Hash Compare

Paste two hash values for a case-insensitive match check, or generate a digest from text and verify it against an expected hash.

Compare two digests from a download page, release note, build artifact, log, or another hashing tool.

Generate MD5, SHA-1, SHA-256, SHA-384, or SHA-512 from pasted text, then verify an expected digest.

Compare hashes with case-insensitive matching
Generate and verify text digests locally
Keep checksum inputs and result visible

How to use Hash Compare

Choose the comparison flow that matches your task, then verify that the hash algorithm and pasted values came from the same source material.

1
Compare two existing hashes
Open Compare Hashes, paste the first digest and second digest, then run the comparison. The tool trims the pasted values and checks them case-insensitively so uppercase and lowercase hex do not create a false mismatch.
2
Generate a digest from text
Switch to Generate and Verify when you need a new digest, choose MD5, SHA-1, SHA-256, SHA-384, or SHA-512, paste the exact text, and optionally add an expected hash for immediate verification.
3
Confirm algorithm and source
Read the match or mismatch result beside the inputs, then confirm both digests use the same algorithm and were created from the same bytes, text encoding, or release artifact before relying on the result.

Side-by-side hash comparison

Compare two pasted hash values in one view and get a clear match or mismatch result without moving between tabs or command output.

Case-insensitive digest matching

Uppercase and lowercase hexadecimal values can be compared without forcing you to normalize every character by hand first.

Generate and verify text hashes

Generate MD5, SHA-1, SHA-256, SHA-384, or SHA-512 from pasted text and immediately verify the result against an expected digest.

Algorithm selection controls

Switch hash algorithms before generation so the output length and digest family match the checksum you need to verify.

Browser-only checksum workflow

Digest comparison and text hash generation run in the open browser page, making quick checksum review possible without account setup.

Copy-ready generated digest

When a generated hash is ready, copy it for a release note, support reply, integrity check, or local documentation after reviewing the expected value.

Hash Compare privacy and processing

Hash Compare explains browser processing, storage expectations, account access, and checksum caveats before a match result is copied or trusted elsewhere.

Browser hash comparison

Hash Compare compares pasted digests in the browser and can generate MD5, SHA-1, SHA-256, SHA-384, or SHA-512 from text for a local verification check.

No server storage

Normal Hash Compare use does not create a stored server copy of pasted hashes, expected checksum values, or text entered for digest generation.

Hash Compare account access

Hash Compare supports guest use, so routine checksum comparison and text hash verification can finish without creating a saved profile.

Before You Use Hash Compare

Review these notes before comparing checksums from downloads, build artifacts, text payloads, API responses, or security reports.

Privacy

Paste only the hash values or text needed for the current check, especially when the source came from a client, private repository, or security incident.

Hash Compare runs in the browser, but sensitive source text should still be handled on a trusted device and cleared after review.

Accuracy

Two digests are only comparable when they were generated with the same hash algorithm from the same source bytes or exact text.

MD5 and SHA-1 are useful for legacy checksum matching, but SHA-256 or SHA-512 is usually a better choice for new integrity checks.

Compatibility

The generate mode hashes pasted text, not uploaded file bytes. For file verification, calculate the file digest with a file hashing tool, then paste the digest here.

Whitespace, hidden characters, encoding differences, or copied labels such as SHA256: can change generated digests or make a pasted checksum harder to compare.

Output

A matching hash supports integrity review, but it does not prove the original source is trustworthy or that the file was signed by the expected publisher.

Keep the official checksum source available until you have confirmed the algorithm, copied value, and generated digest all line up.

Limits

Hash Compare works with pasted hash values and text input in the active browser workspace; very large pasted text can slow digest generation or result updates.

Questions about Hash Compare

Can I compare SHA-256 to MD5 or SHA-1?

No. Different algorithms produce different digest lengths and values, so both hashes must come from the same algorithm before a match result is meaningful.

Does Hash Compare upload my hash values?

Normal use compares pasted hashes and generates text digests in the browser workspace without creating a stored server copy of those values.

Can this verify a downloaded file checksum?

It can compare the checksum values, but this page does not hash uploaded files. Generate the file digest with a file hashing tool, then paste that digest and the publisher checksum here.

Which hash algorithm should I choose for new checks?

For new integrity checks, SHA-256 or SHA-512 is usually more appropriate than MD5 or SHA-1. Keep MD5 and SHA-1 for legacy checksum comparison when the source already uses them.