Open Source Python Wireless Software

WiFi DensePose is a production-oriented implementation of a WiFi-based human pose estimation system that enables real-time full-body tracking using wireless signals rather than cameras. The project demonstrates how commodity mesh routers and signal processing techniques can be leveraged to infer dense human pose information, even through obstacles such as walls. It is designed to showcase the emerging field of RF-based sensing, where machine learning models interpret wireless channel data to reconstruct human movement and posture. The repository includes components for data processing, model inference, and real-time visualization, making it suitable for research and experimental deployments. Its architecture emphasizes performance and reproducibility, allowing developers to explore non-visual motion capture systems using accessible hardware. Overall, WiFi DensePose functions as an advanced research-grade toolkit for WiFi-based human sensing and pose estimation.

RuView is an edge AI perception system that transforms ordinary WiFi signals into real-time environmental sensing and human pose estimation. Built on the concept of WiFi DensePose, it analyzes disturbances in WiFi Channel State Information (CSI) caused by human movement to reconstruct body position, breathing patterns, heart rate, and presence. Unlike traditional vision systems, RuView operates without cameras, wearables, or cloud connectivity, making it a privacy-first sensing solution. The system runs on low-cost hardware such as ESP32 sensor meshes and performs signal processing and machine learning directly at the edge. By learning the RF signature of each environment over time, RuView adapts automatically to different spaces and improves its sensing accuracy. Designed for applications ranging from healthcare monitoring to disaster response, it enables spaces to gain spatial awareness using the radio signals already present in the environment.

A network connection manager that aims to simplify wired and wireless networking in Linux.

BlueGate HotSpot Lite 2.0 New Features in 2.0: +Support windows 7/8/8.1 and 10 !!! +ICS Sharing Bug Fixed +Network Statistics +Improved UI +Detect New Devices Automatically +New Settings Available With BlueGate HotSpot, you can transform your PC into a real WiFi hotspot, and share your computer’s Internet connection as Wi-Fi with any other PC or mobile device. BlueGate is a very simple and user friendly software that turns your Windows 7/8/8.1 PC into a Wi-Fi Hotspot easily and quickly. Main Features: +Share any type of Internet Connection (LAN,Ethernet,3G/4G,Wifi,etc) +WPA2 AES Encryption +Extends your Router's range & Acts as a repeater +View clients connected (Device name, Ip Address, Mac Address) +Avoid Overcharges for Costly Connections +Support Windows 7/8/8.1 (Support for Windows 10 soon) +User Friendly & Light Weight +Leaves nothing behind (Virtual adapter is cleared when hotspot is stopped) +Written in Python :))

This professional WiFi management tool allows you to view and manage detailed information about all wireless networks registered on your computer.

This ESL management system incorporates the electronic shelf labels and the ESL management software. The ESL management software enables you to manage your electronic shelf labels. It accomplishes this by maintaining a database with the credentials of each ESL and the last image that was sent to it. When you choose the image to be displayed on the ESL and hit the "Send Image To ESL" button, the software encrypts that image, sends it to the specified ESL over Wi-Fi using the UDP protocol, and then saves it to the database. An electronic shelf label is a device that displays relevant product information, they're usually attached to the front edge of retail shelving. A typical ESL consists of a display and a simple microcontroller that controls the display. *V2.0 now supports ESP32 CYD You can learn more on: Github: github.com/Northstrix/Electronic-Shelf-Label-Management-System Instructables: https://www.instructables.com/DIY-Electronic-Shelf-Label-Management-System-V20/

A python script used to generate all possible password combinations for cracking WAP and other logins or password files. This program is open source. If you see the need to repair or change something by all means do so, but share your findings. *HONK* Usage: wordpie.py [-h] [-o OUTPUT] [-min MIN_SIZE] [-max MAX_SIZE] [-N] [-L] [-U] [-S] [-A] [-v] Generate a wordlist with all possible combinations of letters including: -L (Lowercase Letters) -U (Uppercase Letters) -N (Numbers) -S (Special Characters) -A (All Characters, Numbers, and Letters) -min (Minimum Size) -max (Maximum Size) -o outputfile.gz or -o stdout By default -o filename.gz to create a GZ compressed text file of all the words. Use the keyword "stdout" to print to screen or for use with other programs like Aircrack-ng or Medusa ./wordpie.py | xargs -L 1 medusa -h 192.168.1.1 -u admin -M web-form -p ./wordpie.py -o stdout -A | aircrack-ng -b XX:XX:XX:XX:XX:XX -w - *.cap

Wifi-radar is a continuation of the original wifi-radar 1.x project from http://www.bitbuilder.com/wifi_radar/. It originally was a modification of the original to work with Cisco and other wifi cards, but is now general purpose.

Zippy Ip Scanner is a free, open-source cross-platform IP scanning application written in python.

WPAGen is a wifi password generator written in Python. It runs in the terminal and has very few dependencies other than Python itself, and if you're using the compiled binary you don't even have to have Python installed. I digitally sign some files in my releases. If you'd like to verify those signatures, you can find my PGP/GPG keys at: https://marcusadams.me/keys.html If you'd like to donate there's several ways to do so: PayPal: https://paypal.me/gerowen Bitcoin (BTC): bc1q86c5j7wvf6cw78tf8x3szxy5gnxg4gj8mw4sy2 Monero (XMR): 42ho3m9tJsobZwQDsFTk92ENdWAYk2zL8Qp42m7pKmfWE7jzei7Fwrs87MMXUTCVifjZZiStt3E7c5tmYa9qNxAf3MbY7rD

Workaround for Red Hat Enterprise Linux (RHEL and clones) version 5.x series with Atheros AR9285 and AR9287 (and similar) wireless adapters. Mitigates failure to connect to wireless access point.

This project site maintains several projects that support the acerhk.ko linux module and provide a GUI interface for the module to activate and deactivate the wireless and bluetooth radios. Please see this projects Wiki for more information: https://sourceforge.net/p/acerhkgui/wiki/Home/ Programs: AcerHK GUI -- Main program. Updated 2015-03-05. Version 0.7.2.5 should work. Please report errors, as it may still require some work. Cinnamon Desktop Applet -- simple system tray icon to provide radio on and off controls. It is also available at: http://cinnamon-spices.linuxmint.com/applets/view/219 Ubuntu AppIndicator Applet -- currently in development. Stay posted for this. Build Script for acerhk.ko. Use the 11.04+. Includes source code. Please see this projects Wiki for more information.

BlueLogger is built using the Python programming language in order to monitor for Bluetooth devices nearby. The application can log the "Time", "Device Name" and "Device Address" of each discovered device.

DogoIDS is an open-source active-probing-based network intrusion detection system (AP-NIDS) for wireless multihop networks (MANETs, Wireless Mesh Networks, Sensor Networks, etc). At this stage, DogoIDS only support the IEEE 802.11s standard for Wireless Mesh Networks. DogoIDS is now under construction in a very early stage and mainly for research purposes. However, we aim to release a stable version ready for production soon. *** IMPORTANT *** We uploaded the very first experimental implementation of DogoIDS (still alpha), so expect to find bugs. The Documentation is sadly not yet fully done. So far, we did experiments using a IEEE 802.11s network (open80211s kernel 3.10.0-rc4-wl). We are happy to receive comments.

An Electronic Shelf Label is a device that's typically attached to the front edge of retail shelving. ESL Firebase Edition V2.0 utilizes the AES-256 in CBC mode and Google Firebase. It doesn't require an expensive gateway to function, once configured, all it needs is a power supply and a Wi-Fi access point. ESL Firebase Edition V2.0 allows you to operate as many of them as you wish, provided that each has its own unique ID, and there's enough power and bandwidth for all of them. For more information please visit https://github.com/Northstrix/Electronic-Shelf-Label-Firebase-Edition You can find the tutorial on V2.0: https://www.instructables.com/DIY-IoT-Electronic-Shelf-Label-With-Google-Firebas-1/ V1.0: https://www.instructables.com/DIY-IoT-Electronic-Shelf-Label-With-Google-Firebas/ The desktop app is made with the help of the ChatGPT.

Python script that plots access points from Inssider GPX wardrive capture to an html file displaying a Google map. Useful if you care about WPA and WPA2 data instead of just plain old WEP...

Python / GTK / GNOME applet for wireless configuration, similar to Windows XP "Zeroconf" wireless. Shows network status, available access points, and allows the user to connect to a specific AP. Stores WEP keys and handles DHCP.

Open Source Geographical Wifi Analyser Tool

Injection Wizard is an application for injecting traffic into WEP protected Wi-Fi networks, like aireplay-ng, but it's much more easy to use and it can work with worse conditions.

Automatic session locker for KDE. Requires Python (2.3 and higher), PyKDE, PyQT, python-bluez to run. This small script will lock desktop if monitored device becomes unavailable. When device becomes available again - script will unlock desktop.

Kismon is a PyGTK based Kismet Newcore (since 2009-05-RC1) Client with a live map of the networks.

Application that monitors power level and noise of wireless networks 802.11 in Unix environments.

Mobile Manager is a D-Bus service to manage mobile data devices in Linux-based platforms. Mobile Manager provides an abstraction layer for interoperability with the hardware, making it easy to add support for new devices.

NetgearDG tools is a collection of command line utilities to administer Netgear routers running DGTeam firmware. Currently the only supported router is the Netgear DG834GT.

PyCI is a web-based configuration interface written in Python for systems running OpenWRT.