Structured, expert-led sessions for technical teams and senior leaders. From non-technical executive briefings to deep-dive engineering workshops. All delivered by practitioners with direct experience in quantum technologies.
Two sessions drawing the highest demand from senior practitioners this quarter.
Must AttendEuropean Defence
China's Quantum Communication Strategy
China operates the world's largest quantum communication network, with strategic implications for Western defence and intelligence infrastructure. This session maps the current state of China's QKD deployment, its military applications, and what it means for organisations planning long-duration security architecture.
Financial institutions holding encrypted data today face a concrete harvest-now-decrypt-later threat. This session quantifies the exposure window for common banking cryptographic assets, maps NIST PQC migration paths to real banking system architectures, and addresses the regulatory obligations taking shape in the EU and UK for 2027 onwards.
Every QSECDEF workshop is built on the same principle: organisations make better decisions when they understand the technology without being sold to. Our instructors are drawn from an international membership of over 1,000 practitioners across more than 60 operating companies.
Sessions run from 2.5 hours to multi-day programmes, configured around the audience. A board-level briefing on quantum risk looks different from a technical pre-project workshop for an engineering team. Both are in scope.
No vendor affiliations — recommendations are independent
Configurable for executive, technical, or mixed audiences
Available in person or online, private or scheduled cohort
Members receive a 20% discount on all in-person workshops
Next Session£500 per delegate
China's Quantum Communication Strategy
What does China's quantum roadmap mean for your organisation's security posture in the next 36 months?
Quantum threats to DRM and content authentication, PQC for secure content delivery networks, and cryptographic integrity in large-scale media archives.
PQC for vehicle-to-infrastructure communication, quantum security in automotive supply chains, and cryptographic standards for over-the-air update systems.
Quantum threats to OT systems in extraction environments, PQC for remote site communications, and supply chain cryptographic risk in critical minerals.
Quantum security for city-scale IoT deployments, PQC in traffic, utility, and surveillance infrastructure, and cryptographic governance for public data systems.
PQC for emergency communications networks, quantum threats to critical response infrastructure, and cryptographic resilience in mission-critical dispatch systems.
Quantum threats to cloud key management, PQC migration for hyperscale infrastructure, and cryptographic architecture for data centre security at scale.