resulting attack chains that could impact overall security.

Finally, the Cyber Digital Twin is validated against your security requirements including hardening, remote update flow, or coding standards – and audited for compliance with industry regulations and standards such as FDA-2018-D-3443 and UL 2900.

Continuously Monitor For

Security Hazards

Secure today doesn’t mean secure tomorrow. Using a real-time threat intelligence feed aggregated from private and public sources, your Cyber Digital Twins are checked for new vulnerabilities, severity-level increases to existing threats, and new attack methods, showing you a full impact assessment on your entire install base and providing mitigation recommendations.

Complete Transparency

Gain full visibility into automotive software, uncovering their make-up, characteristics and the context in which they operate. No source-code needed

Razor-sharp
Focus

Normalized digital representations of vehicle components do the assessment “heavy lifting”, so you can focus on CVEs, zero-days and compliance

Undisputable Traceability

Pin-point cyber risks and trace their origin across the supply chain, during development and post-production, when vehicles are on the road

SECURITY THAT’S

Crafted FOR Medical Devices

The Cybellum Cyber Digital Twins™ are designed for the medical device industry with its unique and diverse ecosystem of operating systems, microcontroller architectures, file-formats and more. It exposes not just the vulnerabilities themselves, but the entire attack chain – giving OEMs and their suppliers a clear picture of the potential damage vulnerabilities may cause.