Publication: OWL: offensive wireless listener
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2017
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Abstract
El proyecto Offensive Wireless Listener (OWL) ha consistido en la elaboración de un dron equipado con distintos dispositivos de guerra electrónica, especializado en las redes wifi.
Los principales puntos que se han desarrollado en el proyecto son la navegación del dron hacia el objetivo asignado, la creación de módulos automáticos de infiltración y obtención de información de la red asignada para el ataque y la inhabilitación del router para evitar la conexión a la red.
Para controlar al dron se ha utilizado un programa desde el ordenador, al que se le indica la situación del objetivo y traza una ruta para llegar a él. Al dron se le ha incorporado una Raspberry Pi 3 que contiene los módulos necesarios para atacar a la red wifi y obtener la información deseada, así como su inhabilitación. Para controlar todo el proyecto se ha utilizado la nube táctica, manejada desde una aplicación web, que ha sido la encargada de comunicarse con la Raspberry y de enviar las órdenes a ejecutar. También se ha encargado de realizar ciertos cálculos inviables de realizar en la Raspberry por su rendimiento. Por último, la nube táctica ha recibido la información obtenida por los módulos de ataque de la red vulnerada.
The Offensive Wireless Listener (OWL) Project consisted in the elaboration of a drone equipped with different electronic warfare devices, specialized in Wi-Fi networks. The main points developed in this project are: the drone’s navigation to the assigned target, the creation of modules for automatic infiltration and obtaining of the information of the network assigned for the attack, and the disabling of the router to avoid the network connection. For controlling the drone a program on the computer has been used, to which the situation of the target is indicated and traces a route to get to it. A Raspberry Pi 3 has been incorporated to the drone and has the necessary modules to attack the Wi-Fi network and get the desired information as well as its disabling. To control the entire project the tactical cloud has been used, handled from a web application in charge of communicating with the Raspberry and sending the commands to be executed. It has also been in charge of executing some calculus that were non-viable for the Raspberry to execute due to the yield. At last, the tactical cloud has received the information obtained by the attack modules from the breached network.
The Offensive Wireless Listener (OWL) Project consisted in the elaboration of a drone equipped with different electronic warfare devices, specialized in Wi-Fi networks. The main points developed in this project are: the drone’s navigation to the assigned target, the creation of modules for automatic infiltration and obtaining of the information of the network assigned for the attack, and the disabling of the router to avoid the network connection. For controlling the drone a program on the computer has been used, to which the situation of the target is indicated and traces a route to get to it. A Raspberry Pi 3 has been incorporated to the drone and has the necessary modules to attack the Wi-Fi network and get the desired information as well as its disabling. To control the entire project the tactical cloud has been used, handled from a web application in charge of communicating with the Raspberry and sending the commands to be executed. It has also been in charge of executing some calculus that were non-viable for the Raspberry to execute due to the yield. At last, the tactical cloud has received the information obtained by the attack modules from the breached network.
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Trabajo de Fin de Grado en Ingeniería Informática (Universidad Complutense, Facultad de Informática, curso 2016/2017)