Local-first security
Uses crypto.getRandomValues() through the Web Crypto API instead of weaker pseudo-random methods.
Secure passwords. Instant generation. Privacy-first.
Passwords are generated in your browser using the Web Crypto API, so they never need to leave your device during generation.
Password Output
Ready to generate a new password.
Uses crypto.getRandomValues() through the Web Crypto API instead of weaker pseudo-random methods.
Open the page, generate a password, copy it, and move on in a few seconds.
Adjust length, character types, similar-character filtering, and inclusion rules for different account needs.
This tool uses crypto.getRandomValues() through the Web Crypto API to create secure random values directly in the browser.
Password generation logic runs on your device, so the password is assembled locally rather than being created on a remote server.
The tool does not need to upload your generated password in order to work. You generate it, review it, and copy it directly from the page.
A password generator should do more than sound secure. It should explain where the randomness comes from, where the password is generated, and whether the result ever needs to leave your device.
This tool is designed around those practical questions. It uses browser-native cryptographic randomness, generates passwords locally, and gives you fast controls for length, symbols, numbers, and other character rules.
That makes it useful for everyday logins, email accounts, financial services, admin dashboards, and anywhere else you need a stronger password without extra friction.
Yes. Passwords are generated in your browser using the Web Crypto API, specifically crypto.getRandomValues(), so the tool can generate secure random values without sending password data to a server.
No. Generated passwords stay on your device during creation and are not stored by this website as part of the generation flow.
The Web Crypto API provides browser-native cryptographic randomness. That is more appropriate for password generation than simple pseudo-random approaches such as Math.random().
A strong password is long, unique, and uses a broad character set. In most cases, 16 characters or more with mixed character types is a strong starting point.