WiFi Password Recovery

XenArmor's WiFi Password Recovery software is a professional solution designed to instantly retrieve all your forgotten WiFi passwords with a single click.

It automatically recovers all types of Wireless Keys/Passwords, whether they are WEP keys (8 to 32 characters), WPA passwords (8 characters), WPA2 (8 to 64 characters), or WPA3 (16 to 24 characters). In addition to the recovery process, the program also conducts a detailed security analysis for each WiFi profile recovered. It then sorts them according to their security level: critical, vulnerable, warning, or good, depending on the password security configuration.

• Instant WiFi password recovery: Discover and instantly decrypt all wireless passwords present on your computer.
• Supports recovery of WEP, WPA, WPA2, WPA3 passwords: Compatible with all wireless protocols, including WEP, WPA, WPA2, WPA3, etc.
• WiFi password removal: Easily remove one or more selected WiFi password profiles with a simple click.
• WiFi password security analysis: Performs detailed password security analysis and classification for each recovered wireless profile.
• Command line version: Assists with automation and can be easily integrated into your scripts or programs.

In addition to these features, XenArmor's WiFi Password Recovery software also has a feature that allows for password reports to be generated in various formats such as HTML, CSV, XML, JSON, and SQLite. It also displays search results in different colors for easy identification of security issues.

This software allows users to quickly and effortlessly recover all their forgotten or lost WiFi passwords.

XenArmor's WiFi Password Recovery software works on all 32-bit and 64-bit platforms, from Windows Vista to Windows 11. It also provides the option to connect or disconnect from a selected WiFi network with a single click. Finally, it displays all WiFi settings, including network ID (SSID), signal quality, authentication/encryption type, WiFi password in hexadecimal and text, and security analysis.