Demo: attacco al cruscotto di una autovettura

Il 29 maggio ore 12:30 in aula 22 del DMI,
nell'ambito delle iniziative del polo Catanese del Laboratorio CINI di Cybersecurity coordinato dal Prof. G. Bella, la Dott.ssa I. Matteucci e il Dott. G. Costantino del CNR di Pisa dimostreranno il loro recentissimo attacco ai sistemi di monitoraggio e controllo di una moderna autovettura.

https://www.repubblica.it/cronaca/2019/05/14/news/aiuto_c_e_un_hacker_alla_guida_dell_auto-226208065/

http://www.ansa.it/canale_motori/notizie/attualita/2019/05/14/software-manomette-le-auto-a-distanza-scoperta-del-cnr_72408437-3f75-4411-b15b-7b54e8d7ec7f.html

https://sowhat.iit.cnr.it/

"Candy Cream: haCking infotAiNment AnDroid sYstems to Command instRument clustEr via cAn data fraMe"

Relatori: Gianpiero Costantino and Ilaria Matteucci

Abstract: Modern vehicles functionalities are regulated by Electronic Control Units (ECU), from a few tens to a hundred, commonly interconnected through the Controller Area Network (CAN) communication protocol.
CAN is not secure-by-design: authentication, integrity and confidentiality are not considered in the design and implementation of the protocol. This represents one of the main vulnerability of modern vehicle: getting the access (physical or remote) to CAN communication allows a possible malicious entity to inject unauthorised messages on the CAN bus. These messages may lead to unexpected and possible very dangerous behaviour of the target vehicle.
We present CANDY CREAM, an attack made of two parts: CANDY aiming at exploiting a vulnerability exposed by an infotainment system based on Android operating system connected to the vehicle?s CAN bus network, and CREAM, a post-exploitation script that injects customized CAN frame to alter the behaviour of the vehicle.