TheArtOfService
Cross-Framework Mapping

3GPP Security Architecture (TS 33.501 — 5G Security)vsRFC 2350 — Expectations for Computer Security Incident Response (BCP 21)

See exactly how 3GPP Security Architecture (TS 33.501 — 5G Security) controls map to RFC 2350 — Expectations for Computer Security Incident Response (BCP 21). Pre-computed mappings, identified gaps, and coverage analysis.

22
Controls Mapped
0
Gaps Found
41%
Coverage

According to the TheArtOfService Compliance Knowledge Graph:

3GPP Security Architecture (TS 33.501 — 5G Security) maps to RFC 2350 — Expectations for Computer Security Incident Response (BCP 21) with 41% coverage across 9 directly mapped controls. Analysis of 22 3GPP Security Architecture (TS 33.501 — 5G Security) controls identifies 13 compliance gaps — primarily concentrated in Subscriber Privacy and Service Security.

Source: TheArtOfService Knowledge Graph | 22 controls analysed | 693 frameworks | 819K+ cross-framework mappings

Control Mappings

Showing 20 of 22 mapped controls across 4 domains. Sign up to explore all 819K+ mappings across 693 frameworks.

Subscriber Privacy and Service Security(1 mappings)

6.12Subscription Identifier Privacy
→RFC2350-2.3Public Keys and Encryption

Authentication and Key Management(9 mappings)

6.3SUPI and SUCI Privacy3 targets
→RFC2350-3.1Mission Statement
→RFC2350-4.1Types of Incidents and Level of Support
→RFC2350-4.2Cooperation and Disclosure
6.4Secondary Authentication
→RFC2350-4.3Communication and Authentication
6.5AUSF and SEAF Functions5 targets
→RFC2350-2.2Communication Channels
→RFC2350-3.1Mission Statement
→RFC2350-4.1Types of Incidents and Level of Support
→RFC2350-4.2Cooperation and Disclosure
→RFC2350-4.3Communication and Authentication

Radio and Access Network Security(8 mappings)

6.6RRC and UP Ciphering and Integrity
→RFC2350-2.3Public Keys and Encryption
6.7Security Key Establishment for Radio Bearers4 targets
→RFC2350-2.3Public Keys and Encryption
→RFC2350-3.1Mission Statement
→RFC2350-4.1Types of Incidents and Level of Support
→RFC2350-4.2Cooperation and Disclosure
6.9Handover Security3 targets
→RFC2350-3.1Mission Statement
→RFC2350-4.1Types of Incidents and Level of Support
→RFC2350-4.2Cooperation and Disclosure

Non-3GPP and Inter-Network Security(2 mappings)

9.1N32 Interface Security (PRINS/TLS)
→RFC2350-2.3Public Keys and Encryption
9.2Network Domain Security
→RFC2350-3.1Mission Statement

+2 more mappings

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Related Comparisons

Other 3GPP Security Architecture (TS 33.501 — 5G Security) comparisons

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Other RFC 2350 — Expectations for Computer Security Incident Response (BCP 21) comparisons

ISO/IEC 27400:2022 vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)8 mappingsFAA Cybersecurity Framework for Aviation vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)8 mappingsTISAX — Trusted Information Security Assessment Exchange vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)8 mappingsCISA Cross-Sector Cybersecurity Performance Goals (CPG) 2.0 vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)7 mappingsCAIQ (CSA) vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)7 mappingsAWWA Cybersecurity Guidance for the Water Sector (American Water Works Association) vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)7 mappingsCISA ICS-CERT Advisories and Industrial Control Systems Security Guidelines vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)7 mappingsIRS Publication 1075 — Tax Information Security Guidelines vs RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)7 mappings

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What are the key differences between 3GPP Security Architecture (TS 33.501 — 5G Security) and RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)?

3GPP Security Architecture (TS 33.501 — 5G Security) has 22 controls across its framework, while RFC 2350 — Expectations for Computer Security Incident Response (BCP 21) covers 18 controls. Direct mapping analysis identifies 9 overlapping controls (41% coverage). The frameworks diverge most significantly in Subscriber Privacy and Service Security, where 4 3GPP Security Architecture (TS 33.501 — 5G Security) controls have no direct RFC 2350 — Expectations for Computer Security Incident Response (BCP 21) equivalent.

How many controls map between 3GPP Security Architecture (TS 33.501 — 5G Security) and RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)?

Of 22 total 3GPP Security Architecture (TS 33.501 — 5G Security) controls, 9 map directly to RFC 2350 — Expectations for Computer Security Incident Response (BCP 21) controls — representing 41% coverage. The remaining 13 controls represent compliance gaps requiring additional documentation or compensating controls to satisfy both frameworks simultaneously.

What are the compliance gaps when mapping 3GPP Security Architecture (TS 33.501 — 5G Security) to RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)?

13 3GPP Security Architecture (TS 33.501 — 5G Security) controls have no direct equivalent in RFC 2350 — Expectations for Computer Security Incident Response (BCP 21). The highest concentration of gaps is in Subscriber Privacy and Service Security with 4 unmapped controls. These gaps represent areas where additional controls, policies, or documentation must be created to achieve compliance with both frameworks.

Which control domains have the most gaps between 3GPP Security Architecture (TS 33.501 — 5G Security) and RFC 2350 — Expectations for Computer Security Incident Response (BCP 21)?

The domain with the highest gap count is Subscriber Privacy and Service Security (4 gaps). Export the full domain-by-domain gap breakdown via the Professional tier to generate a prioritised remediation roadmap.

Related Resources

How to Map Controls Across Frameworks|Multi-Framework Compliance Guide|Compliance Glossary

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