Consulting / Power and Energy
Six specialist workshops for security, operations, and strategy leaders across power utilities, grid operators, renewable energy firms, and nuclear facilities. Vendor-independent, practitioner-led, and built around the specific constraints of energy infrastructure.
Energy infrastructure combines long OT asset lifecycles with strict uptime requirements. SCADA systems and ICS devices that cannot be patched quickly face a specific cryptographic migration challenge. The harvest-now-decrypt-later threat is already active against critical infrastructure operators.
All sessions are delivered by subject-matter experts with direct energy sector and quantum technology experience. Each session is fully vendor-agnostic and configurable to your operational context and regulatory environment.
Five structured sessions covering critical infrastructure protection, grid optimisation, materials simulation, SCADA migration, and renewable forecasting for energy sector organisations.
A structured briefing for security and operations leaders in power utilities and grid operators. Covers the specific cryptographic vulnerabilities in energy control systems, NIST post-quantum standards applicable to OT environments, and a practical framework for prioritising protection of critical assets before quantum threats mature.
Covers quantum algorithms for load balancing, dispatch optimisation, and transmission network planning. Examines where quantum annealers and gate-based systems outperform classical solvers on grid-scale combinatorial problems, with honest assessment of current hardware constraints.
Quantum chemistry simulation is among the most commercially significant near-term applications of quantum computing. This workshop covers molecular simulation for battery materials, electrolyte design, hydrogen storage, and solar cell efficiency. Practical framing for R&D teams evaluating when to engage quantum computing providers.
Operational technology networks in the energy sector present distinct migration challenges: long asset lifecycles, constrained compute, proprietary protocols, and safety-critical uptime requirements. This workshop provides a structured migration methodology specific to SCADA, DCS, and ICS environments, with clear sequencing for cryptographic inventory, gap analysis, and vendor engagement.
Wind and solar output forecasting at scale is a computationally intensive optimisation problem. This workshop examines quantum machine learning approaches to weather pattern analysis, grid balancing, and energy storage dispatch decisions. Covers realistic improvement timelines and the data infrastructure required to support quantum-enhanced forecasting.
A specialist risk briefing for senior leadership at nuclear operators and large utilities, covering quantum threat timelines, attack scenario modelling, and board-level governance for safety-critical facilities.
A specialist workshop for risk, security, and compliance teams at nuclear operators, large utilities, and energy infrastructure owners. Covers quantum threat timelines, attack scenario modelling, consequence analysis for cryptographic failures in safety-critical systems, and the governance structures required to manage quantum risk at board level.
Learn MoreAll tiers include access to the full lecture archive, weekly webinars, and the member directory.
For professionals working in quantum computing, post-quantum cryptography, or adjacent security fields.
For organisations building, deploying, or evaluating quantum-safe solutions across their supply chain.
For recognised specialists contributing lectures, advisory work, or research to the QSECDEF community.
Sessions are configured around your team's technical level and operational context. Get in touch to discuss requirements and schedule a date.
