PQC Migration for Mobile and Fixed Operators
Telecommunications infrastructure is both a target for quantum attacks and a carrier for the traffic that PQC migration must protect. 5G authentication (5G-AKA) relies on asymmetric cryptography in ways that 4G did not. Roaming interfaces, SIM provisioning, and interconnection agreements all have cryptographic dependencies. And the 6G standardization window that will lock in architectural choices for the next decade is open now.
This course covers PQC migration for mobile and fixed operators, aligned with GSMA PQ.01-PQ.07 guidance and the PQC Migration Framework Telecommunications extension.
Who Should Take This Course
CTOs, security architects, network engineers, and standards specialists at mobile operators, fixed-line operators, and telecommunications equipment manufacturers.
What You Will Learn
This course covers the quantum threat and PQC migration as it applies specifically to your sector, including sector-specific regulatory requirements, unique technical constraints, and practical migration strategies aligned with the PQC Migration Framework sector extensions.
Course Outline
Module 1 — Telecommunications Cryptographic Dependencies
5G-AKA and its quantum vulnerability. Roaming interface cryptography (SEPP/N32). SIM provisioning and OTA update security. Core network authentication. Transport network encryption. The distinction between access network and core network migration.
Module 2 — GSMA Guidance and Standards
GSMA PQ.01 through PQ.07: what each document covers and requires. 3GPP standardization status. ETSI quantum-safe cryptography work. The 6G standardization window and why choices made now will persist for a decade.
Module 3 — Operator Migration Strategy
Migration sequencing for mobile operators: core network, transport, access, services. SIM replacement and remote provisioning implications. Roaming partner coordination. Vendor equipment timeline dependencies. The interconnection agreement challenge.
Module 4 — Implementation and Testing
Testing PQC in live network environments. Handover and roaming testing with PQC algorithms. Performance impact on latency-sensitive services. Regulatory compliance during transition.
Prerequisites
None. Sector experience is helpful but not required. For a broader PQC foundation, consider starting with Post-Quantum Foundation.
Certificate of Completion
Upon completion, you will receive a Quantum Academy certificate of completion. This is not a professional certification.