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Cryptographic hash functions (as a book category) covers the theory, design, analysis and practical use of algorithms that map arbitrary-length data to fixed-size digests with security properties such as preimage resistance, second‑preimage resistance, collision resistance and strong avalanche behavior. Books in this category range from mathematically oriented treatments of constructions and proofs (Merkle–Damgård, sponge functions, provable security) and detailed algorithm descriptions and standards (MD5, SHA‑1, SHA‑2, SHA‑3/Keccak, BLAKE, etc.), to applied guides on using hashes for integrity, digital signatures, HMAC, password hashing, key derivation, commitment schemes, proof‑of‑work and blockchain systems. They also cover implementation issues (side‑channel resistance, constant‑time code, performance tuning), cryptanalytic attacks and defenses, historical context and standards development, and resources for both researchers and practitioners seeking secure, efficient hashing solutions.

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