Rogue Wi-Fi Penetration Framework [RWPF]

Authors

  • Charan Sai Kumar Chittanuru, Gopichand D, B Hrushith

Abstract

These days, a significant number of us utilize wireless innovation, as internet hotspots are being set up everywhere beginning from the home, cafeteria to various shopping malls. Due to the human tendency of utilizing the wireless internet for nothing in the majority of the situations, we straightaway do connectto Wi-Fi networks that are available with no prerequisite of password and neither do we check how secured is that network. This raises the issue of another sort of danger to wireless networks which is called wardriving.As we know, wireless penetration testing is only minimized to a specific radius on-ground operations, and also wardriving has come out of fashion to perform Blackbox testing on a wireless network. Most of the time wireless penetration testing tools are still running on the CLI platform, where all the data will be displayed on the terminal screen and get stored on a document in the backend. So, this kind of output format gives a major gap for real-time analytics. To overcome these issues, we are building a wireless penetration testing device which is operated through a web application that can showcase the data on the web application. Wardriving has also become limited in rural places where a vehicle cannot reach a particular place for the operations of a penetration tester. To overcome this distance factor issue in any kind of locality we are building a drone that can be controlled with the help of a web application other than the use of a joystick.

Keywords:  raspberry pi, war driving, wirelesspenetration testing, drone, RF packet sniffing.

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Published

2020-05-12

Issue

Section

Articles