ASVS 5.0 V11.2.2: Design for Crypto Agility
ASVS V11.2.2 requires that algorithms, key sizes and keys can be swapped without a rewrite. Versioned envelopes, config driven choices and a re encryption path.
Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
ASVS V11.2.2 requires that algorithms, key sizes and keys can be swapped without a rewrite. Versioned envelopes, config driven choices and a re encryption path.
ASVS V11.2.1 requires industry validated cryptographic implementations. Never write your own, pick maintained libraries, and keep them patched. With code and a test.
ASVS V11.1.4 wants a maintained crypto inventory plus a documented plan to move to new standards such as post quantum cryptography. A practical way to start.
ASVS V11.1.3 requires discovery tooling that finds every encryption, hashing and signing operation in your system. How to automate it and verify the results.
ASVS V11.1.2 requires a maintained inventory of every key, algorithm and certificate, with rules on where each may be used. A simple format and a test.
ASVS V11.1.1 asks for a documented key lifecycle that follows a standard like NIST SP 800-57 and keeps keys from being overshared. Here is what to write and how to prove it.
Users should be able to see every app they have authorized, narrow what each can do, and revoke it. Design, code and checks for a consent management page.
A consent prompt must say what is being granted, to which app, and for how long. Here is what to show and how to check it.
The authorization server must make sure the user consents to every authorization request, and always prompt when the client's identity cannot be assured.
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