Online Keccak-384 Hash Generator
Original Keccak with 384-bit output. Paste your text and click the button to compute its Keccak-384 hash — everything runs on your device and is never sent to a server.
Everything runs in your browser. Your data is never sent to our servers.
Example
Example Input
hello world
Example Output
65fc99339a2a40e99d3c40d695b22f278853ca0f925cde4254bcae5e22ece47e6441f91b6568425adc9d95b0072eb49f
How to Use
- 1Type or paste the text you want to hash into the Input field.
- 2Click the Generate Hash button (or press Ctrl+Enter) to compute the Keccak-384 hash.
- 3The Keccak-384 hash appears in the Output field. Click Copy to copy it to your clipboard.
- 4Click Clear to empty the fields and start over.
About Keccak-384
Keccak-384 is a hash function from the Keccak family — the algorithm that won the NIST hash competition and was later standardized as SHA-3. Keccak-384 produces a 384-bit hash value.
Important: the "original" Keccak differs from official SHA-3 only in the padding byte (domain separation). As a result, Keccak and SHA-3 hashes of the same input are NOT identical. Both use the same sponge construction and Keccak-f permutation.
Keccak-384 (especially Keccak-256) is widely used in the Ethereum blockchain ecosystem for addresses, signatures, and internal hashing — predating the finalized SHA-3. If you work with Ethereum/Solidity, use Keccak, not SHA-3.
FAQ
What is the difference between Keccak-256 and SHA3-256?
Both use the same core algorithm, but their padding byte differs, so their hashes differ for the same input. Ethereum uses Keccak-256 (the original version), not SHA3-256.
How long is a Keccak-384 hash?
A Keccak-384 hash is 384-bit long (96 karakter heksadesimal / 96 hexadecimal characters).
Is my data sent to a server?
No. The Keccak-384 hash is computed entirely in your browser. The text you enter never leaves your device.