Hash Generator
Generate MD5, SHA-1, SHA-256, SHA-512, and SHA-3 hashes. Everything runs in your browser.
History stored locally. Clear anytime.
Result
SHA-256Enter text and click Generate
All Algorithms
Hash Algorithms
Explore dedicated pages for each algorithm with in-depth explanations, examples, and FAQs.
File Hash
Drop a file here or click to browse
Up to 50 MB
Compare Hashes
What is a Hash Generator?
A hash generator converts any input — text or files — into a fixed-length string using a cryptographic hash function. Even a single character change produces a completely different output, making hashes ideal for verifying data integrity.
This tool supports MD5, SHA-1, SHA-256, SHA-512, SHA3-256, and SHA3-512, with optional HMAC authentication. Everything runs client-side — your data never leaves your browser.
Supported Algorithms
MD5 · weak
128-bit. Fast but cryptographically broken. Use only for checksums.
SHA-1 · weak
160-bit. Deprecated for security. Still used in legacy systems.
SHA-256 · strong
256-bit. Industry standard. Used in TLS, Bitcoin, and code signing.
SHA-512 · strong
512-bit. Maximum security for high-sensitivity applications.
SHA3-256 · modern
Keccak sponge construction. Independent security from SHA-2.
SHA3-512 · modern
Highest security margin of all supported algorithms.
File Checksum Verification
Software distributors publish checksums alongside downloads so you can verify file integrity. Upload your file, generate the hash, paste the expected checksum, and verify — a green result means the file is intact.
Need Password Hashing?
MD5 and SHA are fast hashes — not designed for passwords. Use our Bcrypt Generator for secure password hashing with configurable cost factor and built-in salt.
Latest Articles
View allHow to Verify File Integrity with Hash Checksums
Learn how to verify file integrity using hash checksums. Step-by-step guide for Windows, macOS, and Linux with MD5, SHA-256, and online tools.
Hashing vs Encryption: What's the Difference and When to Use Each
Understand the key differences between hashing and encryption. Learn when to use each, common algorithms, and avoid the mistakes that lead to security breaches.
MD5 vs SHA256 vs SHA512: Which Hash Algorithm Should You Use?
Compare MD5, SHA-256, and SHA-512 hash algorithms. Learn which is secure, which is broken, and which to use for passwords, file integrity, and security.
MD5 vs SHA-256: Why MD5 Is Broken and How to Migrate
Learn why MD5 is cryptographically broken, how SHA-256 compares, and how to migrate from MD5 to SHA-256 in your applications. Includes practical code examples.
How to Store Passwords Securely: bcrypt, Argon2, and scrypt Explained
Learn how to hash passwords securely with bcrypt, Argon2, and scrypt. Understand why MD5 and SHA are wrong for passwords and implement secure storage.
SHA-256 vs SHA-512: Which Hash Algorithm Should You Use?
Compare SHA-256 and SHA-512 in depth. Learn the differences in output size, speed, security, and when to use each algorithm for your project.
What is SHA-256? The Hash Algorithm That Secures Bitcoin and the Internet
Learn how SHA-256 works, why it's secure, and where it's used -- from Bitcoin mining to TLS certificates. Complete guide to the world's most important hash algorithm.