糖心视频

(糖心视频Org.com) -- A team of researchers led by Professor Stefan Savage from the University of California, San Diego and Tadayoshi Kohno from the University of Washington set out to see what it would take to control an automobile鈥檚 electronic control units (ECUs); what they found out may surprise you.

The researchers focused their attacks of the automobile鈥檚 ECUs which are located all over a vehicle and control the workings of many car components. The hackers created software called 鈥楥arShark鈥� to monitor communications between the ECUs and used fake packets of data to carry out the attack.

Access to the automobile鈥檚 computer system was done through the computer鈥檚 access port that is standard among cars and used by mechanics to diagnose car鈥檚 performance before servicing.

The researchers launched a series of attacks against the automobile鈥檚 ECUs in a moving and stationary vehicle to determine how much control they could have on the car.

The researchers stated; "We are able to forcibly and completely disengage the brakes while driving, making it difficult for the driver to stop. Conversely, we are able to forcibly activate the brakes, forcing the driver forward and causing the car to stop suddenly."

The researchers found that practically every system in the car, such as brakes, light, engine, cooling, instrument panel, radio, and door locks, were vulnerable to attack.

The conclusion the team came to is that the vehicle鈥檚 software was 鈥渇ragile鈥� and easy to sabotage. In some cases simply sending imperfect packets of data, rather than specific control code, was enough for triggering a response from the vehicle.

Hacking into an automobile鈥檚 computer system is nothing new and has been happening since car computers systems have appeared. Typically hacking into a vehicle鈥檚 wireless key system or a car鈥檚 ECUs to boost engine performance has been happening for years.

As technology advances in automobiles, the risk grows greater that hackers will one day develop a means of getting into a vehicle鈥檚 control system remotely that will cause serious safety concerns.

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