
Recent research proves it is possible to take partial control of some truck systems via direct connection to a truck's on-board diagnostic port, or data port. Whether or not remote control is possible remains to be proven.
Recent research proves it is possible to take partial control of some truck systems via direct connection to a truck's on-board diagnostic port, or data port. Whether or not remote control is possible remains to be proven.
A watershed moment occurred July 21, 2015, with the introduction of a first-of-its-kind bill, the Security and Privacy in Your Car Act. It directs NHTSA to conduct a rulemaking to issue vehicle cybersecurity regulations against unauthorized access to electronic controls or driving data. There are number of stakeholders in the “OBD ecosystem.” In addition to government regulators and auto OEMs, important OBD stakeholders include fleet managers, aftermarket suppliers, and industry associations.
A hacker has found a security vulnerability in General Motors' OnStar mobile app that allowed him to locate a Chevrolet Volt, unlock the vehicle, and start its engine.
New vehicles that have fully adopted Bluetooth and wireless internet technology leave themselves open to hackers, according to a new report from U.S. Senator Edward J. Markey (D-Mass.).
Recently, a security systems consultant demonstrated that the technology used to link a car to a smart phone can be hacked to gain control of these vehicle functions. The demonstration showed that the wireless communication protocols between a server and a vehicle can be intercepted allowing a hacker to “reverse engineer” the encrypted software protocols. Once the software protocols are replicated, a hacker can maliciously communicate with a vehicle to unlock doors or start the engine.
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