What this tool does
Identifies likely password-hash algorithms based on prefixes, length, and encoding patterns.
This page focuses on practical, step‑by‑step usage for **Password Hash Identifier**, with clear examples and common pitfalls.
When you should use it
Use it during migrations and audits to understand what hash scheme you’re dealing with.
How to use
- Paste the hash string.
- The tool lists most probable algorithms.
- Use that to select the correct verifier/migrator.
Quick example
Example: Detect bcrypt by the $2b$ prefix versus a raw MD5 hex digest.
Notes
Some hashes overlap in length; confirm by checking how the hash was generated in your system.
Password Hash Identifier
Advanced hash type detection with confidence scoring and detailed algorithm analysis
Common Hash Patterns
Advanced Hash Identification
Professional hash type detection tool for security researchers, penetration testers, and forensic analysts. Automatically identify and analyze various hash algorithms with confidence scoring.
Supported Hash Types
Cryptographic Hashes
MD5, SHA1, SHA256, SHA512, RIPEMD, Whirlpool
Password Hashes
bcrypt, scrypt, PBKDF2, Argon2, bcrypt
System Hashes
NTLM, LM Hash, MySQL, PostgreSQL, Oracle
FAQ
Is Password Hash Identifier encryption?
No. It is primarily an analysis/encoding utility. If you need confidentiality, use a real encryption scheme and manage keys properly.
What should I do if the input fails to decode/parse?
Start by checking for missing padding, wrong alphabet/variant, or extra whitespace. If the data looks multi-layered, try decoding step-by-step (e.g., URL decode → Base64 decode).
Is it safe to paste sensitive data here?
For best security, avoid pasting real secrets (private keys, live tokens, seed phrases). Use test data or work offline, especially for anything that could grant access or move funds.