What data formats does EasyRead support?

EasyRead supports JSON, JWT, Base64, URL encoding, Unicode, Hex, timestamps, HTML entities, Binary, YAML, XML, SQL, CSV, Markdown, and 45+ total formatting and conversion operations.

Is EasyRead safe? Does my data get uploaded anywhere?

Yes, completely safe. EasyRead is a pure front-end app — all processing happens locally in your browser. Nothing is ever sent to a server.

Yes, EasyRead is 100% free. No signup, no download, no subscription. Just open the site and use it.

How do I format JSON with EasyRead?

Paste your JSON into the input panel. EasyRead auto-detects the format and runs the best operation, or you can pick a specific tool (Formatter, Minifier, Validator, etc.).

Which encodings can EasyRead convert between?

Base64, URL, Unicode, Hex, HTML entity, Binary, JSON string escape/unescape, plus YAML↔JSON and HTML→Markdown conversions.

Which hash algorithms are supported?

MD5, SHA-1, SHA-256 and SHA-512. All hashing is computed locally — useful for integrity checks and password/token generation without exposing inputs to a server.

Can I use EasyRead on mobile?

Yes. EasyRead is fully responsive and also installable as a PWA on iOS and Android for an app-like experience, including offline use.

What developer tools does EasyRead offer?

Regex tester, text diff, cron parser, color converter, SQL formatter, UUID generator, number base converter, character counter, and 40+ more developer utilities.

Text Hash Generator — MD5, SHA-1, SHA-256 Hashes

Why compute multiple hashes at once?

A text hash generator applies several hash functions to the same input so you can see MD5, SHA-1, SHA-256, and related digests side by side. It saves the round trip of opening a separate tool per algorithm when you are verifying a download, comparing against a legacy checksum, or producing identifiers for several downstream consumers at once. All hashes are computed locally in the browser over UTF-8 bytes.

Use Cases

Match vendor-supplied checksums

Some vendors publish MD5 and SHA-256 together; compute both at once and pick whichever matches their documentation.

Migrate between hash algorithms

Run old and new algorithms simultaneously to confirm your migration script produces the right new digest for every record.

Build composite cache keys

When a key has to be short but collision-resistant, combine truncated hashes from different algorithms to reduce risk.

Verify fixtures in tests

Generate expected hashes of a canonical payload and paste them into test assertions instead of hard-coding by hand.

FAQ

Which algorithms are included?

Typical fast digests: MD5, SHA-1, SHA-256, and SHA-512. Longer or niche algorithms are deferred to their dedicated tools.

Are hashes computed in the browser?

Yes. The browser crypto API handles SHA variants; MD5 runs through a small JS implementation so no input leaves the tab.

How is input encoded before hashing?

Input is serialized as UTF-8 bytes before hashing, which matches the default behavior of most language runtimes.

Can I hash binary data?

The tool focuses on text. For arbitrary bytes, Base64-encode the input first or use a dedicated file hashing utility.

Input

Output