Cybersecurity: Secure Design & Architecture
Cybersecurity: Secure Design & Architecture
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Cybersecurity: Secure Design & Architecture

Software transparency is critical to securing modern medical devices. SBOMs provide visibility into the software components that make up a device, enabling better supply chain oversight, faster vulnerability response, and greater trust between manufacturers and healthcare organizations. This content explores how SBOMs support these goals in practice.

Cybersecurity labeling connects design intent to real-world device use. It communicates to clinicians, IT administrators, and healthcare delivery organizations how to install, configure, maintain, and retire a device securely.

By identifying and mitigating risks at design time, manufacturers avoid embedding vulnerabilities into their systems and ensure compliance with international regulations and standards.

The Velentium Medical Cryptographic Assurance Levels (VEL-CAL) framework defines a tiered classification system for selecting cryptographic primitives and configurations in medical device systems.

Cybersecurity isn’t just a test before launch. At Velentium Medical, it’s built into every phase of development and maintenance. Our Total Product Life-Cycle process ensures your device is secure by design and safe in the field, backed by our templates and expertise to help you navigate the full process.
Building medical devices where the stakes are high and the path isn't obvious requires expert partners you can trust. More importantly, it requires people you'll want in the room when things get difficult.
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