Intel’s MeeGo OS Runs Into Rough Weather

Updated to include Intel’s comments about current MeeGo devices

It hasn’t been smooth sailing for MeeGo, Intel and Nokia’s combined effort to develop a Linux-based operating system for mobile devices. A key executive departure and news that smartphones running the operating system won’t be available until sometime next year has left Intel and Nokia fighting to stay on course.

“The community around MeeGo is very strong,” Suzy Ramirez, an Intel spokesperson told Wired.com. “We are on schedule and MeeGo will be available for TVs and in-car entertainment systems soon, and other devices next year.”

MeeGo has had a tough week.  On Tuesday, Ari Jaaksi, the vice-president of Nokia’s MeeGo division, confirmed he will leave the company for “personal reasons.” Last month, Nokia went through a change of guard when CEO Olli-Pekka Kallasvuo stepped down to be replaced by former Microsoft executive Stephen Elop.

A Nokia spokesperson has said the company’s MeeGo roadmap remains unchanged.

Meanwhile, Intel vice-president Doug Fisher told Forbes that the company expects to show the first smartphones running MeeGo operating systems early next year and have them in hands of consumers by mid-2011.

“All this has added confusion to MeeGo’s prospects, especially given the tremendous stride being made by alternative operating systems such as Android and iOS,” said Avi Greengart, an analyst with research and consulting firm Current Analysis. “Given the management changes at Nokia and the possibility that MeeGo phones could be delayed, it leaves question marks about the future of MeeGo.”

Over the last three years, the rise of smartphones and the growing popularity of tablets and streaming media players has opened the doors for new operating systems that can promise a better user experience. For instance, Android, which launched in 2008 for smartphones, has now spread to tablets and has even birthed Google TV, a platform that combines cable TV programming with sites from the internet.

MeeGo hopes to do something similar. But it started small. Last year Intel started a project called  Moblin that would be a Linux-based operating system designed specifically for netbooks. Separately, Nokia had been working on a Linux-based software platform called Maemo for smartphones and tablets.

At the Mobile World Congress conference in February this year, the two companies decided to combine efforts and spawn a new OS called MeeGo. MeeGo is now hosted by the Linux Foundation and has expanded its reach to phones, tablets, TVs and even in-car entertainment systems.

Both companies desperately want to control a next-generation mobile OS. Nokia has heavily relied on Symbian, which enjoys massive popularity worldwide but is saddled with an archaic, needlessly complicated interface that hasn’t adapted well to the world of touchscreen phones. And Intel has seen success supplying its Atom chips to the netbook market, but hasn’t made significant inroads into smartphones; it’s hoping that an OS might help it leverage its chip business into a new market.

In the next few weeks, Intel plans to release a version of the nascent OS so developers can start creating the user interface required to put MeeGo on different devices. MeeGo with an Intel-developed skin is expected after that. MeeGo will have its first developers’ conference in Ireland in November.

“From a product perspective, we expect to show smartphones and tablets on MeeGo in mid-2011,” says Ramirez.

Already some intrepid device makers have released MeeGo-based devices. German company WeTab is offering a MeeGo based tablet, while U.K. company Amino has shown a TV that runs MeeGo.

Still Greengart isn’t convinced that plans for MeeGo won’t change. Intel is dependent on Nokia to deliver the hardware that will bring MeeGo to consumers and Nokia’s big management changes could affect MeeGo’s future, he says.

So far, Nokia has said that it plans to use the Symbian OS for low and mid-level smartphones and build MeeGo into high-end devices that are more focused on computing.

“The problem is that Nokia executives, including the CEO who talked about this strategy just a week or two ago, are  not there. And who knows what’s going in the company,” says Greengart. “The future of MeeGo depends on how much Nokia and Intel are willing to stick to their plans in a fast-changing world.”

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Photo: MeeGo Phone browser (Steve Paine/Flickr)


The Internet of Cars: New RD for Mobile Traffic Sensors

When we talk about “the internet of things,” we usually begin with commercial and household applications — tracking inventory, or a lost remote. But one future of networked objects might be in public information and infrastructure: the internet of cars.

For four years, MIT’s CarTel project has been tracking the driving patterns of GPS-equipped taxis in metro Boston. The research team, led by computer scientists Hari Balakrishnan and Sam Madden, thinks we can stop spotting traffic jams after the fact with news helicopters or roadside sensors by equipping cars themselves with position sensors and wireless connections. They’ve developed a new software algorithm that optimizes information-sharing between multiple nodes on a network, when those nodes are on the move, drifting in and out of close contact with one another.

Equipping cars with position and network technology has several advantages over traditional traffic-tracking methods. It’s already here, in the form of on-board GPS systems and the RFID fobs city car-sharing programs use to track cars and give multiple drivers access to vehicles. It’s less expensive than helicopters, and less static than fixed roadside sensors. Finally, news organizations and planners can see traffic tie ups as or even before they happen, rather than after the fact.

There are potential privacy concerns. Why should I allow the Department of Transportation, my local news team, or any entity to track my movements? Collection of this information would have to be closely regulated, highly encrypted, and strictly anonymized — perhaps even initially restricted to public and publically licensed vehicles likes public transit, cabs, police/fire/rescue vehicles, or cars and trucks owned by local government. The whole point is that when it comes to plotting traffic patterns, tracking unique users simply doesn’t matter.

But the potential upsides are tremendous. Having better knowledge of actual traffic patterns could help urban planners improve their transportation infrastructure, from retiming traffic lights to restructuring bus routes. It could help first responders and ordinary drivers avoid potential tie-ups.

Researchers at Ford and Microsoft are sufficiently intrigued. They plan to test the MIT researchers’ algorithm and network design in future versions of Sync, the Redmond-designed, Detroit-implemented automotive communication and entertainment system.

Image and video from Ford Motor Company

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Espresso and GPS Enliven Our European Road Tour

Playing the Eigenharp, while driving around the world in a Ford Fiesta.

Editor’s note: Wired.com contributor Jeremy Hart is making a 60-day, 15,000-mile drive around the world with a few mates in a pair of Ford Fiestas. He’s filing occasional reports from the road.

Another week, another continent. As I write this (on my trusty iPad) we are blasting across Europe. The Fiesta World Tour 2010 has left The New World behind and is heading deep into the Old World. The Middle East is on the horizon and Asia is not far off.

The last week in the U.S. and Canada was nothing but gadget hassle. The once-wonderful Virgin MiFi became a liability for all of us when it refused to do the one job it was designed to do and had, up to then, been doing brilliantly: Be a mobile Wi-Fi hotspot in our Ford Fiesta.

Sleep is a luxury on a global drive so I did not enjoy wasting an hour to the useless Virgin Mobile help desk, only to be told their server was down. The advice from the same desk the next morning was to reboot the device using a paperclip. Not easy at 70mph on I-95.

But for the last day of the U.S. leg the MiFi finally started working and found me (via my iPad) a great place for breakfast between Boston and NYC: the Cosmic Omelet in Manchester CT. Then it helped guide us (when the TomTom and in-car satellite navigation system did not) to the spot I had found on GoogleEarth from which to film our arrival in The Big Apple.

The SPOT tracker uses GPS and satellite signals to let you track our location wherever we go.

The second technical hiccup came when I gave up trying to ignite my Spot Satellite Messenger for you guys to follow our progress. I called FindMeSpot’s 800 number, only to be told the one I had bought from BestBuy in LA was a recalled unit. The Spot public relations people FedExed one to me in time for me to get it going for the last few miles of the U.S. trip. It is now well up and running and you can see where we have been at. But I will turn it off when we are in more sensitive areas.

Leg 2 started in Ireland, on the far side of The Pond, at the Lisdoonvarna matchmaking festival. (Don’t ask.) I’d hoped for a Guinness gadget of some kind from Dublin but only when we got across to Wales did the gadgets start ramping up.

Welsh is a revived language, and it’s thriving so well that there is even a Welsh version of Scrabble. There are no Z’s, but you get maximum points if you can use the A. We played it on the railway station of the town with what I believe is the longest URL the world.

In England we stopped by our headquarters in the Inc office where gadgets galore were stacked for our next leg.

  • Iridium satellite phone
  • Camping Gaz car cool box
  • Eigenharp computer instrument
  • Handpresso pump action espresso maker
  • Car kettle (a hand espresso machine needs hot water)
  • European TomTom app for the iPhone
  • Apple wireless keyboard for the iPad
  • 2 Lifeventure first aid kits


69 High Velocity Wallpapers [Photography]

You accelerate, hit maximum velocity and the world blurs. Whether you’re driving a sports car alone or a moped packed with your entire family, this week’s Shooting Challenge participants always made the experience epic. The results: More »

Nissan rep confirms delivery of 25,000 Leaf EVs to US by the end of 2011

Nissan has responded to rumors that high demand for its Leaf EV in Japan could cause the company to limit delivery in the United States to just around 3,000 units by the end of March, 2011. That rumor sprang from comments made by a Mossy Nissan general manager, and luckily for electric vehicle lovers in the States, seem to be wholly untrue. Mark Perry, Nissan’s director of product planning says that the statement from Mossy Nissan was “purely speculative,” and that product allocation is decided based on customer orders. Furthermore, he says the company is still targeting around 25,000 units for the US by the end of 2011. So now we can all sleep better: the nightmare has seemingly ended.

Nissan rep confirms delivery of 25,000 Leaf EVs to US by the end of 2011 originally appeared on Engadget on Tue, 24 Aug 2010 15:41:00 EDT. Please see our terms for use of feeds.

Permalink Autoblog Green  |  sourceNissan Leaf blog  | Email this | Comments

Tata bringing two all-electric cars to a Europe near you by March

First of all, don’t worry, the spontaneously combusting Nano isn’t among the pair of newly Euro-bound EVs from Tata. Going slightly more upmarket, the Indian company will be launching the Indica Vista EV hatchback for eco-conscious Brits and Scandinavians early next year, alongside the somewhat less exciting Ace, a commercial mini-truck. The Indica Vista has clearly had a few trials and tribulations in coming to market in an all-electric form, having originally been promised to Norwegian tree huggers for 2009, so let’s just hope that this schedule is the one that sticks. It’s about time this whole EV movement got some more affordable options.

Tata bringing two all-electric cars to a Europe near you by March originally appeared on Engadget on Mon, 16 Aug 2010 09:01:00 EDT. Please see our terms for use of feeds.

Permalink Autoblog Green  |  sourceThe Hindu Business line  | Email this | Comments

San Francisco Parking Meters Adjust Prices Depending on Demand

As a cyclist, I see parking meters as nothing more than a place to chain my bike. For motorists, they are hungry monsters that need feeding regularly, if you can even find a free one to begin with. San Francisco’s new meters are set to change that, adjusting the prices automatically depending on demand.

Part of the two-year SFpark experiment, the new meters will detect how in-demand are the spaces they govern. Based on this info, the prices will be adjusted up and down, from 25-cents up to $6 per hour. The plan is to price parking at a rate that keeps around 20% of spaces free. This will mean that you can always find a spot, and will in turn mean less people are driving round and round the block looking for a space.

The prices won’t fluctuate wildly during the course of a day. The changes will be slow and self-leveling: the prices will change once a month or less, and then only by 50-cents at a time. You’ll be spared running into a store to make change, too: the new meters will also accept credit-cards and soon, an SFMTA card.

It seems that everyone will win here, although I’m a little worried about one of the new machines being introduced. Along with the traditional meters on sticks, there is a new meter which sits at the side of the road, governing all the spots on a street. It’s more efficient for cars, but where will I lock my bike?

Demand-Responsive Pricing [SFpark via Switched]

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Volkswagen Beetle converted to run on methane headed for the UK streets

Meet the Bio-Bug, a custom modded Volkswagen Beetle which has been converted to run on biogas — fuel created from human waste. The process of conversion isn’t brand new, but this will be the first automobile fully converted to run on biogas in the United Kingdom without any loss of performance. In fact, the car is so reliable that its makers believe it can “blow away” electric vehicles, and that consumers won’t even notice the difference. The Bio-Bug is a regular old 2 liter VW convertible modified to operate on both gasoline and compressed methane gas: once the methane runs out, the car reverts back to running on gasoline. The cars run on so little methane that just one regular sized sewage plant could run a car (or cars) over 95,000,000 miles per year. Developed by GENeco, a sustainable energy company in the UK, the Bio-Bug is going into a trial period, and the company plans on converting its entire fleet if successful.

Volkswagen Beetle converted to run on methane headed for the UK streets originally appeared on Engadget on Thu, 05 Aug 2010 13:40:00 EDT. Please see our terms for use of feeds.

Permalink Inhabitat  |  sourceDaily Mail  | Email this | Comments

General Motors upping Chevy Volt production by 50 percent in 2011

On Friday, during a visit from President Obama to its Detroit-Hamtramck plant, GM announced some good news for all the Volt fans out there. Production from 2011 to 2012 for the electric vehicle — originally slated at around 30,000 units — has been boosted to a projected 45,000 units, a 50 percent increase. The Volt, which has a range of 340 miles (on gas — it goes approximately 40 miles on battery alone) is being produced at the Detroit-Hamtramck plant, which received $336 million in investments to prepare for the production. The full press release is after the break.

Continue reading General Motors upping Chevy Volt production by 50 percent in 2011

General Motors upping Chevy Volt production by 50 percent in 2011 originally appeared on Engadget on Mon, 02 Aug 2010 02:03:00 EDT. Please see our terms for use of feeds.

Permalink Green Car Reports  |  sourceGM  | Email this | Comments

Driverless vans set off on intercontinental trek from Italy to China (video)

You might not have expected the future to look like your granddad’s groovy camper van, but take a closer look here and you’ll find that this is indeed nothing like your forefather’s people carrier. The VisLab team from the University of Parma have taken a fleet of Piaggio Porter Electric vehicles, strapped them with an array of cameras, lasers and other sensors, and topped them off with solar panels to keep the electronics powered. Oh, and lest we forgot to mention: the vans are (mostly) autonomous. VIAC (or VisLab Intercontinental Autonomous Challenge) is the grand name given to their big demonstration: an 8,000-mile, 3-month tour that will ultimately find them arriving in Shanghai, China, having set off from Milan this Tuesday. You can follow the day-by-day development on the blog below, though we’re still being told that practical driverless road cars are a measure of decades, not years, away.

Continue reading Driverless vans set off on intercontinental trek from Italy to China (video)

Driverless vans set off on intercontinental trek from Italy to China (video) originally appeared on Engadget on Fri, 23 Jul 2010 09:07:00 EDT. Please see our terms for use of feeds.

Permalink CNET  |  sourceVisLab  | Email this | Comments