The world for the first time Tencent Cohen laboratory success remote intrusion Tesla (video) aspack

The world for the first time: Tencent Cohen laboratory successful remote invasion Tesla original title: the world’s first! Tencent Cohen laboratory successful remote invasion Tesla today for Tesla, is a landmark day. Tencent Cohen laboratory officially announced that they have a remote physical contact, the way the successful invasion of Tesla Motors, which is the first time in the world. To be simple: their researchers just sit in the office, you can complete the remote control of tesla. Prior to this, Tesla has been a lot of computer geeks for surgery, but they are to enter the real invasion "car, physical contact" or "App" mobile phone hijacking Tesla electric car as the premise, the core network and not to contact the car. The "remote invasion" Tesla is how is it? Cohen laboratory director Lv Yiping accepted the GeekCar interview. Cohen laboratory: no physical contact with Tesla remote attack (the video shows the results of the experiment for professional research behavior, do not imitate) remote unlock, brake, you are not afraid? The Cohen lab for Tesla vulnerability research, took two months, there are a number of researchers involved. They use a 2014 Model S P85 for security research, while still a friend just to buy the new Model S 75D on the retest, both of which installed the latest version of the firmware, the study can influence a variety of models of tesla. The attack through the Tesla vehicle network to achieve, which is their ability to achieve remote without physical contact premise. In theory, the global range of any one Tesla models are likely to encounter such attacks, after all, everyone’s system is the same set. After the success of the invasion, the Cohen lab can be controlled in the big screen and the LCD panel to replace the lab Logo, then the user will be any touch operation failure. Of course, the damage caused by the vulnerability is far more than this little trick, they can do things can be broadly divided into two categories, namely the vehicle parking and the state of the remote control. When the vehicle in the parking state, the Cohen laboratory can remotely unlock the vehicle, open the sunroof, steering lamp and seat; when the user drives, they can start up wipers, mirrors, open the trunk etc.. To be mentioned, under normal circumstances, Tesla in the running process, is unable to open the trunk and folding rearview mirror. Even more dangerous is that they can achieve remote braking, in the test they show a low speed when the sudden stop. And in the braking process, the brake light does not light, and the door is in the unlocked state (harm can be imagined). As far as we are concerned about the Tesla automatic auxiliary driving function, Cohen laboratory that their research results can be achieved on the interference of the function. To achieve a full attack on the function, the need for a thorough analysis of the Tesla Autopilot system and CAN bus, which is the focus of the follow-up study of Cohen laboratory. The face of loopholes, the majority of Tesla owners do not have to worry, because Cohen laboratory has been followed by a responsible vulnerability.相关的主题文章: