Harden your IT estate and cloud workloads for crypto-agility. This track covers endpoints, networks, identity and infrastructure alongside quantum-safe key management and KMS migration across AWS, Azure and Google Cloud.
Practical hardening across the IT estate and the major cloud platforms.
Cryptography is everywhere in a modern estate — TLS, VPNs, certificates, secrets, disk and database encryption, and every cloud KMS. Making it agile is an engineering challenge that spans both IT and cloud.
This track equips infrastructure, platform and cloud teams to find that cryptography, prioritise it, and migrate it to quantum-safe options without breaking the services that depend on it.
Crypto-agile patterns for endpoints, networks, identity and PKI
Certificate and key lifecycle management built for algorithm rotation
Quantum-safe key management and KMS migration on AWS, Azure and GCP
TLS, VPN and protocol migration strategies that preserve availability
Discovering hidden cryptography across infrastructure-as-code and pipelines
The Quantum Clock Is Ticking
Security experts estimate quantum computers capable of breaking RSA-2048 encryption could arrive by 2030-2035. Adversaries are already running "Harvest Now, Decrypt Later" campaigns. Upskilling your teams now is the difference between leading the transition and scrambling to catch up after the deadline.
Outcomes that make crypto-agility an operational capability, not a one-off project.
The ability to inventory cryptography across IT and multi-cloud environments
Hands-on patterns for rotating algorithms with controlled, low-risk change
Cloud-specific KMS and key-management migration playbooks
Confidence to sequence migration so critical services stay protected
A reusable approach that keeps the estate agile as standards evolve