Tag: year-end review

  • Apple Maps Debacle Top Location Story of 2012

    Kevin Dennehy
    Kevin Dennehy

    Looking back at 2012, and this is our last column of the year, a number of stories in the location industry spring to the front. The rise of indoor positioning as a potential lucrative market is one. Another is perhaps Samsung’s purchase of CSR to give a major consumer electronics manufacturer even more location capability. Or the continued story of Google as the 800-pound gorilla in the location room. But, resoundingly, the top story probably has to be the controversy surrounding Apple Maps, which caused a shake-up at the company and industry. The incident made manufacturers realize that digital maps are a very important feature for smartphones. It also made many of these giant companies, who believe that location isn’t that big of a deal, sober up to the fact it is hard to make quality maps.

    The top location industry story of 2012 may be a cautionary one for the industry. The big story was the release of Apple Maps in September, which was criticized by consumers for inaccurate driving directions, among other problems.

    Apple had replaced Google Maps on its iPhone 5. But the criticism for the phone’s maps forced Apple CEO Tim Cook to apologize and even tell consumers to use such competitor’s maps as Waze, MapQuest or Microsoft’s Bing.

    The controversy plagued Apple Maps app.

    Since the last LBS Insider column, Apple fired Richard Williamson, who oversaw the company’s Maps team, according to Bloomberg. The initial report indicated that Eddy Cue, Apple senior vice president, is looking for a new management team to replace Williamson. The company is putting pressure on Apple partner TomTom to update mapping data and consulting with third-party mapping experts.

    Marc Prioleau, managing director of Prioleau Advisors, said there are two basically two key points surrounding Apple Maps: “Maps are really hard to do. Maps were deemed to be an important asset for a major platform to own versus rent from Google.”

    So what does that mean for Facebook, Amazon, Twitter and others dabbling in the location industry? “Can they get [quality] by using a potential competitors maps/local search or do they have to build their own? And if they build their own, how do they avoid the problems Apple has had?” Prioleau said.

    The Apple Maps fiasco proved how important maps and navigation are to users of mobile phones, said Mike Dobson, TeleMapics president and author of an industry blog, which received huge readership during the incident. “In doing so, the company generated more ill will than I thought was possible when dealing with maps and navigation,” he said.

    Industry Expert Looks Back on 2012

    There were two significant trends in LBS in 2012, Dobson said. “The first was that the industry has transformed from a domain of specialists who seemed to be working underground to an industry that has caught the world’s eye as one of the most important technology families now in existence. It is a rare year when The Economist magazine writes an analysis that is focused on location as it did in its 2012 Technology and Geography Special Report,” he said.

    Economist’s Annual Innovation Awards were dominated by people in the location industry, Dobson said. Computing and Telecommunications awards went to Jack Dangermond (ESRI) and John Hanke (Google), while Gary Burrell and Min Kao (both from Garmin) won awards for Consumer Products, he said.

    “The second biggest trend in 2012 was the inexorable rise of Google to the top of the location chain. While Google quietly improved its databases, tools and location services, most other players in the location industry were slipping further behind, apparently involved in a frenzy of disorganization prompted by a lack of skills in strategic planning,” Dobson said. “What this torpor has led to is an apparent inability to produce market-leading products, as Apple has shown with Apple Maps and Nokia has shown with its negatively received mapping service. I suppose the rumor that the company is considering renaming the service ‘Here?’ is untrue.”

    Through hard work related to early disappointments with the accuracy of its mapping products, Google has managed to learn a number of important lessons related to map compilation and data quality, Dobson said. “Perhaps the greatest lesson it had to learn was that algorithms used in mapping and navigation often need the intervention of an operator who understands geography, mapping and navigation. In addition, map compilation systems often need the assistance of a human with local knowledge to prioritize data solutions. Put simply, Google has confronted map accuracy issues and is rounding the curve on improved product quality.” To most everyone else, the main exception being ESRI, Dobson said he awards a hearty “shame on you.”

    A final 2012 trend is that numerous capable leaders who led the “Location Revolution” are now on the sidelines or out of the industry completely, Dobson said. “For example, the majority of the ‘brain trust’ from Navteq, those contributors who understood the nature of mapping and navigation, are no longer with Nokia, a company that appears rudderless in the location marketplace. Just as it shows that most of the people who understood mapping and navigation at Tele Atlas are no longer with TomTom,” he said. “Other acquisitions produced similar results, as they always do. However, the crucial issue here is that losing history often means losing perspective and I am concerned that LBS is on this destructive path. While we always would like to think that as an industry we have institutionalized or memorialized personal contributions, problem-solving methods and other individually oriented contribution to products, this is never really true.

    “While each new management team should have the right to rearrange the pebbles on the beach and say that the new organization of pebbles solves the problems of the previous organization, this is rarely the case. Innovation, not reorganization, are what makes a difference in all industry segments. As 2012 closes, I am tempted to ask, “Where are these market-making innovations in LBS?”

    2013 and Beyond

    While it was a big part of the LBS landscape in 2012, Dobson believes the current emphasis on indoor location is both overblown and being overhyped, but it will remain the focus of the industry in 2013. “This is yet another example of smaller players in the location world trying to find something new that they feel might help to get them acquired, while the larger players are hoping it is something that might provide a sustainable competitive advantage over Google,” he said. “I suspect that Nokia and Apple might now know what Microsoft knows — that in order to catch Google in location, you need to have a search engine that can successfully perform local queries that is tied to a source of revenue such as mobile advertising. My belief is that Google will continue forward integrating location as part of its effort to dominate advertising globally and locally. Until the other players catch on to this differentiator and field a powerful advertising-based competitor, they cannot be considered in the same league as Google.”

    As a final shot, Dobson said he brought a lump of coal for those who enjoy “free” maps and navigation services. “My belief is that within the next decade mapping and navigation services will be fee-based. The addition of all the bells and whistles to online mapping services, in addition to other negative factors, are making the game too expensive to continue to give the product away for free,” he said. “Consider this bit of history. In the United States, before the Arab oil embargo of the 1970s, paper maps were given away free at gas stations. Also forgotten by many is the fact that someone pumped the gas, cleaned the car’s windows, checked the engine oil level and inflated tires to their proper pressure.

    “After the oil embargo, price increases helped to beat the profit out of the system, as well as all of the other services it once offered such as free maps. Issues of net neutrality, telecom’s desire to recover infrastructure costs related to providing Internet services, indoor location infrastructure, and the decline of competition in the world of map and navigation data will inexorably lead to maps and navigation services that we will be required to pay for with real money, at least if we want the premium blend with all the bells and whistles.”

    2013 Will Be a Big Year for Indoor Positioning

    Because “outdoor” map solutions may be done because solutions only tell consumers how to get from Point A to Point B, indoor positioning is the future for LBS, said Kris Kolodziej, aisle411 vice president of location services. “Google already has about 10,000 maps worldwide. Aisle411 has 10,000 in the United States alone. It shows that retailers/indoor venues are using LBS and maps to engage the consumers and fight off the likes of Amazon,” he said. “Finding things indoors, inside stores and malls like products and offers. Retailers will need to get even more engaged and relevant if they want the consumer to shop at their store versus Amazon.”

    Indoor positioning will be the big deal in 2013, said Mike Flom, LBS/Wireless App Consulting managing director. “Given its incorporation by major OS/smartphone manufacturers in their maps products and at least some progress on indoor location precision and quality, the usage growth and indoor map quality and coverage improvements should be exponential by year end,” he said. “A runner up to indoor positioning is built-in rich wireless maps and navigation for automobiles. There’s probably a higher expectation from consumers due to smartphones than delivery by automakers, but since when has the auto industry operated at consumer electronics speed?”

    Smartphone Market Still Going to Drive LBS

    The biggest trend of 2012 was the adoption of wireless GPS maps and navigation as a standard and differentiated feature on smartphone operating systems, said Flom, who believes that Apple’s introduction of their own free maps and navigation on iOS was the biggest event of 2012, along with Microsoft’s use of Bing Maps/Nokia Maps on Windows Phone 8.

    “Why is this important? Approximately 85 percent to 90 percent of the U.S. smartphone OS market now has access to exceptionally rich, free wireless voice navigation. Penetration is similar in developed and growing fast in many developing countries,” Flom said. “The enormous penetration of smartphones means wireless voice navigation has gone from a crude novelty in 2002 to a sophisticated service with widespread penetration in under 10 years. The implication is all tablets, an extraordinarily fast growing product, now has rich, location-based map support. While only a small percentage currently have precision location functionality, such as a GPS chip or bluetooth GPS receiver, this is destined to change over time. Now that the basics are in place, more sophisticated features and content have a huge path to an enormous market,” Flom said.

    Flom does not believe that the industry has been overhyped. “Given the extraordinary expense Google, Apple and Microsoft have gone to generate their own maps and voice navigation features, and the high rates of adoption, the hype was if anything too low. Each OS manufacturer could have simply let third parties continue to offer an app in their store,” he said. “The decision not to give third parties including Google the traffic indicates the importance of location and maps. The Apple Maps quality debacle, which eclipsed almost every controversy in the smartphone world, including patent wars and Siri limitations, showed that great maps are difficult and expensive. Apple’s adoption of their own map product cemented Google’s introduction of wireless GPS navigation as an essential and differentiated standard feature of smartphones.”

    Mobile Advertising Still Looking for Market Share

    Mobile advertising still is searching for a successful business formula, Prioleau said. “Every year it gets better but there is no sense that that has been cracked, at least if you look at advertising spend on mobile. The mismatch between time spent on mobile and ad spend on mobile has been well documented, but the gap isn’t closing fast,” he said.

    In terms of location context, many companies don’t get it, but some do, Prioleau said. “It’s not just about where you are, and what’s nearby, but what does your location tell you about why you’re there, what you’re doing, and what or who you might be interested in,” he said. “Many companies are working on using location, along with other signals, to define context and from that pushing interesting information to the user — Highlight, PlaceIQ, Niantic, etc. It is early and it isn’t clear that anyone has got it right, but this will be an area of evolution going forward.”

    In other LBS news:

    • Sprint Nextel rolled out its in-vehicle platform, Velocity, which allows auto manufacturers to offer buyers navigation, security, remote diagnostics, emergency services and infotainment. The unit, which was rolled out at the 2012 Los Angeles Auto Show, will be available worldwide to allow network providers to add connectivity, the company said. Sprint has been getting into the auto arena in a big way this year with its partnership with Chrysler Group’s Uconnect voice-activated vehicle communications system.
  • 2011 Showed Better LBS Market Gains, But Was It All About Google?

    2011 was a decent year for the location-based services industry. It was an even better year if your company was lucky enough to get bought out by an ebay, Google or Intel. While acquisitions stood out as the key LBS news in 2011, privacy stood out as an ugly issue that threatened consumer acceptance. In addition, automobile manufacturers are viewing social media as a new profitable technology for vehicles and were trying to convince consumers that the connected vehicle is the way of the future.

     

    This year featured a slew of location-based company acquisitions and consolidation — far more than in 2010. The acquisitions of such established location companies as Where and Telmap by eBay and Intel, respectively, at least show that bigger companies want that capability in their online offerings.

    Google made many moves into the location business in the last two years — and really went crazy in 2011 with acquisitions. Google is trying to grab a large share of the European traffic market by offering real-time services in 13 European companies. Google shook up the navigation market with free navigation service for Android phones in 2009.

    To top off a big year for Google, the company is taking its mapping technology indoors with the launch of Google Maps 6.0. Indoor mapping and positioning received big headway in 2011, and it was reasonable to assume that the 800-pound LBS gorilla, Google, would be a big player to entice big retail companies to come on board for location technology to allow customers to find products.

    According to published reports, some of the big-box retail stores such as IKEA, Macy’s, Home Depot and Bloomingdales have been mapped. However, a lot of the bigger malls, and Target and Wal-Mart, have not been mapped.

    The cool thing about the product is that it also tells customers what floor they are on in a building. The uncool thing about the product is that Google Maps 6.0 is only available for Android.

    Google’s indoor mapping partners include 18 U.S. airports, which will open up more partners and LBS relationships in the future.

    A look at all of Google’s location market moves, and analysis, in 2011:

    • Google’s major partners, who have more than 25,000 Google Maps application uses per day, will be charged starting next year. Some say it won’t hurt small companies much—and may even help companies who compete with Google. Either way, some say the decision was inevitable for companies making a profit–and using Google’s resources for free.
    • The recent $12.5-billion Google acquisition of Motorola Mobility has some industry experts saying that the location market piece of pie is getting smaller every time the search giant makes a deal. Many industry experts have said that the main makers of Google Android smart phones should feel challenged as well as the company has seemingly gone into business against them. Google is once more trying to corner more of the social shopping market by buying The Dealmap, a 15-month-old company that offers its own location-based daily deal service.
    • Google purchased Menlo Park, Calif.-based The Dealmap, a company that collects data from hundreds of sources and arranges deals by location, on its website and a smartphone application. The start-up, founded last year, has 15 employees and 2 million users, according to published reports. Google tried to buy Groupon for as much as $6 billion last year, and decided to launch its own service, Google Offers, in Portland. Google’s service has since expanded to New York and the San Francisco Bay Area.

    More transition is happening in the LBS market this year — even at our deadline. As GPS World reported, LBS company Gowalla looks like it is shutting down by the end of January 2012, according to the company’s blog. Company president Josh Williams said he and his staff are now going to work for Facebook.

    While some LBS analysts said this year that GPS technology, and its offshoot niche navigation capability, are just embedded widgets in the overall location market, others say they still are the driver to consumer awareness and acceptance.

    “In my opinion, one of the biggest trends in 2011 included market acceptance — and demand — of GPS technologies. We are now seeing end-users demand GPS technologies in the workplace,” said Jonathan Hubbard, SpeedGuage CEO and co-founder. “In fact, truck drivers now say if you don’t have GPS-enabled automated logging of my work hours, or what we in the transportation sector call hours of service monitoring, then I won’t work for you. That’s a significant change in how GPS-enabled technologies were formerly viewed — more or less — for solely tracking purposes, and we see this trend only continuing and gaining momentum in the coming year.”

    Other Markets and Issues Made Big Splash In 2011                                                                 

    In vehicle technology also made headlines in 2011 when automakers said they would be increasing social media and other capabilities for new car models. Because of larger screens going into many vehicles, LBS seems like a natural advertising fit, but Thilo Koslowski, Gartner vice president, said that car companies will developing market strategies along traditional display-type marketing models.

    Koslowsi said the biggest competition the auto industry has is the smartphone or other consumer mobile device. “We will see growth in vehicle application on the Android platform, while Apple will be leveling off. [Research in Motion] will have a lower share,” he said.

    The other big “issue” confronting the LBS industry is privacy, which became big news in May when it was revealed that location data was secretly stored in all iOS 4 devices. It was learned that Apple was storing a file with location data in every iPhone or iPad with iOS 4.    These discoveries prompted Sen. Al Franken (D-Minn.), who was concerned that as many as 15 percent of users are children, to ask now-deceased Apple boss Steve Jobs about the operating system. In a letter to Jobs, Franken, who presided over hearings on location technology and privacy, asked why Apple consumers were not informed of the collection and retention of their location data, how frequently is a user’s location recorded, why is this information not encrypted, with whom has the information been shared, and what is the purpose of collecting the location data.

    Apple contended that iOS devices are not logging the location of the user, but caching a database of Wi-Fi hotspots and cell tower locations around a user’s position. Some of these cell towers may be many miles away from the user.

    In other LBS Insider news:

    • Veteran telematics vendor Cross Country Automotive Services and its subsidiary, ATX Group, which is a provider to BMW, Hyundai, Infiniti, Lexus, Rolls-Royce Motor Cars and Toyota, announced their new corporate brand name, Agero. Cross Country, which purchased ATX in 2008, says Agero will create products for auto manufacturers, insurance carriers and aftermarket providers.
    • GPS World Magazine is GPS-Wireless 2012’s official media partner. GPS-Wireless 2012 will be March 21-22 at the Hyatt Regency—San Francisco Airport.
    • LBS Insider will be covering the Consumer Electronics Show in Las Vegas next month. Please send me your news tips and releases.
  • Top Five Events in GPS/GNSS for 2010: A Year-End Review

    With this being my last column in 2010, I’m going to look back at the five significant GPS/GNSS events in 2010 that affected the surveying, mapping, engineering, construction, and natural resource users. Each of these had, or could’ve had, a significant effect on your GPS activities.

    These are listed in order of importance with #1 being the most important.

     

    1. GPS 24+3 constellation. The most important GPS/GNSS event in 2010 occurred back in January, when the Air Force announced it was implementing a new GPS 24+3 configuration. You can read about it in in more detail here, but the idea behind it was to eliminate GPS “brownouts.” These are periods in which there are fewer GPS satellites in view, and when combined with obstructions such as rugged terrain or trees or buildings, make GPS difficult to use.

    It’s especially an issue with real-time, high precision users (RTK) because RTK technology is satellite-hungry. It needs six or more satellites to provide a robust position solution.

    If you recall, in the new 24+3 configuration, there were three satellites moving significantly from their original slots (SVNs 24, 26 and 30). SVN 26 is already at its destination. SVN 26 is scheduled to reach it destination in January 2011. SVN 30 should have arrived at its destination in the past few days.

    In addition, three other satellites (SVNs 46, 55, and 56) are being shifted slightly. SVN 55 should arrive at its destination this month. SVNs 46 and 56 are scheduled to begin transitioning in January 2011 and should be complete in May/June 2011.

    By now, you should be seeing some improvements in GPS satellite visibility as the 24+3 configuration is almost complete. From the scenarios I plotted in this article, you can see that although you’ll see fewer peaks (high number of GPS satellites in view), you’ll also see fewer valleys (low number of GPS satellites in view). This should increase productivity for RTK users and users in environments where satellites signals are obstructed (such as under tree canopy).

     

    2. Launch of the first GPS Block IIF satellite. Although it doesn’t really help users at this point other than being another satellite to enter service, the Block IIF satellite launched in May is the first to broadcast the third civil signal, L5. The L5 civil signals marks the beginning of a new era in high-precision GPS positioning. The Block IIF launch was the catalyst for the article I wrote I entitled “What’s Going to Happen When High-Accuracy GPS is Cheap?

    It’s just a teaser though, the launch of the next Block IIF isn’t until next summer at the earliest. Then, the next one is ???. They are being launched at a snail’s pace. Remember though, it costs upwards of $200 million to launch a satellite and since there’s already 30+ operational GPS satellites in orbit, it’s hard for the U.S. Congress and the U.S. Air Force to justify speeding up the launch schedule. During the last Air Force briefing I attended, the target was to have 24 satellites broadcasting L5 by 2019.

    Block IIF GPS satellite (Courtesy: The Boeing Co.)

    3. Continued development of GLONASS. Despite the recent launch failure (three GLONASS satellites crashed into the Pacific Ocean), the Russian Federation was still able to launch six new GLONASS satellites into orbit in 2010, and with another launch scheduled for later this month of the new GLONASS-K1 satellite, that will test the new CDMA capability for better compatibility with GPS.

    As it stands, there are 20 operational GLONASS satellites in orbit, with four more offline for maintenance and two reserved as spares. That’s 26 total. Furthermore, after the Dec. 5 launch failure, Russian Federal Space Agency Director Anatoly Perminov vowed to return the GLONASS constellation to 24 operational satellites by March 2011, something that hasn’t been accomplished since the mid-1990s (albeit briefly).

    A consistent and healthy number of GLONASS satellites in orbit has given receiver manufacturers more confidence to develop GPS/GLONASS receivers. Just this year, we’ve seen new receivers from several manufacturers that have taken GPS/GLONASS a step further in integrating them into handheld receivers as well as OEM board products.

    For users, the benefits are clear, with the new 24+3 GPS configuration and a healthy number of GLONASS satellites in orbit, GPS/GLONASS users are seeing the most satellites in view ever in the history of GPS/GLONASS. Signals from more satellites typically results in more robust positioning and improved productivity due to decreased down-time.

    Rocket launch containing three GLONASS satellites

     

    4. Solar activity affect on GPS. Solar activity was eerily quiet in 2010. The big news is that there was no news. There were some minor solar events in 2010, but despite what you may have read, none of them were strong enough or the type that would affect GPS operations.

    So, if your GPS receiver didn’t work at times this year, it wasn’t due to solar activity.

    With the peak of the current Solar Cycle (SC 24) estimated to occur in May 2013, solar activity should be ramping up in 2011. In August, I conducted a webinar that discussed, among other things, the subject of solar activity on GPS. You can read a summary of it here and even download the webinar presentation.

    You can be sure I’m closely monitoring solar activity for any events that look like they will have an effect on your GPS operations. I’m still working on my notification system and will keep you updated on that. Otherwise, the GPS World website is a good source for news in this area.

    Finally, I’ll be attending the Space Weather workshop in April 2011. Most, if not all, of the really smart space weather people from around the world gather and confer on space weather. I’ll be writing about what I hear and learn from these folks. But, the sun is a mysterious creature. I like to get definitive answers to my questions, but even some of the brightest scientists I know will answer with “I really don’t know” when I ask them about a certain behavior of the sun. Mother Nature is humbling at times.

    Solar Cycle 24 Prediction (Courtesy: NOAA Space Weather Prediction Center)

     

    5. The GEO failures of GAGAN and WAAS. Both the Indian Space Research Organisation (ISRO) and the U.S. Federal Aviation Administration (FAA) were delivered a hard lesson in SBAS GEO satellite management. The SBAS GEO satellites are the ones that broadcast the integrity and correction information to users. They are the critical communications link that connects the SBAS ground infrastructure to the end users. Without them, SBAS doesn’t work.

    In April, the ISRO rocket launch of their GAGAN GEO satellite failed, sending the critical GAGAN GEO satellite splashing into the Bay of Bengal. GAGAN is still in testing phase, so no users were affected, but it set back the GAGAN program. However, it didn’t delay GAGAN as much as I thought it might. Another GAGAN GEO is set to launch later this month (as of December 29, the launch date has now been pushed out to Q1 2011) with a second due to launch in the first part of 2012. The ISRO completed its Preliminary System Acceptance of GAGAN just a few days ago. The aviation-certified system is expected to be operational by June 2013. As with other SBAS, test signals usable by non-aviation users will likely be available during the testing phase, as early as 2011.

    Also in April 2010, it was reported that the contractor operating one of the FAA WAAS GEO satellites lost communication with the satellite (PRN 135). It was reportedly an unprecedented event. Initially, it was thought that PRN 135 would drift out of usable orbit within a few weeks, leaving North America with only a single WAAS GEO until a new one was brought into service (PRN 133 was already under testing). Things weren’t quite as bad as they seemed as PRN 135 ended up staying in a usable orbit up until PRN 133 testing was concluded.

    However, the defunct PRN 135 was at 133° west longitude and PRN 133 is at 98° west longitude. With the remaining GEO (PRN 138) at 107° west longitude, users in northwest Alaska do not have WAAS service. Since none of the GEO satellites are actually owned by the FAA, they have little say in the location of the GEO satellite. The FAA says they are working on putting two more GEOs into service, but that takes time, and it’s not measured in months, but rather years.

    I think the hard lesson is not to skimp on SBAS GEO satellites. Perhaps this event will make it easier for the FAA to sell the concept to Congress (for funding).

    If you’re an SBAS user, don’t let this bring you down. SBAS is here to stay, and likely you were not affected by any of the above. These past few days, I’ve been looking at SBAS data (and DGPS data) collected over a 24-hour period. The accuracy and stability is pretty impressive.

     

    That leads me into my last subject which is a webinar I’m conducting on January 26, 2011.

    It’s entitled: SBAS, DGPS or Post-processing? Which Should You Use?

    If you are using or plan on using GPS for mapping or surveying, you should seriously consider attending this webinar.

    Learn the real story behind each of these technologies without a marketing or salesperson’s bias.

    Tens of thousands of users around the world utilize GPS/GNSS receivers for mapping, surveying and navigating. Since autonomous GPS/GNSS typically does not provide the needed accuracy, users must rely on a source of GPS/GNSS corrections. There are three sources of GPS/GNSS corrections available to users who desire reliable GPS/GNSS accuracy in the sub-meter to three meter range: SBAS, DGPS and post-processing. Dr. Michael Whitehead, VP of Technology at Hemisphere GPS, will join me in presenting a background on the three technologies as well as the strengths and weaknesses of each.

    I’ve known Mike for a number of years. He was an early innovator in the development of SBAS technology at Satloc as well as SBAS and DGPS receiver technology at Hemisphere GPS. He is one of the leading GNSS engineers in the world. I’m particularly excited about this event and promise a lively discussion that’s full of useful information, data, and concepts that anyone using or considering using GPS/GNSS for mapping, surveying, or navigating will find useful.

    Have a safe and happy holiday and a Happy New Year. See you next year.

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