phpMyAdmin Checker
1. What This Tool Does
This is an efficient phpMyAdmin access checker. It verifies login credentials by attempting to authenticate directly to phpMyAdmin login pages (typically at /phpmyadmin/ or similar paths).
Load your database strictly in U:L:P format (URL:Login:Password). The tool automatically detects and prioritizes only lines that contain the phpMyAdmin path in the URL (mainly /phpmyadmin/, and common variants like /phpMyAdmin/, /pma/, /mysql/, /admin/, /dbadmin/ etc.). It filters/tests entries accordingly — ignoring lines without these paths and focusing on those that match phpMyAdmin endpoints for faster, more targeted checking.
Typical use cases:
- Mass-checking combo lists, botnet dumps, or leaked credentials for valid phpMyAdmin logins
- Gaining database access for dumping tables, injecting content, modifying sites, or extracting sensitive data
- Filtering and sorting live/working phpMyAdmin accounts from massive databases
Quick Start Guide
- Prepare your database in strict U:L:P format — examples (must include /phpmyadmin/ or variant in URL):
https://example.com/phpmyadmin/:root:pass123
http://site.net:8080/phpMyAdmin/:admin:password321
123.45.67.89/pma/:dbuser:strongpass
domain.org/mysql/:user:qwerty123(only lines with matching paths are processed; others skipped) - Import / upload only the relevant lines (those containing /phpmyadmin/ or common aliases like /pma/, /mysql/ — the checker ignores everything else for efficiency)
- (Highly recommended) Add a list of high-quality residential or mobile proxies — cheap/shared proxies lead to quick blocks, timeouts, and poor hit rates
- Configure threads (start with 10–50; tune based on proxy quality and list size)
- Start the check — the tool tests logins only on lines with phpMyAdmin paths, detects successful authentications, and saves sorted results (grouped by path/port if present) in clean .txt format
Important: Use clean, fast proxies and moderate concurrency to bypass WAFs, rate-limits, or fail2ban. Lines without /phpmyadmin/ (or variant) are automatically skipped — explicit matching paths give the highest accuracy and speed.