SHA-384
SHA-384 Hash Generator
Type or paste text, or drop a file, to generate a SHA-384 hash instantly. Everything runs locally in your browser.
Input
Local— or hash a file —
Drop a file here or click to choose
SHA-384 hash
About this tool
About SHA-384 Hash Generator
The SHA-384 Hash Generator produces a 384-bit digest from text or a file, computed locally. SHA-384 is a member of the SHA-2 family offering a longer digest than SHA-256 with strong security.
Some specifications call specifically for SHA-384. Computing it locally matches those requirements while keeping the input on your device.
How to use
Step by step
- Type or paste text, or drop a file.
- The SHA-384 digest is computed in your browser.
- Copy the hash for verification or storage.
- Hash another input as needed.
Key features
What it offers
- SHA-384 digest from text or files
- Local computation
- Copyable hex output — SHA-384 Hash
- Part of the SHA-2 family
Common use cases
Where it helps
- Meeting a specification that requires SHA-384
- Verifying a download against a SHA-384 checksum
- Fingerprinting data with a longer digest than SHA-256
- Producing a hash for an integrity record
Best practices
Tips for best results
- Match the publisher’s algorithm exactly when verifying a download.
- Use a dedicated KDF such as bcrypt or Argon2 for passwords, not a bare hash.
- Choose SHA-384 when a spec requires it; otherwise SHA-256 is usually enough.
Common mistakes to avoid
Pitfalls to watch for
- Using SHA-384 for password storage instead of a purpose-built KDF.
- Mismatching the algorithm when verifying a checksum.
- Assuming a longer digest is always necessary; SHA-256 suffices for most uses.
Benefits
Why people use it
Longer digest
384 bits for extra margin.
Standard
A trusted SHA-2 algorithm.
File support
Hash files without uploading.
Private
Computed on your device.
FAQ
Common questions
SHA-384 is a truncated variant of SHA-512 producing a 384-bit (96 hex character) digest, computed with Web Crypto.
When you want a longer digest than SHA-256 with strong security margins, often in TLS and certificates.
Yes — drop a file to hash its bytes locally.
No. Everything runs in your browser.
Private by design
This runs entirely in your browser
No file or text you enter here is uploaded. Encoding and decoding happen on your device using native browser APIs — close the tab and nothing remains on a server.