Hashes noble-hashes xof

TurboSHAKE128 Generator - Fast Reduced-Round XOF

Generate TurboSHAKE128 - fast 12-round Keccak XOF with domain separation bytes.

turboshake128.workspace
2 options
0 bytes UTF-8, Hex, Base64, or File input

Secure client-side computation. No data leaves your browser. Privacy Security

Result Output

What Is TurboSHAKE128?

TurboSHAKE128 is a reduced-round XOF using 12-round Keccak-f[1600] with 256-bit capacity, providing faster XOF operations with domain separation through the D parameter. Based on the Keccak teams draft specification, not yet standardized by NIST or IETF.

Specifications

Output Size Variable
Standard TurboSHAKE specification (Keccak Team)
Standard Year 2022

Use Cases

  • Fast extendable-output functions
  • High-speed key derivation
  • Performance-critical XOF applications
  • Domain-separated fast hashing
  • Experimental high-speed cryptography
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Security Notice

TurboSHAKE128 is a secure extendable-output function when used with an appropriate output length. Use a dedicated KDF or password hashing algorithm for password storage.

Related Tools

TurboSHAKE256 Hashes SHAKE128 Hashes KangarooTwelve (K12) Hashes

Utilities

File Hash Verifier Verify local files against published checksums. Hash Compare Compare expected and actual digest values. Multi Hash Generator Generate common hashes from one input.

Guides

Algorithm Comparison Guide Choose the right primitive for each task. Hash Test Vectors Compare known outputs across common algorithms.

Implementation Notes

Practical usage details for this browser-based TurboSHAKE128 tool.

How to Generate a TurboSHAKE128 hash

  1. Choose UTF-8, Hex, Base64, or File input mode.
  2. Enter text, encoded bytes, or choose a local file to process.
  3. Adjust the TurboSHAKE128 options if your use case requires non-default settings.
  4. Click Generate TurboSHAKE128 Hash and copy the result.

Example Input

Sample input:

abc

Use this sample input, then copy the generated hash from the result panel.

When Not to Use TurboSHAKE128

  • Do not use a plain hash or derivation output directly as password storage without the right password-hashing construction and parameters.
  • Do not choose it for long-term high-assurance data protection when a stronger variant is available.

Recommended Alternatives

Review related tools when you need a different output size, security margin, or keyed construction.

Frequently Asked Questions