SHA-384 Generator

Create SHA-384 digests when a 384-bit SHA-2 output is required.

Input
Output
0 characters 0 characters

What does SHA-384 Generator do?

SHA-384 Generator creates a SHA-384 digest for systems that require a 384-bit SHA-2 output.

  • Primary use: SHA-384 Generator creates a SHA-384 digest for systems that require a 384-bit SHA-2 output.
  • Key technical fact: SHA-384 produces a 384-bit digest and is a SHA-2 variant derived from the SHA-512 design.
  • Practical check: Validate the result before using it in authentication, signing, checksum, or transport code.
Topic Direct answer Source
Direct answer SHA-384 Generator creates a SHA-384 digest for systems that require a 384-bit SHA-2 output. NIST FIPS 180-4
Key fact SHA-384 produces a 384-bit digest and is a SHA-2 variant derived from the SHA-512 design. NIST FIPS 180-4
Processing model Runs locally in the browser; no production Node server receives the input. Browser JavaScript

Generate SHA-384 hashes with 384-bit output

This SHA-384 generator creates a deterministic 384-bit digest and displays it as 96 hexadecimal characters. It fits protocols, signatures, manifests, and test data that specify SHA-384 rather than SHA-256 or SHA-512.

SHA-384 is part of the SHA-2 family and is derived from the SHA-512 design with a shorter output. It is a hash, not encryption: it supports comparison and integrity checks, but it does not make the original input secret.

How to use

  1. Type or paste your text into the input editor.
  2. Click Generate to produce the hash digest.
  3. The 96-character hexadecimal hash appears in the output editor.
  4. Use Copy for the clipboard, Download for a text file, or Clear to reset both editors.

What is SHA-384?

SHA-384 is a SHA-2 cryptographic hash function that produces a fixed 384-bit digest from input text or bytes. The digest is commonly represented as a 96-character hexadecimal string.

Use SHA-384 when your standard, partner system, certificate profile, or signature format calls for it. For keyed message authentication use HMAC with the required SHA-2 variant, and for passwords use a purpose-built password hashing algorithm.

Input notes

SHA-384 is deterministic and exact. A trailing newline, different casing, or a copied label becomes part of the input and changes the 96-character result.

Example

Hashing a short phrase produces a fixed 96-character digest:

--- Input Text ---
Hello, World!

--- SHA-384 Hash ---
5485cc9b3365b4305dfb4e8337e0a598a574f8242bf17289e0dd6c20a3cd44a089de16ab4ab308f63e44b1170eb5f515

MCP integration

MCP (Model Context Protocol) lets AI agents and apps discover and run Coding.Tools utilities for repeatable conversions, formatting, hashing, and generation workflows.

MCP tool name: sha384-generator

MCP endpoint: https://coding.tools/mcp

Call tools/list first. Each tool entry includes inputSchema, outputSchema, and examples so an AI agent or client can build valid arguments without guessing.

For tools/call, read result.content[0].text for the display value and result.structuredContent for machine parsing. Tool-level failures return isError: true; protocol failures return a JSON-RPC error.

Example tools/call request:

curl -s https://coding.tools/mcp \
  -H "Content-Type: application/json" \
  -H "Accept: application/json" \
  -H "MCP-Protocol-Version: 2025-06-18" \
  -d '{"jsonrpc":"2.0","id":1,"method":"tools/call","params":{"name":"sha384-generator","arguments":{"input":"release-notes-v1"}}}'

Most text and data tools accept an input string plus optional options. Browser-only image tools are listed for discovery and return a web UI link when they need browser image APIs.