🔐 PHP password_hash / password_verify Generator
Build secure, copy-paste ready PHP code for hashing and verifying passwords with password_hash() and password_verify() — bcrypt and Argon2 supported.
Computed locally in your browser with a bcrypt implementation, for preview only. PHP's own bcrypt output will use the $2y$ prefix instead of $2a$ — both are fully compatible.
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About the PHP password_hash Generator
This tool generates ready-to-use PHP code for hashing and verifying passwords with the native
password_hash() and password_verify() functions. Pick an algorithm
(bcrypt or Argon2), adjust the cost parameters, and get copy-paste PHP code instantly.
It's built for developers who want to follow PHP's official password-hashing recommendations without memorizing the exact function signature and options array every time.
Key Features
- Two algorithm families: bcrypt (
PASSWORD_DEFAULT/PASSWORD_BCRYPT) and Argon2 (PASSWORD_ARGON2I/PASSWORD_ARGON2ID) - Tunable cost options: bcrypt cost factor, or Argon2 memory_cost / time_cost / threads
- Ready-to-copy code: both the hashing snippet and the matching
password_verify()snippet - Live bcrypt preview: see an actual computed hash for the password you entered, generated entirely in your browser
How to Use the Tool
- Step 1: Type or generate a sample password
- Step 2: Choose an algorithm and adjust its cost options
- Step 3: Click "Generate PHP Code"
- Step 4: Copy the
password_hash()andpassword_verify()snippets into your project
Common Use Cases
- Scaffolding a user registration / login flow in PHP
- Learning the correct
password_hash()options array syntax - Choosing a sensible bcrypt cost or Argon2 memory/time cost for your server
- Migrating legacy MD5/SHA1 password storage to a modern algorithm
Tips & Best Practices
- Prefer
PASSWORD_DEFAULTso your app automatically benefits from future algorithm upgrades in PHP - Never store the plain-text password — only the string returned by
password_hash() - A higher bcrypt cost (or higher Argon2 memory/time cost) is slower but more resistant to brute-force attacks; benchmark on your own server
- The generated hash already embeds the algorithm, cost and salt — you don't need to store them separately
Privacy & Security
Everything runs locally in your browser. The password you type is never uploaded, logged, or sent to any server — including the optional live bcrypt preview, which is computed entirely client-side.