A standalone USB Wi-Fi auditor for Linux, Windows, and macOS.

At least one of the supported USB adapters is required.

Why?

• Cross-Platform: Runs identically on Linux, macOS, and Windows.
• Wireless Driver Heaven: Built-in wireless stack avoids kernel driver versioning hell and Windows' NDIS.
• Zero Runtime Dependencies: No aircrack-ng or reaver, just pure Python with PyUSB & Textual libraries.

Features

Reconnaissance & Analysis

• Multi-Card Aggregation: Capture packets across multiple adapters simultaneously; pick a dedicated card to inject.
• Real-time Scanner: 2.4GHz & 5GHz channel-hopping (split for multi-cards); tracks signal strength, encryption suites, WPA3/SAE transition modes.
• AP & Client Identification: Fingerprints device vendors and categories; extracts router make and model from WPS beacons.
• VAP Decloaking: Identifies hidden networks by correlating their BSSIDs with known visible siblings.
• Packet Dashboard: Visualizes real-time beacon, data, injection, and deauthentication packet rates.

Attacks & Captures

• WPA/WPA2 Handshakes: Passive sniffing and targeted deauthentication; validates crackable pairs; exports .pcap and .hc22000 files.
• PMKID Harvesting: Active association harvest and passive sniffing for WPA/WPA2 PMKID key material (.hc22000).
• EvilTwin WPA3 Downgrade: Clones the AP and evicts clients (via CSA, BTM, and de-auths) to capture handshakes. Works on single and multiple cards.
• WPS Recovery Suite:
  • PixieDust (2 Modes): Instant offline PIN recovery exploiting Null Secret and Static Secret PRNG weaknesses.
  • PushButton (PBC): Detects physical WPS button presses and immediately extracts the plaintext WPA PSK.
  • PIN Brute-Force: Resumable WPS PIN cracking with known-PIN database and AP lock monitoring.
• WEP Suite: Pure Python ARP replay, ChopChop, Fake Authentication, and PTW key recovery.

Screenshots

Supported Hardware

Important: At least one supported USB wireless adapter is required.

Breakdown of each device's capabilities and limitations: Supported Hardware Doc.

Installation & Running

Option 1: Download Prebuilt Binaries (Recommended)

Download the latest standalone executable from Releases:

• Windows: Download and run wifit3-windows-x64.exe.
• Linux (non-sudo): chmod +x wifit3-linux-x64 && ./wifit3-linux-x64
• macOS: (bypass quarantine)

  xattr -d com.apple.quarantine wifit3-macos-universal2
  chmod +x wifit3-macos-universal2
  ./wifit3-macos-universal2
  

Option 2: Run from Source

wifit3 uses Astral's uv. sync sets up dependencies:

Option 3: Build your own binary

uv run pyinstaller wifit3.spec --noconfirm --clean

Binary executable is written to dist/ subdirectory.

One-Time Driver Setup

wifit3 automatically handles hardware configuration within the app, after clicking the START button:

• Linux: Prompts once via pkexec/sudo to write udev permissions and blocklists in /etc/modprobe.d/.
• macOS: No installation required; plug in the device and select Allow in the authorization dialog.
• Windows: Prompts once via UAC to install WinUSB for the device.

Uninstalling

Return the previously-installed device to your operating system's Wi-Fi stack:

1. Select the card on the wifit3 splash screen.
2. Click the Uninstall button and confirm.
3. Accept the elevation prompt (UAC on Windows or pkexec on Linux).
4. Unplug and re-plug the adapter.

On Linux, this deletes wifit3's udev and modprobe rules. On Windows, this uninstalls the WinUSB binding, and triggers a PnP device rescan (old driver reattaches).

Thank you, Linux!

wifit3 only exists because of the great people who reverse-engineered and maintained these Linux wireless drivers. It's usually a thankless job.

Special thanks to:

• Christian "kimo" B. (@kimocoder) who maintains wifite2 and aircrack-ng's RTL8188EUS DKMS driver.
• Neur0sp1cy: Close friend and the master to my Linux & wireless-hacking apprenticeship.
• Nick Morrow (@morrownr), legend, maintains the out-of-tree Realtek USB DKMS drivers.

The full list is in CREDITS.md.

How it Works: Mini-Drivers

wifit3 bypasses the operating system's native Wi-Fi stack entirely. It ships with lightweight Python ports of Linux kernel drivers (src/wifit3/chips/*) that directly control wireless devices over USB bulk and control transfers.

Because register-level frame injection and monitor mode are performed entirely in user space, Windows NDIS restrictions and Linux kernel driver locking do not apply.

For architecture details, driver porting methodology, and USB trace replay tooling, see the Porting Documentation.

License & Disclaimer

Code: Licensed under GNU General Public License v2.0 (matching upstream Linux drivers).

Firmware: Vendor firmware blobs loaded onto adapters are redistributed verbatim under their respective manufacturers' licenses (details in FIRMWARE.md).

⚠️ Notice & Disclaimer: For use only on networks and equipment you own or are explicitly authorized to audit. wifit3 operates directly on USB hardware registers without kernel guardrails; use at your own risk.