Hash Generator

Compute MD5, SHA-1, SHA-256, and SHA-512 digests from text or files. Everything runs locally in your browser — nothing is uploaded to a server.

Generate hashes

Type or paste text, or drop a file. MD5 uses a built-in implementation; SHA family uses the Web Crypto API.

Characters: 0 UTF-8 bytes: 0

Jump to algorithm

All digests are computed and shown below. Use the tabs to scroll to a specific result.

Hash results

MD5

SHA-1

SHA-256

SHA-512

File hash

Drag and drop a file here or click to select. Hashes update from raw file bytes (same grid as above).

Drop file or click to browse

Compare two hashes

Paste hexadecimal values (spaces ignored). Comparison is case-insensitive.

Online hash generator & checksum tools

A hash generator turns arbitrary data into a fixed-size fingerprint. Developers use hashes for checksums, deduplication, and (where still required) legacy MD5 verification. SHA-256 and SHA-512 are common choices today for integrity checks and HMAC-based designs; SHA-1 is deprecated for security-sensitive signatures but still appears in older systems and Git object IDs.

MD5 (RFC 1321)

MD5 produces a 128-bit digest, often shown as 32 hex characters. It is fast but cryptographically broken for collision resistance — do not rely on MD5 for passwords or signatures. It remains useful for non-security file checksums and compatibility with existing workflows.

SHA-1

SHA-1 outputs 160 bits. It is no longer considered safe against well-funded attackers for collision attacks on certificates, but the digest is still used in many archival and tooling contexts.

SHA-256 and SHA-512 (SHA-2 family)

SHA-256 (256-bit) and SHA-512 (512-bit) are members of the SHA-2 family defined by NIST. They are widely used in TLS, code signing, blockchain, and general-purpose hashing when collision resistance matters.

Privacy on this page

All hashing on this page runs in your browser via JavaScript. Your text and files are not sent to BlueOrbit or any third party for hashing. Use a secure (HTTPS) connection so your browser exposes the Web Crypto API for SHA algorithms.

  • Text and file modes with UTF-8 encoding for text input
  • Copy buttons, optional live hashing, and hex case toggles per algorithm
  • Side-by-side hash comparison for quick equality checks
  • Free to use — no account required

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