meok-eu-cra-mcp

meok-eu-cra-mcp

EU Cyber Resilience Act (CRA, Regulation (EU) 2024/2847) compliance MCP server by MEOK AI Labs.

The MCP for CRA — the EU Cyber Resilience Act (Reg (EU) 2024/2847). Applies to every product with software sold in the EU, including AI systems, IoT devices, and standalone software.

Date	What
10 Dec 2024	CRA entered into force
11 Sep 2026	Vulnerability reporting obligations start (Art 11, Art 14)
11 Dec 2027	Full applicability — every product must comply

CRA co-exists with NIS2 (for the organisation operating the product) and EU AI Act (for the AI capabilities of the product). Most regulated entities need to comply with both.

4 obligations covered

Obligation	What	Why it bites
Art 6 + Annex I — Essential cybersecurity requirements	Risk-based security at design, no known vulns at placement, secure-by-default config, encryption, integrity, DoS resilience, attack surface reduction, security update mechanism	Every product on the EU market. Penalty: €15M or 2.5% of global turnover
Art 10 — Vulnerability handling	Identify, document, test, fix, disseminate, free, throughout product lifetime or 5 years (shorter)	Every product. ENISA 24h reporting for actively exploited vulns starts 11 Sep 2026
Art 13 — Conformity assessment	Self-assessment (Class I) or Notified Body (Class II) before placing on market	Every product. Class II is required for the 5 critical categories in Annex III (password managers, identity/auth, VPN, network management, SIEM, PKI issuers)
Annex I §2 — SBOM + secure-by-default	Software Bill of Materials (CycloneDX or SPDX), auto-update enabled, factory-reset procedure for end-of-life	Every product. SBOM is the de facto machine-readable compliance evidence

Install

pip install meok-eu-cra-mcp
meok-eu-cra-mcp

Tools (5)

cra_overview()

CRA framework summary: scope, key dates, penalty structure, exclusions (medical devices, motor vehicles, aviation, FOSS-no-commercial), and how it co-exists with NIS2, EU AI Act, GDPR, and the Product Liability Directive 2024/2853.

classify_cra_obligations(places_product_on_eu_market, has_internet_connectivity, handles_personal_data, is_critical_infrastructure, is_iot_or_connected_device, is_ai_system_under_ai_act, is_free_and_open_source_no_commercial, is_medical_device, is_motor_vehicle, is_aviation_product)

Map product characteristics to the 4 CRA obligations + criticality class (Class I self-assessment vs Class II Notified Body) + ENISA reporting requirement + 24h reporting window + 2027-12-11 full applicability date. Exclusions handled first: medical devices, motor vehicles, aviation, FOSS-no-commercial.

audit_cra_pipeline(tenant_id, has_sbom, sbom_format, has_security_txt, has_vulnerability_disclosure_policy, has_signed_releases, has_auto_update_mechanism, has_data_removal_procedure, has_threat_model, has_ssa_or_penetration_test, has_secure_sdlc_documented, sample_sbom_components)

Audit an existing product pipeline for CRA compliance gaps. Checks for missing SBOM, security.txt, VDP, signed releases, auto-update, data-removal procedure, threat model, security testing, Secure SDLC. Also scans sample SBOM components for known-vulnerable packages (log4j 1.x, openssl 1.0.1, etc.) and flags critical if found.

sign_cra_attestation(entity_name, product_name, criticality_class, compliance_score, has_sbom, has_vdp, has_signed_releases, contact_email)

Generate a hash-chained CRA compliance attestation via the canonical meok-attestation-api /sign endpoint. Returns cert_id, signature, verify_url, audit_url, issued_at, expires_at, kid. Requires MEOK_API_KEY env var (free tier: 1 cert/day; Pro tier £199/mo: unlimited).

crosswalk_cra_to_nis2()

Side-by-side CRA ↔ NIS2 crosswalk: 10 rows (scope, effective date, authority, reporting, vulnerability handling, secure-by-default, SBOM, penalty, conformity assessment, pen-test cadence). Practical note: CRA is product-side; NIS2 is org-side. A cloud-hosted AI product is CRA-regulated (as a product) AND the cloud provider is NIS2-regulated (as an essential entity). One assessment, both regimes, different deliverables.

Honest limits

• No actual SBOM generation: you bring the SBOM (or run Syft/cdxgen first). The MCP tells you the format + standards
• No ENISA reporting submission: the ENISA single reporting platform is a separate portal (URL TBD by ENISA, available from 11 Sep 2026)
• No Notified Body contact: Notified Bodies are designated by member states; you need to find one in your category
• No actual conformity assessment: the MCP tells you the procedure (self-assessment vs Notified Body) and the deliverables (DoC, CE marking, technical documentation per Annex VII)
• No Cybersecurity Act integration: the MCP doesn't pull from the EU Cybersecurity Act certification database; you bring your own cert

Tests

cd eu-cra-mcp
pip install mcp httpx pytest
pytest tests/test_eu_cra_mcp.py -v

11 tests across all 5 tools + exclusions, no live API required.

Cross-region

• NIS2 — crosswalk_cra_to_nis2() covers the 10 most divergent requirements
• EU AI Act — high-risk AI must satisfy both CRA (product cyber) + EU AI Act (AI risk management)
• GDPR — CRA Art 6(g) data minimisation overlaps with GDPR Art 5(1)(c)
• Product Liability Directive 2024/2853 — CRA violation is evidence of defect
• UK — UK Product Security and Telecommunications Infrastructure Act 2022 (PSTI) covers similar ground; UK NCSC is the authority
• US — no federal equivalent; California SB-327 (IoT security) + NY DFS Part 500 (financial services) are the closest

See also

• meok-pipl-mcp — China PIPL (data side; this one covers the product side)
• meok-fda-samd-mcp — US FDA SaMD (healthcare-specific, similar structure)
• meok-eu-ai-act-mcp — EU AI Act (companion to CRA for AI products)
• meok-owasp-agentic-mcp — OWASP Agentic Top 10 (security testing patterns)
• meok-compliance-gateway — 13-framework crosswalk
• meok-attestation-api — canonical SIGIL signer (Ed25519, kid d4cb0eaa)

License

MIT — MEOK AI Labs, UK Companies House 16939677.