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AES-CMAC

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AES-CMAC

A MAC built entirely from AES block-cipher calls plus a GF(2^128) subkey-derivation step (NIST SP 800-38B) — no separate hash function, unlike HMAC. Composed from the existing AES module, no new dependencies.

Securehash

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Generated Hash Digest
No output yetRun a computation to see the encrypted / decrypted result.

Imported traces are validated and replayed locally. They never run a cipher operation automatically.

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Streebog-256
Secure

Russian national hash function (GOST R 34.11-2012, RFC 6986). 512-bit internal state processed through 12 rounds of a Kuznyechik-family SPN in a Miyaguchi-Preneel-like compression function, with a unique checksum-based finalization step.

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SHA-256
Recommended

Secure Hash Algorithm 2. Produces a unique 256-bit hash output representing the input message.

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SHA-512
Secure

Secure Hash Algorithm 2 with 64-bit words, producing a secure 512-bit digest.

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