Scope first
Make the boundaries of an exercise visible before the first command runs.
Loading WIPWN
A modular toolkit for understanding the network. Build confidence in the systems you own, learn in isolated labs, and leave every session with a clearer report.
root@anbu:~/wipwn# sudo python main.py -i wlan0 -K
╔═════════════════════════════════════╗ ║ WIPWN v3.3.0 ║ ║ TOOL: OneShot 0.0.2 (c) 2017 rofl0r ║ ║ GITHUB: github.com/anbuinfosec ║ ╚═════════════════════════════════════╝
OK WIPWN ready for authorized Wi-Fi WPS testing
session output is local and auditable_
Make the boundaries of an exercise visible before the first command runs.
Small, inspectable modules for classrooms, homelabs, and curious minds.
Turn observations into notes your team can act on.
No mystery dashboards. Your session stays close to your environment.
WIPWN reworks the OneShot lineage with tuned defaults, built-in evasion, and diagnostics that catch problems before a session even starts.
A tuned Pixie Dust implementation and threaded bruteforce module cut typical lab session time compared to stock OneShot workflows.
Automatic weak-algorithm detection and vendor fingerprinting target the right method first, instead of brute-forcing blindly.
MAC rotation, channel hopping, recurring delays, and rate-limit bypass keep authorized sessions from tripping avoidable lockouts.
Configurable bruteforce and dictionary threading scales with your lab hardware instead of running single-threaded by default.
A single Python launcher with clear diagnostics, so installs on Termux, Kali, or Debian succeed on the first try.
No telemetry, no cloud dashboard, no external reporting. Every finding and report stays on the machine you run it from.
WIPWN is built for authorized testing, educational labs, and defensive research. Read the scope, get consent, and keep your lab isolated.