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MD5 / SHA Hash Generator — All Five at Once

Compute MD5 / SHA-1 / SHA-256 / SHA-384 / SHA-512 hashes, all five at once, browser-only

  • Runs locally
  • Category Encoding & Crypto
  • Best for Checking file type, size, metadata, and obvious mismatch signals before sharing.
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MD5
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SHA-1
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SHA-256
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SHA-384
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SHA-512
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What this tool does

Free online hash generator. Paste any text and instantly see its MD5, SHA-1, SHA-256, SHA-384, and SHA-512 hex digests. Uses the browser's native WebCrypto for SHA family (FIPS-grade) and a built-in MD5 implementation. 100% client-side — your input never touches a server.

Tool details

Input
Text
The page exposes text boxes, numeric controls, file pickers, or structured inputs depending on the tool.
Output
Live result + Copy
The result area focuses on usable output, with copy, download, or preview actions when supported.
Privacy
Browser-side processing
The main tool logic does not call an external API, so inputs normally stay in the current tab.
Save / share
No account required
Open the page and use it; whether results survive refresh depends on the tool.
Performance budget
Initial JS <= 12 KB
No WASM budget is declared, keeping the tool quick to open on mobile.
Best fit
Encoding & Crypto · Developer
Category and role tags drive related tools, internal links, and quick fit checks.

How to use

  1. 1. Input

    Paste or drop your content into the tool panel.

  2. 2. Process

    Click the button. All processing is local in your browser.

  3. 3. Copy / Download

    Copy the result or download to disk in one click.

How MD5 / SHA Hash Generator fits into your work

Use it before upload, handoff, archive, support review, or any moment where a file needs one local check before it leaves your machine.

File jobs

  • Checking file type, size, metadata, and obvious mismatch signals before sharing.
  • Preparing mixed folders for upload, archive, intake, or review.
  • Keeping sensitive files in the browser instead of sending them to an account-based service.

File checks

  • Do not treat the extension alone as proof of the real file type.
  • Review metadata before a file goes to customers, vendors, or a public page.
  • Keep the original file until the copied, converted, or exported result is verified.

Good next steps

These links move the current task into a more complete workflow.

  1. 1 Base64 Encoder & Decoder Encode or decode Base64 — text, files, and Data URLs. Runs entirely in your browser. Open
  2. 2 JWT Decoder Decode JWT header / payload / signature — verify structure, check exp, copy claims — browser-only Open
  3. 3 HMAC Generator HMAC-SHA1/256/384/512 — message + secret key, output in hex and base64, key read as UTF-8/hex/base64 — 100% in-browser Open

Real-world use cases

  • Verify a 4 GB ISO download matches the publisher's checksum

    You grabbed an Ubuntu ISO from a mirror and want to confirm it isn't corrupted or tampered with. The release page lists a SHA-256. Run `shasum -a 256 ubuntu.iso` locally, then paste both the filename's text and compare, or paste a small manifest string here to sanity-check the format. The 64-hex SHA-256 here must match the published one character-for-character; one mismatch means re-download.

  • Generate a stable cache key from a config string

    Your build pipeline keys a cache on the contents of a 2 KB config blob. Paste the exact config text and take the SHA-256 as the key. Because the same input always yields the same 64-char digest, two identical configs share a cache hit; one changed flag flips the whole hash, busting the cache cleanly with no manual versioning.

  • Fingerprint a TLS certificate to pin it

    To pin a server cert in a mobile app, you need its SHA-256 fingerprint. Export the cert as text, paste it, and read the SHA-256 digest. Compare against what `openssl x509 -fingerprint -sha256` prints. Matching the 32-byte fingerprint lets you hardcode a pin so a swapped or MITM cert is rejected at handshake time.

  • Deduplicate 500 user-submitted snippets without storing them

    You collect short text submissions and want to drop exact duplicates but never store the raw content. Hash each snippet with MD5 (fine for non-security dedup) and key a set on the 32-hex digest. Two identical snippets collide on the same MD5; you keep one copy and discard the rest, all while only retaining 16-byte fingerprints.

Common pitfalls

  • Using MD5 to store passwords. MD5 is collision-broken and unsalted MD5 is cracked in seconds by rainbow tables — use bcrypt or Argon2 for passwords, not any raw hash here.

  • Comparing only the first few hex characters. `a1b2...` matching `a1b3...` looks close but is a total mismatch; always compare the full 64-char SHA-256 or use a constant-time equals.

  • Forgetting the trailing newline. `echo "x"` hashes `x\n`, so your digest won't match a tool that hashes raw `x` — use `printf '%s'` or `echo -n` to be byte-exact.

Privacy

All hashing runs in your browser. SHA-1/256/384/512 use the native WebCrypto `crypto.subtle.digest`; MD5 uses a built-in JavaScript implementation. Your input text and every resulting digest stay in the tab and are never sent to a server. The input is not written to the URL, so pasting a private API key or secret to fingerprint it leaves no trace in your history or in a shareable link.

FAQ

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Made by Toolora · 100% client-side · Updated 2026-06-13