Confidently command your post-quantum cryptography migration journey
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Migrate to post-quantum cryptography with confidence
Post-quantum cryptography (PQC) migration is becoming an enterprise priority. Organizations undergoing this extensive transformation need to orchestrate actions and automate execution. IBM Quantum Safe® is a unified suite that guides teams in determining actionable migration, planning around constraints and making measurable progress toward quantum resilience and a more robust cryptographic posture.
Plan and execute your PQC migration
Find cryptography across IT operations and code repositories, including relevant interfaces and dependencies to build a comprehensive cryptographic inventory.
Evaluate risk score, goal progress and readiness based on technical, operational and business context.
Leverage automated workflows that coordinate migration tasks across teams, systems and owners by using mitigation where needed.
Measure progress, policy-driven compliance and cryptographic posture across and beyond the post-quantum cryptography migration journey.Â
Real post-quantum cryptography journeys
IBM CIO Office
IBM’s CIO Office needed to identify cryptographic risks across thousands of applications and prepare its environment for the transition to post-quantum cryptography. Using IBM Quantum Safe Explorer, the team automated cryptographic discovery within its DevSecOps pipeline, created Cryptography Bills of Materials (CBOMs) and gained enterprise-wide visibility into vulnerabilities and remediation priorities.
Explore more on post-quantum cryptography migration
Heather West
PhD, Research Manager, IDC.
By aligning its data security strategy with emerging quantum risks—and leveraging its expertise in quantum computing—IBM is well positioned to help organizations prepare for the next era of encryption. ”
Quantum Safe Cryptography Manager
Guides teams to plan, prioritize and govern post-quantum cryptography migration across the operational estate, centralizing discovery, assessing risk, guiding remediation and enabling continuous governance while building a robust cryptographic posture.
Quantum Safe Explorer
Identifies all cryptographically relevant artifacts in source code and configurations across all environments and applications. It then reports findings in a centralized portfolio view to draw actionable insights and prioritize remediation for quantum resilience.
Quantum Safe Proxy
Enables hybrid cryptographic environments, tests remediation patterns while evaluating algorithm performance in real-world conditions and defends against “harvest now, decrypt later” attacks, all through seamless infrastructure integration.
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