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Tag: mapping

  • Huawei Turns To TomTom To Replace Google Maps

    Huawei Turns To TomTom To Replace Google Maps

    In the wake of Huawei being cut off from Google support, the Chinese company is turning to TomTom to replace Google Maps, according to Engadget.

    When the Trump administration banned Huawei, it had profound impacts on how the company could do business, especially with U.S. companies. Chipmakers, such as Intel and Broadcom, stopped supplying chips to the company and Google stopped providing Android updates and software that is not open-source.

    With its access to Google’s software cut off, Huawei “had to either find a global navigation partner or else accept that its map software would be limited at best,” as Engadget points out. With TomTom being a Dutch company, it isn’t subject to the U.S. ban on Huawei.

    The partnership with TomTom will at least ensure Huawei’s customers continue to have a world-class mapping and navigation option in spite of being cut off from Google.

  • LA and Google-Owned Waze at Odds Over Cut-Through Traffic

    LA and Google-Owned Waze at Odds Over Cut-Through Traffic

    Waze has long been a darling among travelers. A smartphone app that notifies drivers of delays, construction, vehicles pulled over on the side of the road or police trying to catch speeders, Waze provides valuable information and alternate routes to road warriors.

    For cities, however, Waze and similar apps are often a nuisance, routing traffic through neighborhoods, subdivisions and backroads in an effort to avoid slowdowns on the main routes. This often causes congestion in neighborhoods and results in additional wear and tear on roads that were never intended to handle the extra load. In addition, because mobile mapping apps aren’t always accurate, there have been instances where drivers were directed to streets that were closed or being evacuated, not to mention sometimes recommending illegal turns.

    According to the Daily Breeze, at least one major city is trying to tackle the problem head-on. Los Angeles ran a pilot program designed to help control cut-through traffic. The goal of the program was to “develop data sharing agreements” and the city “proposed restricting vehicle routing onto impacted street segments as a condition of entering into any data-sharing agreements.”

    Apple Maps, TomTom and Waze were invited. Apple and TomTom were both willing to be part of a pilot program but Waze and, by extension, Google Maps were unwilling to participate. In response, L.A. Department of Transportation officials are looking at changing the L.A. Municipal Code to prohibit navigation apps from rerouting traffic “inconsistent with City street designations.”

    Cities around the country will likely be watching L.A. to see what effect any proposed changes have.

  • Uber Makes a Big Mapping Play, Hires 100 Bing Engineers

    Uber is continuing its quest for maps self reliance, and is set to acquire a chunk of Bing’s mapping assets.

    Both Microsoft and Uber confirmed the deal to TechCrunch, but wouldn’t get specific on the terms.

    The deal will see Uber absorb around 100 Microsoft data collection engineers.

    A move this large proves that Uber really, really wants to get out from under Google’s thumb and create its own, independent mapping technology. The team the Uber is taking from Microsoft helped collect and integrate Bing’s 3D and street views.

    Uber is taking many steps to create its own mapping infrastructure. Currently, Uber relies on other major mapping services (mainly Google) to operate its fleet of drivers – and the company naturally would like to be able to break those ties and map with its own technology. Earlier this year, Uber bought mapping company deCarta – both its tech and team.

    Uber downplayed the acquisition, saying it would go to help improve existing products.

    “A lot of the functionality that makes the Uber app so reliable, affordable and seamless is based on mapping technologies. With the acquisition of deCarta, we will continue to fine-tune our products and services that rely on maps –- for example UberPOOL, the way we compute ETAs, and others – and make the Uber experience even better for our users.”

    But with today’s big hiring news, there can be no doubt that Uber wants to build its own maps product from the ground up.

    Earlier this month, Uber poached Google Engineering VP Brian McClendon to head its new Advanced Technologies Center. McClendon worked for over a decade as Google’s head of Maps, Google Earth, and Street View.

    Uber’s Advanced Technologies Center was created earlier this year in a partnership with Carnegie Mellon University. The research initiative is focusing on “mapping and vehicle safety and autonomy technology.”

  • Uber Steals Another Google Exec

    Uber Steals Another Google Exec

    Uber has poached another Googler.

    According to a report from Re/code, former Google engineering VP Brian McClendon is set to join the on-demand car company and will head its new Advanced Technologies Center. McClendon worked for over a decade as Google’s head of Maps, Google Earth, and Street View.

    McClendon will continue to work on Maps and location services at Uber.

    “We’re thrilled that Brian is joining the Uber team,” said Uber’s Chief Product Officer Jeff Holden in a statement. “He led the development of Google Earth and Google Maps, truly world-class products, from the early days, and he’s an extraordinarily talented engineer and entrepreneur.”

    McClendon oversaw Google’s mapping empire until last fall, when he was replaced. Since then, he’d been working on an “undisclosed special project unrelated to mapping”, according to Re/code.

    McClendon is a huge steal for Uber, which is working hard to create its own mapping infrastructure. Currently, Uber relies on other major mapping services (mainly Google) to operate its fleet of drivers – and the company naturally would like to be able to break those ties and map with its own technology. Earlier this year, Uber purchased mapping company deCarta.

    Mapping isn’t the only thing that McClendon will oversee at Uber’s Advanced Technologies Center in Pittsburgh. Uber is also hard at work on its own self-driving cars. Earlier this year, Uber announced a “strategic partnership” with Carnegie Mellon University that saw the creation of said “Uber Advanced Technologies Center” near the school’s campus.

    “The center will focus on the development of key long-term technologies that advance Uber’s mission of bringing safe, reliable transportation to everyone, everywhere,” said Uber at the time. More specifically, “mapping and vehicle safety and autonomy technology.”

    This is the first time Uber has snatched up a Googler in recent memory. Just last month, Uber stole Google’s head of communications and policy. A month before that, Uber hired Facebook’s Chief Security Officer.

    Image via Jason Newport, Flickr Creative Commons

  • Uber’s Self-Driving Research Car Spotted in the Wild

    Uber’s Self-Driving Research Car Spotted in the Wild

    Uber is in the early stages of developing “mapping, safety, and autonomy” systems, and its first vehicles tasked with doing so have just hit the road.

    Where? In Pittsburgh, where the Pittsburgh Business Times spotted a black Ford with a rather conspicuous set of tech on its roof – a LIDAR system that looks quite similar to the one sported by Google’s self-driving cars.

    The side of the car reads “Uber: Advanced Technologies Center.”

    So, is Uber developing self-driving cars? Absolutely. Is this one of them? Not quite.

    “This is not a self-driving test car,” an Uber spokesperson said in a statement to The Verge. “This vehicle is part of our early research efforts regarding mapping, safety and autonomy systems.”

    But Uber hasn’t been shy about its intentions. Earlier this year, Uber announced a “strategic partnership” with Carnegie Mellon University that saw the creation of the “Uber Advanced Technologies Center” near the school’s campus.

    “The center will focus on the development of key long-term technologies that advance Uber’s mission of bringing safe, reliable transportation to everyone, everywhere,” said Uber. More specifically, “mapping and vehicle safety and autonomy technology.”

    “We are excited to join the community of Pittsburgh and partner with the experts at CMU, whose breadth and depth of technical expertise, particularly in robotics, are unmatched. As a global leader in urban transportation, we have the unique opportunity to invest in leading edge technologies to enable the safe and efficient movement of people and things at giant scale. This collaboration and the creation of the Uber Advanced Technologies Center represent an important investment in building for the long term of Uber,” said Uber Chief Product Officer Jeff Holden in February.

    Uber’s long term goals most definitely include autonomous vehicles.

  • Tunnels Under Rome Being Mapped to Prevent Further Damage to City

    An extensive series of ancient tunnels and quarries under Rome are threatening parts of the city that has been built atop them.

    Many years ago, Rome’s earliest architects discovered that tuff, or rock made of consolidated volcanic ash, was a perfect building material. It was strong, yet easily carved into blocks. The soil beneath Rome was layered atop this tuff, so ancient Romans began to mine the rock, creating an intricate system of tunnels and quarries beneath the city.

    Throughout the years, the tunnels have been used for a variety of purposes, from catacombs to mushroom farms to – during World War II – bomb shelters.

    Despite the fact that the first Romans wisely kept the tunnels narrow in order to support of the ground above, the tunnels have deteriorated over time.

    Giuseppina Kysar Mattietti of George Mason University says that part of this deterioration is due to the fact that the rock begins to weather and break down the moment it’s exposed to air. The other factor is human error, if you will. Subsequent generations of Romans continued mining the quarries for building materials, increasing the width beyond what could adequately support the structures being built above.

    The result? The streets of Rome, and portions of some of its buildings have been collapsing into the ancient quarries at an alarming rate: 44 incidents in 2011, 77 in 2012, and 83 so far in 2013.

    City officials have engaged Kysar Mattietti and a team of geoscientists from Center for Speleoarchaeological Research (Sotterranei di Roma) to map the tunnels, pinpointing areas that are at high risk of collapse. They hope this will be a more effective solution to the problem than the one Roman citizens have employed in the past: plugging tunnels with plastic bags of cement.

    The research team uses laser 3D scanning to identify hidden weaknesses in the tunnels. When they’re sure a tunnel is safe to enter, they do so via a manhole and map it by hand.

    “There might be cracks, so they will be showing as veins almost, or openings, so we map the openings and map any kind of detachment,” said Kysar Mattietti.

    She revealed that in some areas, collapses have left very little ground between the surface and the tunnel: “It’s interesting, because at times when you are down there, you can hear people on top.”

    Once the mapping is complete, Roman officials will decide how to proceed and what kind of intervention is necessary to prevent future collapses of buildings and streets.

    Image via Wikimedia Commons

  • Mapping While Driving Ruled Illegal in California

    Mapping While Driving Ruled Illegal in California

    Thanks to a recent court ruling by a California appellate court, it doesn’t matter that you were only checking your smartphone to update Google Maps. That’s because the law, as it currently reads, bans any sort of hands-on use of phones while driving.

    The case comes on an appeal from the Superior Court of Fresno County. Last year, Steven Spriggs was cited for violating section 23123, which bans the use of wireless technologies while driving.

    Specifically:

    Section 23123, subdivision (a) provides: A person shall not drive a motor vehicle while using a wireless telephone unless that telephone is specifically designed and configured to allow hands-free listening and talking, and is used in that manner while driving.

    Spriggs argued that the statute was only enacted to limit talking on a cellphone, and didn’t originally apply to any other use of the device. Also, since the state had to amend the rules later to add language banning texting while driving, it supports his claim that the original intent of the law only applied to conversing while driving.

    But the court rejected that claim.

    “Our review of the statute‟s plain language leads us to conclude that the primary evil sought to be avoided is the distraction the driver faces when using his or her hands to operate the phone. That distraction would be present whether the wireless telephone was being used as a telephone, a GPS navigator, a clock or a device for sending and receiving text messages and emails,” said judge Kent Hamlin.

    Furthermore:

    Neither the plain language of the statute nor the legislative history support the conclusion that section 23123, subdivision(a), was designed to prohibit hands-on use of a wireless telephone for conversation only. Notably, the legislative history acknowledges that the statute as worded does not eliminate a “potentially more significant” distraction of carrying on a conversation while driving. The statute instead focuses on the distraction a driver faces when using his or her hands to operate the phone, specifically including “the physical distraction a motorist encounters when either picking up the phone, punching the number keypad, holding the phone up to his or her ear to converse, or pushing a button to end a call.” That distraction would be present whether the phone is used for carrying on a conversation or for some other purpose.

    Basically, the law in vague enough to cover any sort of hands-on use of the wireless device. This includes mapping in any form.

    Of course, if someone wanted to program their route into Google Maps and then never touch it again while driving, that would be ok. If they wanted to make alterations to the route, they would presumably have to pull over first.

    In the end, the court ruled that the law may have been enacted arbitrarily and could very well need retooling – but that’s a job for the legislature, not the court.

    “It may be argued that the Legislature acted arbitrarily when it outlawed all ‘hands-on’ use of a wireless telephone while driving, even though the legal use of one‟s hands to operate myriad other devices poses just as great a risk to the safety of other motorists. It may also be argued that prohibiting driving while using ‘electronic wireless communications devices’ for texting and emailing, while acknowledging and failing to prohibit perhaps even more distracting uses of the same devices, is equally illogical and arbitrary. Both arguments should be addressed to the Legislature in support of additional legislation barring any use of those other devices in other than a hands-free manner, or in support of a repeal or amendment of section 23123 to allow the ‘hands-on’ use of wireless telephones for other purposes while driving,” says Hamlin.

    As of today, 39 states ban texting while driving for all drivers, and another 6 ban the practice for novice drivers. But a recent survey from AT&T found that nearly 50% of people do it anyway – even though 98% acknowledged that it is indeed wrong to do so. A rule like this banning mapping will likely be ignored by even more people than that.

    [California v. Steven R. Spriggs via Digital Trends]
    [Photo via ~W~, Flickr]