NIST Secure Software Development (SSDF SP 800-218) for C/C++ with CppDepend

NIST SP 800-218, the Secure Software Development Framework (SSDF), defines the practices U.S. federal agencies and their suppliers must follow to produce secure software. Combined with NIST guidance on CWE (Common Weakness Enumeration), it pushes organizations toward systematic, tool-based verification of code — exactly where static analysis fits. For C/C++ codebases, memory-safety and undefined-behavior weaknesses (CWE-119, CWE-120, CWE-416, CWE-476…) are the top targets.

SSDF Practices Mapped to Static Analysis

• PW.4 — Reusable, well-secured code: verify that shared components meet the organization’s security requirements.
• PW.7 — Review and analyze code: automated static analysis to identify vulnerabilities and verify compliance with secure coding standards.
• PW.8 — Test executable code: feed analysis results into the vulnerability-management process with measurable trends.
• RV.1 — Assess and remediate: track technical debt and violation trends release over release.

How CppDepend Supports NIST-Aligned Programs

• Built-in CWE and CERT C/C++ rule sets covering the most dangerous weaknesses in native code.
• Custom CQLinq security rules: ban dangerous APIs (strcpy, sprintf, gets), enforce bounds-checked alternatives, flag risky casts and integer-overflow patterns.
• Architecture-level security: keep crypto, parsing and privileged components isolated with enforced dependency rules.
• Continuous verification: quality gates in CI make SSDF-style verification automatic on every change.
• Compliance reporting: exportable evidence for ATO packages and supplier assessments.

Related Industries & Case Studies

• Case study: maintainability and auditability in public sector software
• Case study: securing a real-time trading platform

Related Coding Standards

CERT C · CERT C++ · CWE · PCI DSS