Quantum-Ready Encryption
Post-quantum solution sheet. 4 pages, 2024.
Why data encrypted today with RSA or elliptic-curve keys is at risk once quantum computers mature, and what NIST's 2035 transition deadline means. It describes DuoKey's post-quantum key service, finding quantum-vulnerable keys, and migrating without stopping current systems. Download it for a short explanation of quantum risk that you can share with leadership.
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Quantum computers that break RSA do not exist yet. Attackers do not need to wait for them. They can record your encrypted traffic today and decrypt it later. Any data that must stay confidential for years is already exposed.
This sheet explains the risk in plain terms, what NIST's 2035 deadline requires, and how DuoKey's post-quantum key service finds quantum-vulnerable keys and migrates them while your current systems keep running.
Four pages, written for security leaders who need to explain the issue upward. Download it as your starting point. When you are ready to plan the migration, the 28-page whitepaper goes into the detail.
FAQ
Who is this for?
Security leaders who need a short explanation of quantum risk and DuoKey's approach. For more depth, read the 28-page whitepaper.
Why act before quantum computers exist?
Attackers can record encrypted traffic now and decrypt it later. Data that must stay confidential for years is already exposed.
What does DuoKey offer here?
A key service using NIST post-quantum algorithms and multi-party computation, one interface for the key lifecycle, and identification of quantum-vulnerable keys.