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BMW's Connected Drive feature vulnerable to hackers

BMW is working to fix a cyber-security flaw that has left 2.2 million vehicles worldwide vulnerable to hackers. Cars equipped with the automaker's Connected Drive remote-services system are affected, according to the German Automobile Association (ADAC), which first discovered the problem. Researchers found they could lock and unlock car doors by mimicking mobile communications and sending phony signals to a SIM card installed in affected vehicles. An attack could be launched "within minutes" of accessing the system without the perpetrators leaving a trace, according to their report, in part because once they had gained access to the network, the communications were not secure. In response to the security gap, BMW says it has been upgrading software via over-the-air updates over the past week, so no visits to dealerships are needed to remedy the security hole. In fact, owners of affected cars may not have even noticed the updates taking place. The problem affects BMW, Rolls-Royce and MINI vehicles equipped with Connected Drive since 2010. Flaws were first reported to BMW last year by ADAC, which is the country's equivalent of AAA. ADAC says it withheld a public announcement until the car company could address the problem. While BMW has pushed the software patch to most affected vehicles, the organization said it's possible some at cars in the United States had not yet been updated. BMW did not respond to a request for comment Monday. In a written statement, the automaker said it knows of no real-world breaches. 2015 Off To Dubious Start The hack could raise the eyebrows of industry leaders: Cars are now the equivalent of mobile computers and cyber-security experts have been warning that the auto industry has been slow to close its security holes. BMW's breach marks the second time in 2015 that researchers have found a popular automotive feature with little or no security precautions. Last month, experts said a popular device made by Progressive Insurance that allows motorists to track their driving habits contained no security whatsoever. Like the Connected Drive smart-phone app, many automotive components and infotainment features were conceived and produced at a time when industry executives never considered the possibility someone might want to hack into them. But increased connectivity brings increased risk. Going forward, BMW says its Connected Drive features will now operate by using encrypted communications via the HTTPS protocol.

BMW chooses Tesla's Supercharger network for its future EVs

BMW, following the lead of many other automakers, has confirmed this week that it will adopt the North American Charging Standard (NACS), delivering EV drivers in the U.S. and Canada access to Tesla’s Supercharger network. The move goes a step further in cementing NACS as the universal system of choice. The conversion to Tesla plugs will begin formally in 2025 for BMW, as well as its Mini and Rolls-Royce brands in the U.S. market. Those marques now use the Combined Charging System (CCS) for EV charging. “It is our top priority to ensure that our drivers have easy access to reliable, fast charging," said Sebastian Mackensen, President & CEO, BMW of North America. NACS, which began as began as TeslaÂ’s proprietary charging connection, rapidly has become the new standard in its native land after Ford announced it would adopt it this past summer. This was quickly followed by General Motors. Since then, brands including Rivian, Mercedes-Benz, Volvo, Nissan, Polestar, and Jaguar have climbed d on board NACS. Earlier this month, the Hyundai Motor Group announced it would also provide customers with the NACS connector across its namesake, Kia, and Genesis marques. BMW says it will work across its three marques in the coming months to ensure a smooth transition to TeslaÂ’s charging network by early 2025, and owners will be able to pay for charging using their respective vehicle brandÂ’s own app. Related Video: How to charge a non-Tesla on a Supercharger

Utah man builds iRacing simulator inside 2005 Mini Cooper S

Brent Cheney is an artist and part-time racer who used to own a tuning shop for time attack cars. That's why, when he decided to get into iRacing and wanted an immersive simulator, he wouldn't settle for mere technical excellence. As first covered by Salt Lake City's KSL news, then in more detail by Motor Authority, Cheney decided he wanted to cut a car into pieces, and rebuild it in the basement of his Salt Lake City, Utah house with a racing sim inside. He needed "the right aesthetic," ruling out something like a Toyota Corolla, but he refused the sacrilege of cutting up anything too precious to an enthusiast. After narrowly missing out on buying a 1999 BMW M3 convertible, then turning to a Mitsubishi Eclipse done up in splashy green like Brian O'Conner's car in the original "Fast and Furious," he ended up with a Mini Cooper. The Brit was a better choice than the German and the Japanese, in fact, thanks to a hardtop that would create a dark enclosure, and seams and shutlines in the right places to hide the necessary cuts.  Cheney found a 2005 Cooper S that had been junked over an engine issue, getting the coupe for $1,000 and parting out the internals he didn't need for the same $1,000 he paid. After watching a YouTube video on how to cut a car, he dismembered the Cooper into seven pieces with a cordless reciprocating saw wielding a Diablo Steel Demon 6-inch blade, and carried the pieces into his man cave. He reassembled those pieces on a wood base with the aid of 200 brackets and many more sheetmetal screws, nuts, and bolts. Once the car was put back together, body parts and trim pieces hid all the seams. Before reinstalling the interior, the artist laid in the sim equipment. After doubling the minimum requirements for iRacing, Cheney's system included an Intel Core i9 8-core processor NVIDIA GeForce RTX 2080 8 GB Founders Edition video card running Windows 10 inside a Thermaltake PC case under the Cooper S hood, as the new "engine." A Fanatec Podium DD1 direct-drive steering column and wheel and Fanatec V3 pedals went in the cabin, along with a Harman Kardon home theater 5.1 surround sound system. He mounted the wheel on the Mini's steering column with a fabricated adapter, put the Fanatec pedals where the car's pedals had been, put a ButtKicker Mini transducer in the original Mini seat for extra realism, and hid all the wiring beneath the carpet and interior trim components.