Actionable Benefits
- Understand the differences between Post-Quantum Cryptography (PQC) algorithm support and the design of quantum-safe architectures for Hardware Security Modules (HSMs).
- Identify the elements required for designing quantum-safe architectures.
- Plan product roadmaps for developing quantum-safe architectures.
Research Highlights
- Analysis of the state of maturity of quantum-safe architectures, including compliance demands.
- Forecasts on the adoption of hybrid/PQC algorithms for the different HSM capabilities (Root of Trust (RoT), attestation, firmware signing, etc.).
- Overview of vendors already implementing quantum-safe HSM architectures.
Critical Questions Answered
- What is the expected maturity timeline for integrating PQC/hybrid schemes for quantum-safe architectures?
- Which HSM vendors have started integrating PQC into their architectures?
- What are the building blocks for quantum-safe architectures?
Who Should Read This?
- Chief Information Security Officers (CISOs) responsible for enterprise security strategy and compliance.
- Vice Presidents (VPs)/directors of Information Technology (IT) infrastructure or security responsible for cryptographic systems and hardware security.
- Heads of compliance & risk management who ensure adherence to regulatory standards like Federal Information Processing Standards (FIPS) and PQC migration timelines.
- Cloud security architects/cryptography engineers for designing secure systems for cloud and on-premises environments.
Companies Mentioned
