Workshop Description
Cloud and data centre executives face two distinct quantum technology challenges simultaneously. The security obligation is immediate: enterprise and government customers are beginning to require PQC-ready infrastructure as a procurement condition, and regulatory bodies (CNSA 2.0, ENISA, BSI, NCSC) are publishing PQC migration deadlines. The computing opportunity is longer-term but strategically significant: quantum optimisation for energy management, network capacity planning, and workload scheduling represents a potential operational advantage for operators willing to invest in pilots.
This executive briefing separates hype from substance on both fronts. Participants leave with a clear investment sequencing framework: PQC migration is a compliance necessity that should start now, quantum computing pilots should be scoped selectively against specific operational problems, and QKD should be deferred by most organisations. The session includes a board communication module that translates quantum risk and opportunity into the language of business risk, competitive positioning, and capital allocation. No technical prerequisites required.
What participants cover
- The dual quantum agenda: separating the security obligation (PQC migration) from the computing opportunity (quantum optimisation) and understanding which requires immediate action
- Quantum computing for data centres: where optimisation algorithms have near-term relevance (energy, scheduling) and where claims of advantage should be treated with caution
- PQC as a competitive requirement: how hyperscaler PQC announcements, customer procurement requirements, and regulatory deadlines create urgency for all cloud operators
- Regulatory landscape: CNSA 2.0, ENISA, BSI, UK NCSC, and CSA CCM v4 guidance. What is mandatory, what is recommended, and what timelines apply.
- Investment sequencing: a framework for ordering PQC migration, quantum computing pilots, and QKD evaluation with realistic ROI expectations
- Board communication: translating quantum risk into business risk language, including timeline to cryptographically relevant quantum computers and implications for data protection commitments