Quantum computing is reshaping the future of cybersecurity, but for many organizations, the challenge is not simply adopting new algorithms — it is understanding where cryptography exists today, what is vulnerable, and how migration can realistically begin.
While much of the industry discussion focuses on standards and long-term roadmaps, very few sessions demonstrate what a practical migration journey actually looks like from start to finish.
In this live workshop, QuantumGate will walk through a simplified end-to-end example of post-quantum cryptography migration, covering the full journey from discovery and inventory through risk assessment, prioritization, and migration strategy.
The session will demonstrate how organizations can begin identifying quantum-vulnerable cryptographic assets, understand migration dependencies, and evaluate practical approaches such as hybrid cryptography models within real operational environments.
Designed as an educational and strategic discussion, the workshop will also explore why crypto-agility, visibility, and long-term planning are becoming essential foundations for future cyber resilience.
Why PQC migration is not simply an “algorithm replacement” problem
Why organizations struggle with visibility, ownership, and cryptographic dependencies
How cryptographic discovery and inventory establish the foundation for migration readiness
How organizations assess risk exposure and prioritize migration paths
Why hybrid cryptography approaches are increasingly being explored
A practical migration walkthrough demonstrating a before-and-after migration scenario
The operational realities, constraints, and lessons organizations should prepare for during PQC adoption
Senior Product Manager, QuantumGate
Senior Manager, Security & Compliance, QuantumGate
This workshop is designed for security leaders, architects, compliance professionals, and organizations beginning to explore the realities of post-quantum migration planning.
Rather than focusing only on theory or standards, the session aims to provide a practical perspective on how discovery, inventory, and migration readiness connect within real operational environments.
