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More than half of drivers are worried about safety concerns related to increased connected services in vehicles, with 56 percent worried about navigation, search and mapping, according to a survey conducted by the deCarta mapping software company.
To provide an accurate - and safe - solution, using location based service (LBS) apps inside of vehicles would give drivers everything they need to determine their location, where they want to go, and how to get there.
"The most important thing to improve safety is to minimize the amount of touch interaction the driver has with the system, or even the amount of time the driver has to look at the map," said J. Kim Fennell, president and CEO of deCarta, in a statement to eWeek. "This means the navigation system should have smarter, clearer voice commands that can guide the driver audibly rather than requiring constant viewing of the route."
An Apple employee has teased some exciting news with Business Insider, that the company is working on a new project that would "give Tesla a run for its money".
Business Insider reports: "After writing about how the van could be used for a self-driving car, we got an unsolicited email from an employee at Apple about "vehicle development" at the company. Apple's latest project is too exciting to pass up," the person said. "I think it will change the landscape and give Tesla a run for its money".
We know that Apple employees have been moving over to Tesla Motors in droves, but now it's being reported that Tesla employees are coming back to Apple for this mysterious project, which sounds like a stretch. If Apple were working a self-driving car, it could be a big deal, but a self-driving car consists of many technologies that need to work together perfectly, on its first shot. We'll continue to report on this as it breaks.
While Uber continues to dominate the industry, it is still facing a very uphill battle with its various lawsuits, bans, privacy issues, bad PR and reports of even sabotaging competitors. This hasn't stopped Google from reportedly developing a competitor to Uber.
Bloomberg is reporting that Google's Chief Legal Officer David Drummond has teased that the Mountain View-based search giant could be working on its own Uber alternative. Uber executives have reportedly seen screenshots of a new ride-sharing application that Google is working on, something that is currently in use by select Google employees.
What better way to compete with Uber than with its own self-driving autonomous cars, that you could book through your smartphone? This could be the future, but there will be various legal problems Google (and other companies) will need to sort out. But for now, Google could unveil an Uber-like service, eventually replacing it with a fleet of autonomous vehicles.
Shared on his Twitter page today, Tesla CEO Elon Musk has explained how the Tesla Model S P85D isn't just for clear-sky driving - showing it tackle snow conditions effectively through an in-cabin viewing experience.
With the assistance of Michelin XICE Xi3 snow tyres, this Tesla happily rolls past a four-wheel-drive SUV stuck in extremely chilly weather on what is claimed to be a 14-degree incline.
This capability is claimed to be thanks to the dual electric motors' capability to provide instantaneous and constant torque straight from 0 RPM - as shown through this demonstration. This means acceleration can be controlled precisely and the on-board computers will detect any wheel-spin, quickly regulating the issue.
Not only can the Tesla P85D travel from 0 to 60 mph on 3.4 seconds, it can also apparently tackle snow conditions quite well.
Connected cars will continue to help drive the Internet of Things (IoT) over the next five years, with a quarter billion connected vehicles on the road by 2020, the Gartner research group predicts. One-in-five vehicles driving on roads across the world will utilize some form of wireless network connection by 2020 - bringing enhanced infotainment and updated road reports into the vehicle.
"The connected car is already a reality, and in-vehicle wireless connectivity is rapidly expanding from luxury models and premium brands, to high-volume midmarket models," said James Hines, research director at the Gartner research group. "This increased consumption and creation of digital content within the vehicle will drive the need for more sophisticated infotainment systems, creating opportunities for application processors, graphics accelerators, displays and human-machine interface technologies."
Overall, IoT-connected "things" will increase from 4.9 billion in 2015 up to 25 billion by 2020, as casual consumers become more familiar with smart technology. Analysts predict connected devices in the household, office, and vehicles will boom in the coming years, despite security concerns and lack of a universal platform.
Ford recently opened a new 25,000-square-foot research center in Silicon Valley, with the aim of generating new innovation. The facility has 21 full-time engineers, scientists and app developers, and the company plans to expand staff levels up to 125 by the end of 2015.
"What I'm so struck by, the valley here is a marketplace of ideas," said Mark Fields, President and CEO, during the facility's grand opening. "When you're shopping for a house, it's all about location, location, location. Here, it's about being in the right neighborhood because of all the collection of companies. Our folks going to the coffee shops will run into folks form other companies and strike up conversation."
The company had a previous research center in the San Francisco Bay Area, but it only hosted eight employees - and with Ford's ambitions towards autonomous vehicles, electric vehicles and other tech-centric solutions, a larger staff was desired.
Consumer electric vehicles are rising in popularity among US drivers, and companies hope to build success creating new generations of electric trucks and buses. To help fight increasing fuel costs, there has been an increased effort in eco-friendly commuter buses and trucks - but most still rely on diesel.
"It's really our vision and mission to free trucks and buses from fossil fuels," said Jim Castelaz, CEO of Motiv Power Systems. Motiv was founded five years ago, isn't profitable, and has just seven electric trucks currently out and about - with one of them currently in the shop. However, Motiv may be working towards a sweet spot by providing truck manufacturers with software and components to manufacture their own electric vehicles.
However, if three million medium duty trucks are replaced with electric trucks, companies could collectively save $100 million per day for fuel costs alone, Castelaz predicts.
German auto manufacturers BMW and Volkswagen have announced a new effort to team up with ChargePoint to develop new fast-charging stations. The new EV charging stations would be designed for plug-in hybrid vehicles and electric vehicles - which are growing in popularity in the United States.
"Most people will rarely use it, but knowing it is there seems to remove a big purchase barrier" for the growing number of electric vehicles on the road, according to Tom Gage, electric vehicle charging specialist.
ChargePoint currently operates more than 20,000 charging ports throughout North America - and creating custom agreements with automakers can help expand that reach. BMW recently unveiled its i3 and Volkswagen showed off its e-Golf, with both automakers understanding there will be minimal interest unless drivers have an increased number of locations to charge their vehicles.
According to Chris Urmson, the director of Self-Driving Cars for Google, the technology giant is working with automotive companies in the American city of Detroit to produce their new driverless cars.
As released by to the Detroit Free Press, the prototype Google cars witnessed last may are now "being developed and assembled at a Roush facility" and are claimed to be "more refined" versions of the prototypes that were previously on offer.
After being built, these cars will be sent to California for testing, seeing the test fleet measure an impressive 150 cars in total. With a few hundred team members apparently working on this project split between Californian and Detroit offices, Google show, once again, that they don't mess around when it comes to technology.
Researchers from Carnegie Mellon University claim they can cut urban commute times up to 40 percent using virtual traffic lights instead of physical traffic lights.
The connected technology appears on a vehicle dashboard and indicates which direction they can travel to catch a green light - and the visual indicators disappear after the vehicle goes through the intersection.
"With this technology, traffic lights will be created on demand when [two cars] are trying to cross this intersection, and they will be turned down as soon as we don't need it," said Ozan Tonguz, professor at Carnegie Mellon University. "It's almost like we are giving additional life to people. Life that is wasted on the road."