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Jeep in St. Louis hacked from Pittsburgh

One of America's most popular vehicles contains a security flaw that allows hackers to remotely commandeer it from anywhere on the planet. Cyber-security researchers Chris Valasek and Charlie Miller say they've accessed critical vehicle controls on a 2014 Jeep Cherokee that allowed them to remotely control critical vehicle functions like braking, transmission function, and steering. Automakers have downplayed the possibility a car could be remotely compromised, but the significance of the findings detailed Tuesday could cause them to reevaluate the threats posed to hundreds of thousands of vehicles already on the road. A key finding – the pair needed no physical access to the Jeep to pull off the attack. Valasek and Miller accessed the controls via a security hole in the Sprint cellular connection to Chrysler's UConnect infotainment system. In the course of their research, Valasek sat in his Pittsburgh home and remotely manipulated Miller's Jeep as he drove along a highway outside St. Louis. If you know a car's IP address, they say, a hacker could control it from anywhere. "We didn't add anything, didn't touch it," Valasek told Autoblog. "A customer could drive one of these things off a lot, and they'd have no clue it had these open attack surfaces." Remotely, he disabled brakes, turned the radio volume up, engaged windshield wipers and tampered with the transmission. Further, they could conduct surveillance on the Jeep, measuring its speed and tracking its whereabouts. They conducted the experiments over multiple breaches. They made their findings public on the same day the National Highway Traffic Safety Administration, the federal agency in charge of vehicle safety, released its latest report on the readiness of government and automakers to fend off these sorts of cyber attacks. Later today, two US Senators are expected to introduce legislation that would help consumers better understand the potential risks of car hacking. In the early stages of their research, Valasek and Miller found a security flaw in the car's wi-fi that allowed them to remotely manipulate controls from a range of about three feet. But in recent months, they found another vulnerability in the Sprint cellular connection in the UConnect system. That was a key breakthrough. "Lo and behold, we found we could communicate with this thing using cellular, and then more research, and 'Holy cow,' we're using the Sprint network to communicate with these vehicles," Valasek said.

Taking a truly driverless ride in Waymo's Chrysler Pacifica

Today was a first for me: I drove in a fully autonomous vehicle on roads without anyone behind the wheel. They weren't public roads, but they did have intersections, other vehicles, pedestrian traffic, cyclists and more, and the car managed a fairly long route without any human intervention — and without any cause for concern on my part. I've done a lot of self-driving vehicle demos, including in Waymo's own previous-generation Lexus test vehicles, so I wasn't apprehensive about being ferried around in Waymo's Chrysler Pacifica minivan to begin with. But the experience still took me by surprise, in terms of just how freeing it was once it became apparent that the car was handling things all on its own, and would continue to do so safely regardless of what else was going on around it. Waymo's test track at Castle (more on that facility here) included multiple intersections with traffic lights, a roundabout, cars stopped on the shoulder, crossing foot band cycle traffic and more. Even if these were staged, they'd be hard to replicate in exact detail every time, so despite the fact that Waymo clearly had more control here than they would out in the real world, the driving experience was still impressive. In particular, one event stuck with me: A squirrel (or other small rodent, I'm no expert on the fauna of Northern California) darted out quickly in front of the car, before turning back off the road – but the vehicle perceptibly slowed in case it needed to avoid it. Barring an incredibly lifelike animatronic, this isn't something Waymo could've planned for. Regarding how it actually works, once in the vehicle and buckled up, a rider taps a button to start the ride, and then displays mounted on the backs of the front seats show a visualization of what the car's sensors see, but selectively simplified and redesigned to draw focus to things that riders find important, and to reassure them about the system's competence and ability to spot all the key variables on the road. This is essentially the same car driving riders around Chandler, in Phoenix, where the current Waymo pilot is operating. It's still essentially a stock Pacifica van, with a premium trim upgrade, but included features in that vehicle, including the many USB ports for charging located throughout, the dual screens mentioned above on the seat backs, and the rear cabin AC and climate controls all make it particularly well suited to the task of putting the rider first.

Google-FCA deal is a coup for both sides

FCA made a savvy play this week to team with internet giant Google. It's not as sexy as partnering with Apple, but it's almost as good. This move positions FCA to expand its capabilities in the autonomous driving field, and connecting with Google could boost the automaker's image. FCA will provide Google with about 100 Chrysler Pacifica hybrid minivans specially developed for autonomous testing. Google will integrate its sensors and computers into the vehicles. They'll work together at a site in Southeast Michigan and test the prototypes on Google's private test track in California. It's looks like an equitable deal and a win for both sides. "This marks a watershed event for the auto industry on two major levels: contract manufacturing for high tech firms and allowing such firms a clear pathway into the brain of the car," Morgan Stanley researchers said in a note. Don't underestimate how big this is for Google. The deal more than doubles the size of the tech firm's fleet, and does so with the Pacifica, a potentially segment-defining entry. Currently, it's using Lexus vehicles and other modified prototypes as testers. Though FCA is the smallest of Detroit's carmakers, it's also viewed as nimble and willing to embrace change. The Jeep and Ram divisions are as strong as any brand in the industry, and the Hellcats and Viper reinforce FCA's enthusiast cred. Google doesn't need those things, but they're pretty cool associations, nonetheless. If Ferrari can try to position itself as a leather goods maker, Google can have a little octane in its system. While experts expect Google to eventually partner with other automakers or to license its technology (FCA chief Sergio Marchionne reportedly said the deal isn't exclusive), FCA is positioned to get a head start. IHS Automotive predicts there will be 10.5 million self-driving or driverless cars used around the world by 2030. General Motors, Mercedes, Tesla, Volvo, Ford, and others have launched or are planning to roll out their own versions of autonomous driving technology. For now, FCA goes from having no apparent autonomous plans to potentially being among the leaders, and Google secures a legitimate automotive partner. Like we said, it looks like a win-win. NEWS & ANALYSIS News: Sergio Marchionne is taking over the CEO job at Ferrari. Analysis: This is a consolidation of Marchionne's power over the famous Italian sports-car maker and racing team.