Tool
Create SHA and SHA 256 with Sha Hash Generator, then copy, download, or adapt it for your workflow. Start with a small test input when the output will be shared or published.
Create SHA and SHA 256 with Sha Hash Generator, then copy, download, or adapt it for your workflow. Start with a small test input when the output will be shared or published.
Live Tool
Create SHA and SHA 256 with Sha Hash Generator, then copy, download, or adapt it for your workflow. Start with a small test input when the output will be shared or published.
Tool Workspace
Create SHA and SHA 256 with Sha Hash Generator, then copy, download, or adapt it for your workflow. Start with a small test input when the output will be shared or published.
Fallback
Create SHA and SHA 256 with Sha Hash Generator, then copy, download, or adapt it for your workflow. Start with a small test input when the output will be shared or published.
Create SHA and SHA 256 with Sha Hash Generator, then copy, download, or adapt it for your workflow. Start with a small test input when the output will be shared or published.
Developer Tools
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Developer Tools
SHA Hash Generator calculates SHA-1, SHA-256, or SHA-512 digests for a text input. Use it for test vectors, signatures, and integrity workflows, but do not mistake a hash for encryption or use a fast hash to store passwords.
Reference: NIST Secure Hash Standard (FIPS 180-4)
No. A cryptographic hash is designed to be one-way; it does not provide a way to recover the original text.
Follow the protocol or publisher requirement. SHA-256 is a common modern integrity choice; SHA-1 should not be chosen for new collision-resistant designs.
Do not use a fast general-purpose hash alone for passwords. Use an approved password-hashing scheme with a unique salt and appropriate work factor.