Secure Software Development: NIST SSDF & SBOM Services
FDA 524B, the EU Cyber Resilience Act, and your biggest customers all now expect security built into how you develop software, not bolted on before release. We implement NIST SSDF practices, SBOM tooling, and threat modeling that satisfy multiple regulations with one framework.
- One Framework, Many Regulations: NIST SSDF (SP 800-218) practices map directly to FDA 524B and CRA secure-by-design requirements.
- Own Your Supply Chain: SBOM tooling and processes that track every third-party and open-source component.
- Design Out Vulnerabilities: Threat modeling workshops and secure-design reviews with your engineering team.
- Keep Development Moving: Practical practices sized to your team, not a bureaucratic overlay.
Cybersecurity Program Scope
EU Cyber Resilience Act (CRA)
Vulnerability reporting from Sept 2026
IEC 62443
IoT & industrial control security
FDA 524B & IEC 81001-5-1
Medical device cybersecurity
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The Challenge: Regulators Now Audit How You Build
Modern product regulations don’t just test the final device—they examine the development process behind it. FDA Section 524B expects a Secure Product Development Framework. The EU Cyber Resilience Act demands secure-by-design practices and supply-chain accountability. And high-profile supply-chain attacks have your customers asking hard questions about every component in your software. Teams that treat security as a release-gate activity end up rediscovering the same vulnerabilities release after release—paying for them each time in testing, patching, and delays.
Our Secure Software Development Services
We help you build security into your lifecycle once, then generate compliance evidence from it continuously.
- NIST SSDF (SP 800-218) Implementation: Assess your current practices, prioritize gaps, and stand up a Secure Software Development Framework that satisfies FDA and CRA expectations.
- SBOM Tooling & Supply-Chain Risk Management: Generate and maintain machine-readable SBOMs, monitor components for new vulnerabilities, and manage open-source license and security risk.
- Threat Modeling Workshops: Hands-on sessions with your engineers to map attack surfaces and design mitigations before code is written.
- Secure-Design & Code Review: Expert review of architectures and critical code paths, backed by static analysis and fuzz testing from our lab.