Post-quantum readiness assessment
Know which of your systems depend on cryptography that quantum computers will break, and which of those matter first.
What this is.
Large quantum computers will break the public-key cryptography that protects today's web traffic, VPNs, signatures and software updates. Nobody knows the date; everybody knows the direction. Data recorded today can be decrypted then.
A readiness assessment finds where you use vulnerable algorithms, how long the data they protect must stay secret, and what the migration order should be. It's an inventory and a plan, not a panic.
What you get
- Cryptographic inventory: algorithms, key sizes, where they live, who owns them
- Risk ranking by data lifetime and exposure
- Vendor and dependency questions to ask
- Prioritized migration recommendations
- Briefing for leadership
How it runs
- Discover where cryptography is used
- Rate each use by lifetime and exposure
- Rank and recommend
- Brief and plan
A good fit if
- You hold data that must stay confidential for years
- Regulators or partners have started asking about PQC
- You want to be early without being reckless
Try it: where does quantum risk sit in your stack?
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