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Generate Embedded SBOM for C/C++

Trusted by security and compliance teams at 100+ regulated companies in

MedTech

SAMD

AISaMD

FinTech

Energy

eSports

Consumer SaaS

MedTech

Trusted by 100+ in

SiMD

SaMD

AISaMD

FinTech

Energy

eSports

Consumer SaaS

SiMD

Trusted by 100+ security and compliance teams in

MedTech

SAMD

AISaMD

FinTech

Energy

eSports

Consumer SaaS

MedTech

Audit-ready SBOM. With every build.

Q: What is an SBOM, and why do I need one?

A software bill of materials is a machine-readable inventory of every component in your software, including the open-source and third-party dependencies you do not write yourself. It lets you answer whether a vulnerability affects you in seconds rather than days, and regulators increasingly require one.

Q: Which regulations does Interlynk help with?

FDA 524B, the EU CRA, NIS2, DORA, and PCI DSS 4.0, among others. The same SBOM and vulnerability evidence serves most of them, so you build the capability once.

Q: Does Interlynk work with C and C++?

Yes. Embedded C and C++ have no standard dependency manifest, which breaks most SBOM tools. Interlynk's generator runs after your build and captures transitive and vendored components with per-component evidence.

Q: Can I generate SBOM automatically in CI?

Yes. Interlynk plugs into your build pipeline so a fresh SBOM is produced with every release and stays in sync with what you ship.

Interlynk automates the full SBOM lifecycle: generate, ingest, enrich, monitor, and share. Built for teams shipping under FDA 524B, EU CRA, NIS2, DORA, and PCI DSS 4.0.

Two business professionals reviewing cybersecurity data on a laptop, surrounded by security and compliance icons.

INDUSTRIES

SBOM compliance for regulated industries.

Healthcare

Financial Services

Government

Healthcare cybersecurity concept showing a professional interacting with secure medical data dashboards and encryption visuals.

FDA 524B SBOM

Medical device makers must now ship an SBOM with every premarket submission under FDA Section 524B, or risk a refuse-to-accept before review begins. Interlynk generates submission-ready SBOMs tied to the exact device build, tracks component vulnerabilities across the product lifecycle, and keeps your evidence audit-ready for FDA and global regulators.

Healthcare

Financial Services

Government

FDA 524B SBOM

Healthcare

Financial Services

Government

FDA 524B SBOM

PLATFORM

The whole SBOM lifecycle. One platform.

Automated SBOM Management

Automate the creation and management of Software Bills of Materials (SBOMs) to ensure transparency, compliance, and faster response to vulnerabilities.

Open Source Management

Gain full visibility and control over open-source components, licensing, and risks while streamlining compliance across your software supply chain.

Supplier Monitoring

Continuously track and assess third-party suppliers for security, compliance, and risk posture to strengthen your overall supply chain resilience.

Post Quantum Readiness

Prepare your systems for the next era of cybersecurity by identifying cryptographic dependencies to meet post-quantum threats.

Gain full visibility and control over open-source

components, licensing, and risks while streamlining compliance across your software supply chain.

COMPLIANCE

What the FDA expects, and how Interlynk delivers it.

FDA cybersecurity requirements (524B)

Generate the SBOM artifacts FDA expects in premarket submissions — formatted, complete, and traceable to the device build that shipped.

FDA cybersecurity requirements (524B)

Generate the SBOM artifacts FDA expects in premarket submissions — formatted, complete, and traceable to the device build that shipped.

Vulnerability monitoring across the supply chain

Watch every component in every version for new CVEs as they're disclosed. Filter out what doesn't apply with VEX, so your team responds to real risk instead of triaging noise.

Vulnerability monitoring across the supply chain

Watch every component in every version for new CVEs as they're disclosed. Filter out what doesn't apply with VEX, so your team responds to real risk instead of triaging noise.

Demonstrating secure-by-design practices

Map your SDLC artifacts to FDA's secure-by-design expectations automatically — version control, dependency review, vulnerability response — without rebuilding the evidence trail for every submission.

Demonstrating secure-by-design practices

SBOM mandates and documentation gaps

Close the gap between what your dev team builds and what your regulatory team needs to submit. Interlynk reconciles the two automatically, so nothing gets lost between sprints and submissions.

SBOM mandates and documentation gaps

Close the gap between what your dev team builds and what your regulatory team needs to submit. Interlynk reconciles the two automatically, so nothing gets lost between sprints and submissions.

Managing patch & update expectations

Show FDA your patch posture across the device fleet at any point in time. Prioritize fixes by exploitability, not CVSS alone.

Managing patch & update expectations

Show FDA your patch posture across the device fleet at any point in time. Prioritize fixes by exploitability, not CVSS alone.

Audit & submission readiness

One queryable record per device, one click to export. Stop assembling submission packages from spreadsheets the night before they're due.

Audit & submission readiness

One queryable record per device, one click to export. Stop assembling submission packages from spreadsheets the night before they're due.

FAQ

SBOM compliance FAQ

What is Interlynk?

Interlynk manages the full SBOM lifecycle: generate, ingest, enrich, monitor, and share. It is built for teams shipping under FDA 524B, EU CRA, NIS2, DORA, and PCI DSS 4.0.

What is an SBOM, and why do I need one?

Which regulations does Interlynk help with?

Does Interlynk work with C and C++?

Can I generate SBOM automatically in CI?

RESOURCES

Latest SBOM and compliance guides.

Interlynk overview: SBOM generation for embedded and IoT firmware

SBOMs for Embedded and IoT Systems

Jul 16, 2026

A practical Q&A on generating accurate SBOMs for embedded C/C++ and IoT firmware, including STM32, NXP, Nordic, RTOS, binary blobs, linker maps, variants, and the EU Cyber Resilience Act.

Diagram of cdxgen generating a CycloneDX SBOM from software: a small box of tangled components on the left, a prominent terminal running cdxgen in the center, and an itemized SBOM with green, amber, and red risk labels on the right, Interlynk

How to Generate a CycloneDX SBOM with cdxgen (2026 Edition)

Jul 15, 2026

How to generate a CycloneDX SBOM with cdxgen: install, per-language commands, GitHub Actions and Azure CI, evidence, signing, and depth pitfalls.

From CMake Build to SBOM: Trusted Firmware-M on STM32H5

Jul 5, 2026

Generating accurate CycloneDX SBOMs for a Trusted Firmware-M build on STM32H5 using lynkctl — driven by the CMake build and linker maps, not source scanning

Interlynk overview: why enterprise SBOM management breaks at scale

Why SBOM Management Breaks in Large Enterprises

Jun 30, 2026

Enterprise SBOM management breaks at scale for five predictable reasons. Why generating SBOMs is the easy part, and managing them is where programs fail.

Trusted by security and compliance teams at 100+ regulated companies