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Audi, BMW, Daimler buy Nokia's Here digital mapping business

The fight for control of Nokia's Here digital mapping service appears to have drawn to a close as a consortium of German automakers has announced a deal to jointly acquire the business from the Finnish telecom giant. As anticipated, ownership in Here will now be taken over jointly by Audi, BMW, and Daimler, beating out reported rivals bids from the likes of Apple and Uber. Here is one of the largest and most advanced digital mapping and location systems. It started out in Chicago in 1986 as Navteq before Nokia acquired it in 2007, and is now slated to change ownership again. The cloud-based service maintains high-definition digital maps for nearly 200 countries and supports over 50 languages, gathering data from users to update the data continuously. Rather than transition the service into their own proprietary technology, however, the automakers insist that it will remain open "to all customers from the automotive industry and other sectors." Ownership will be shared equally between the three companies, with "none of them seek[ing] to acquire a majority interest" in Here. For another, Here's management is promised to remain independent, and "the consortium will not interfere into operational business." Though the purchase price has not been disclosed, it is rumored to be worth in the neighborhood of $2.7 billion. Assuming it passes regulatory approval, the acquisition is slated to be completed in the first quarter of next year. The German automakers anticipate implementing the service to provide connected vehicles with accurate, up-to-date information on road and other conditions. Examples it outlines include warning other drivers of icy conditions based on outside temperature and ABS activation. It could also warn drivers of impending traffic jams, or even guide traffic through green lights in an urban environment. In the future, the highly detailed maps are envisioned to enable fully automated driving as well. Related Video: AUDI AG, BMW Group and Daimler AG agree with Nokia Corporation on joint acquisition of HERE digital mapping business Ingolstadt, Munich, Stuttgart, Aug 03, 2015 - Acquisition will secure and strengthen HERE as an independent company serving customers from all industries - Real-time maps and location based services will be the basis for the mobility of tomorrow - Transaction expected to close in first quarter 2016 Ingolstadt, Munich, Stuttgart – August 3rd, 2015.

2014 Audi SQ5

No Diesel? No Problem
With the exception of a handful of markets (including the US), the Audi SQ5 was a pioneer for the company's S/RS performance line as it was the first model to wear the badge and also get diesel power. Our general "everything is better with a diesel" mentality was put to the test when we first heard we would be getting a non-diesel SQ5 in the US (despite the availability of the diesel-powered Q5 TDI here already), but as usual we can only blame our federal emissions standards. As Audi tells it, the SQ5 TDI engine would require AdBlue to meet US emissions regulations, and the packaging of such a system just wasn't possible, so the global SQ5's diesel engine was replaced by a gasoline-powered V6 borrowed from the Audi S4/S5. To show that little, if anything, was lost in translation from diesel to gas, we headed to southwestern Colorado to spend an afternoon with the all-new 2014 Audi SQ5.
Our drive program had us taking the SQ5 from Durango, CO to the city of Gateway, before heading to Grand Junction the next morning. There's nothing like spending five hours strapped into a seat, traversing hill and mountain, to truly test a vehicle's comfort and driving dynamics. From the first touch of the SQ5's push-button starter, we knew this was no ordinary Q5. As the engine came to life with a deep burble and raspy pops, and we spent the rest of the day trying to come to terms with the fact that not everything needs a diesel. Wait. What?!

The skinny on Delphi's autonomous road trip across the United States [w/videos]

Rolling out of an S-shaped curve along Interstate 95, just past Philadelphia International Airport, the final obstacle between the autonomous car and its place in history appeared on the horizon. So far, the ordinary-looking SUV had traversed the United States without incident. It had gone through tunnels and under overpasses. It circled roundabouts and stopped for traffic lights. Now, on the last day of a scheduled nine-day journey, it was poised to become the first autonomous car ever to complete a coast-to-coast road trip. First, it needed to contend with the Girard Point Bridge. Riding in a rear seat, "I saw that bridge coming, and I thought, 'Oh my gosh, this is going to be a grab-the-wheel moment," said Kathy Winter, vice president of software at Delphi Automotive. The car, an unassuming Audi SQ5 nicknamed Roadrunner, had been well-tested. Back in January, a few inebriated pedestrians fell flat in front of the car during a demonstration in Las Vegas. It was the quintessential worst-case scenario, and the car admirably hit the brakes. More than drunken louts, bridges present a sophisticated challenge for the six radar sensors that feed data to the car's internal processors. Instead of sensing solid objects, radar sensors can read the alternating bursts of steel beams and empty space as conflicting information. "They're a radar engineer's worst nightmare," said Jeff Owens, Delphi's chief technology officer. Girard Point Bridge, a blue skeleton of girded steel that spans the Schuylkill River, might be a bigger challenge than most. Traveling across the lower level of its double decks, the autonomous car's radar sensors had to discern between two full sets of trusses. Cross the Schuylkill, and Delphi's engineers felt confident they'd reach their destination: the New York Auto Show. For now, the sternest test of the trip lay directly in front of them. A Data-Mining Adventure Until that point, the toughest part of the journey had been finding an open gas station in El Paso, TX. Trust in the technology had already been established. The main reason Delphi set out on the cross-country venture with a team of six certified drivers and two support vehicles was to capture reams of data. What better way to do that than dusting off the classic American road trip and dragging it into the 21st century? They did exactly that, capturing three terabytes worth of data across 3,400 miles and 15 states.