The Research and Innovative Technology Administration (RITA) seeks an experienced Electronics Engineer interested in joining the Office of Positioning, Navigation, and Timing (PNT). RITA coordinates the U.S. Department of Transportation’s (DOT) research programs and is charged with advancing rigorous analysis and the deployment of cross-cutting technologies to improve our Nation’s transportation system. RITA serves as the lead Administration representing DOT on PNT matters, including development of departmental positions on PNT and spectrum policy and protection, and is responsible for representing and supporting the civil Departments and Agencies in PNT systems analysis and coordination, including PNT requirements and architectural development.
In this challenging role, you will serve as the program manager for the inland (terrestrial) segment of the Nationwide Differential Global Positioning System (NDGPS) Program and serve as the lead for radio frequency spectrum management and analysis functions in support of DOT’s technical requirements and policy development.
As the NDGPS Program Manager, you will be responsible for the technical, cost and schedule performance of the NDGPS, as managed currently through the United States Coast Guard under a Memorandum of Agreement, and serve as the chair of the NDGPS Policy and Implementation Team.
You also will lead radio frequency spectrum management and analysis tasks in close coordination with other DOT Operating Administrations and the National Telecommunications and Information Administration (NTIA). You will provide expert advice specifically on issues of harmful radio frequency interference and operational degradation to DOT operations and planned operations, and serve as DOT’s representative to the Interdepartmental Radio Advisory Committee (IRAC).
If you or someone you know has the experience and a demonstrable record of proven results, I encourage you or them to apply to this Washington, D.C.-based position. We are looking for a diverse pool of qualified candidates
The announcement is posted to the Public and to Merit Promotion eligible applicants on www.usajobs.opm.gov. Please know that Merit Promotion announcements are the vehicle through which Federal employees generally apply for Federal positions.
Summary: This is the next frontier for personal and machine navigation — and many are out there now, working diligently on it. In just one example, a new chip fuses input from several sensors, using the best combination at any given time to maximize coverage and accuracy while keeping power draw to a minimum. This produces continuous position availability in indoor environments, as demonstrated by performance measurements in real-world test environments.
The senior product manager responsible for this development joins us to talk about the inner workings and the outer manifestations of this new solution.
Speakers:
J. Blake Bullock, GNSS and indoor positioning, Samsung
J. Blake Bullock was senior product manager responsible for CSR’s next generation of GNSS solutions. He is now at Samsung System LSI Business and is responsible for GNSS and indoor positioning solutions. He holds a M.Sc. degree in geomatics engineering from the University of Calgary, an MBA from Arizona State University, and several patents in LBS and navigation.
Manikantan Parameswaran, Senior Application Specialist, Spirent
Manikantan Parameswaranis currently a Senior Application Specialist for Spirent’s 8100-Location test product segment. Manikantan initially joined Spirent in 2006 as a development engineer and has worked on a variety of different A-GPS protocols and technologies. He holds a B.S in Computer Engineering from Drexel University, Pennsylvania, USA.
Chris Gates, VP Corporate Strategy, NextNav
With more than 15 years of experience in finance and telecommunications, Gates joined NextNav from SkyTerra Communications, an integrated satellite-terrestrial communications company where he served as VP — Strategy; extensive experience in wireless and wireline communications; he began his career with Chase Securities in their M&A group. Christian holds a Bachelor of Arts from Dartmouth College.
Dave Huntingford, Director of Product Management, Location Products, CSR
A 15 year veteran of the location business, Dave is responsible for the location product portfolio at CSR and its expansion into GNSS, Wireless Hybrid and MEMS motion capabilities. Previously he served with SiRF and Motorola GPS. He holds a B.S from University of Hertfordshire, UK.
Moderator:
Alan Cameron, Editor & Publisher, GPS World
The second Russian SBAS satellite, Luch-5B, has now been positioned at its designated orbital slot of 16 degrees west longitude. The satellite had been in a drift orbit since its launch on November 2 at 21:04:00 UTC along with the domestic communications satellite Yamal-300K.
Tracking data from NORAD/JSpOC showed Luch-5B arriving at its geostationary position by about December 13. The footprint of the satellite is shown below with the elevation-angle contours at 30-degree intervals.
The Technische Universitaet Muenchen has reported that transmissions of the L1/E1 signal from Galileo satellite IOV-4 (FM-4) started at about 17:15:10 GPS Time December 12. The navigation signals of both of the recently launched in-orbit validation satellites have now been activated.
A number of stations in the Cooperative Network for GNSS Observation as well as some stations participating in the International GNSS Service’s Multi-GNSS Experiment are tracking IOV-4. The satellite is using PRN code E20.
If the commissioning schedule is similar to that of IOV-3, the E5 and E6 signals of IOV-4 should be switched on over the next few days.
u-blox, the Swiss positioning and wireless chip and module company, has been chosen for global positioning and embedded 2G/3G wireless technologies by MobileHelp, an American provider of M-PERS (Mobile-Personal Emergency Response System) technology. Based on u-blox’ LISA 2G/3G wireless modem and MAX GPS modules, the comprehensive system includes compact, portable alert devices that function in and around the home, and while traveling.
“As the population ages, more and more people are choosing to remain independent for as long as possible” said Robert Flippo, President of MobileHelp. “With the help of u-blox’ reliable, low-power positioning and wireless technologies, our MobileHelp medical alert systems are giving a whole generation of people the freedom to live in their homes and travel independently knowing that simple and fast emergency assistance is just a push-button away.”
Unlike traditional 911 direct dial services, MobileHelp devices deliver instant positional information as well as personalized medical data to an emergency response center at the touch of a button. The system is integrated with nationwide wireless voice, data and satellite GPS technology to provide real-time medical monitoring services, location tracking, and instant voice contact with trained emergency response operators. MobileHelp also offers Caregiver Tools, an innovative event notification and online tracking platform that keeps families and caregivers informed of an emergency event. With AT&T as connectivity partner, the devices work in 97 percent of the inhabited areas of the USA.
MobileHelp comes in three configurations, “Classic” for home-monitoring over fixed line telephone, “Solo” for travelling and at homes without a fixed line telephone connection, and “Duo,” for travelling and at homes that have a fixed line telephone connection.
MobileHelp’s alert products have been developed with Singapore-based Daviscomms, a design and manufacturing partner providing advanced engineering services to customers in the consumer and industrial markets worldwide.
Get out of the way, GPS. Wi-Fi is elbowing in on the location game. Wi-Fi operators are tracking people and offering retailers and marketers access to customers’ behavior and location. Traffic patterns emitted by smartphone Wi-Fi signals let network operators keep tabs on what shoppers are doing. Heat maps are being created with data from Wi-Fi points to map out aggregated customer behavior. Nearbuy Systems offers stores software that will let them track the website that a shopper is viewing, overlaid by where the shopper is within the store. However, beware of companies’ hyped up claims on indoor location. Another worry is the deployment of proprietary location systems which reduce overall usefulness. And some offerings are simply PowerPoint aspirations. In other news, Apple and Google are kings of the hill; in-vehicle mapping belongs to Nokia; and location privacy of a different sort.
Fragmented Indoor Location. If proprietary indoor location systems are developed, the market will be hampered. Ben Rodilitz of Level8 noted that, while attending GPS Wireless last March, he was bemused by the excitement regarding indoor location as manifested in a number of one-off, proprietary systems. If Home Depot used its own system, an airport used another, and a shopping mall implemented a third, ubiquitous indoor location would be problematic. “I know companies like Qualcomm, Broadcom, and SiRF/CSR were building competing platforms; one would hope this is a vehicle for best-of-breed choices for service providers,” says Rodilitz. I am glad to see the formation of the In-Location Alliance and the players who are supporting it.”
Other Complications. The nuts and bolts of indoor location aren’t easy peasy. “For detailed location pinpointing in places like malls, a high density of Wi-Fi radios need to be deployed and it isn’t super cheap to do so,” says Joseph DeStasio of Boingo Wireless. Stores may want to deploy a denser Wi-Fi system than in the outer mall. But it can be a clunky transition between two different Wi-Fi systems. DeStasio estimates that true mobile retail location-based advertising/couponing at malls is still 18 months away.
Mapping in Vehicles. Nokia may be battered, but the mapping it acquired years ago from its acquisition of Navteq is shining bright. Companies have long fought over “ownership” of the in-dash navigation market, and Navteq lords over the market, powering four out of five systems. Nokia has deals with many car makers, including BMW, Hyundai, Mercedes, and Volkswagen, as well as with Pioneer and Garmin.
Wireless Data Privacy and Mooching. There is always an interesting mobile location privacy case. In Pennsylvania, police obtained a warrant to search the house where child pornography was being downloaded. Police determined that the offender was a neighbor who had been free-loading on the house’s wireless Internet. The suspect was found with Moocherhunter, an app to identify wireless moochers. The suspect argued that police needed a warrant to use the app to locate him. The court ruled that he “could have no reasonable expectation of privacy in the signal he was sending to or receiving” from the wireless router.
More on Wi-Fi. Towerstream is building wholesale Wi-Fi access points across some urban regions, including Manhattan, with 1,000 access spots arranged in a giant dense honeycomb across the Big Apple. Before you equate this with previous municipal wireless disasters, know that these networks are several times fasters and don’t involve local government.
Towerstream is granting users four hours use with no charge if the user will interact with a location specific advertisement. These deals may be targeted to within dozens of feet of the user. Since service over Wi-Fi doesn’t count against U.S. mobile data limits, usage is particularly appealing to 18-34 year olds, who may be wallet constrained and open to viewing location-based ads in exchange for streaming video at high speeds.
Oligopoly! Google’s Android and Apple’s iOS continue to wipe the floor with their competition. Together they controlled 87.9 percent of the U.S. smartphone market in October, according to comScore. Android ended October with 53.6 percent nationwide smartphone share, increasing 1.4 percentage points over July. iOS grew its U.S. market share from 33.4 percent in July to 34.3 percent in October, a 0.9 percent improvement.
Tweet This. Use of social media and social networking is growing rapidly. Consumers continue to spend more time on social networks than on any other category of site—roughly 30 percent of total time online via mobile, reports Nielsen and NM Incite. Facebook remains the top social network, followed by Twitter and Blogger, but new social media sites continue to emerge.
Foursquare Wants Money. The tepid, if not poor, performances of social media IPOs has made investors skittish. The fates of Facebook, Zynga and GroupOn stocks have weighed heavily on this category. Foursquare, which pioneered location check-ins and is now succeeding with target location couponing, is having difficulty attracting added investment, reports the Wall Street Journal. Foursquare counts more than 25 million registered users, with only about 8 million accessing the app monthly. Some investors believe the company is moving too slowly to monetize.
Whatever happed to Allen Osborne Associates (AOA)? As a 1994 report (seeking a receiver for a “GPS Sounder” task) stated, “Signal-to-noise ratio tests of three high-performance GPS receivers in severe multipath conditions clearly show the Alllen Osborne Associates TurboRogue SNR-8000 is superior in locking and tracking C/A, P1 and P2 codes at very low receiver-to-satellite elevation angles.”
The advanced features of the TurboRogue may well have been key in AOA receivers being used for a large number of ground reference applications, including Monitor Station Receivers for the U.S. Air Force GPS Operational Control Segment (OCS).
Just to refresh your memory, AOA was acquired in 2004, and the GPS group now resides and thrives within the Communication Systems Division of ITT Exelis Corporation (ITT). Those AOA products and technology have contributed to the ITT military GPS receiver group in Van Nuys, California, becoming a leading SAASM receiver supplier.
ITT Exelis also has a Geospatial Systems group headquartered in Rochester, New York, which is home to the GPS Payload, Receiver and Control Systems group who are currently developing the ground reference receiver as part of the Raytheon team for the next-generation GPS Operational Control Segment (OCX).
Geospatial Systems has also been continuously involved in the supply of GPS payloads on every GPS satellite launched and has accumulated more than 500 years of on-orbit payload life.Geospatial Systems is also part of the Lockheed Martin team that is developing and building the satellite payloads for tomorrow’s GPS III space segment. ITT is developing and integrating the navigation payloads for eight GPS IIIA satellites.
An Exelis SINCGARS radio.
SINCGARS
SINCGARS
So, today, ITT boasts that it is the only GPS systems developer to have been a key contributor to all three GPS program segments (space, OCS and user) with both legacy and modernized equipment.
The receiver guys in Van Nuys have fielded a series of SAASM-based receivers over the years, beginning with the EGR-1020 which has gone into a large number of SINCGARS radio systems.. This adds position and GPS time-sync to each radio terminal. The handheld control display allows each radio operator to see the location in real-time of all SINCARS-equipped friendly force groups, providing active situational awareness on the battlefield.
The EGR-2000 Small Serial Interface (SSI) SAASM receiver.
The next generation EGR-2000 Small Serial Interface (SSI) SAASM receiver has been integrated into “an in-country GPS designed and manufactured system of a U.S. International Ally,” and can be found in terminals, radios and handhelds.
This brings us to the current ITT receiver product — known as the EGR-2500. ITT-funded IR&D investment in more integration and miniaturization has reduced the size of the EGR-2500 to half that of the SSI receiver. With the same capability to track through reduced signal levels and producing high-precision carrier phase and pseudorange, its not surprising that the EGR-2500 has found a few new OEM applications.
Both Geodetics and Technology Advancement Group (TAG) have worked with ITT to integrate the EGR-2500 into their products in order to achieve centimeter-level RTK positioning. The EGR provides high-quality, variable rate observations at up to 10 Hz for up to 24 different satellite signals, and this allows Geodetics and TAG to offer anti-spoofing RTK performance. With the addition of external inertial aiding, the EGR is also able to maintain a high quality RTK solution even under high dynamics.
The ITT EGR-2500.
But the SAASM receiver world is becoming even more competitive, and ITT is responding by maintaining its IR&D investment in yet another generation of receiver. The main objective is to even further improve power consumption and performance. A pair of ARM 9 processors has been added, along with circuitry that is software-controlled to reduce power to blocks not being used, so the next-generation EGR will have reduced size, weight and cost and is targeted to consume 500 milliwatts in low-power mode. The new enhanced correlator array design will also dramatically reduce time-to-first fix, and with today’s operational environment in mind, a front end filter has been added to reduce the effects of interference and jamming.
So anti-spoofing with reduced interference and jamming — sounds like a good solution for UAVs and others operating in a hostile environment. From a rack of monitoring equipment to a single board 1.1 gram OEM module, and more integration underway for the next generation receiver — another example of electronic GNSS evolution in action…
Locata Corporation today announced the U.S. Air Force (USAF) has signed a sole-source, multi-year, multi-million dollar contract to install the U.S. military’s first revolutionary ground-based LocataNet positioning system at the White Sands Missile Range in New Mexico. The USAF will field Locata’s new technology for extremely accurate “reference truth” positioning across a vast area of White Sands when GPS is being completely jammed.
In a recent USAF technical report, the need for a new non-GPS based positioning capability was described by the 746th Test Squadron as the key component for “the realization of the new ‘gold standard truth system’ for the increasingly demanding test and evaluation of future navigation systems for the U.S. Department of Defense.” Locata is the new technology now contracted to enable this capability for the USAF’s future truth reference, the Ultra High-Accuracy Reference System (UHARS).
The report documented extensive testing of Locata’s new capabilities when a LocataNet covering 1,350 square miles (3,500 square kms) was first deployed at White Sands. The USAF and the 746th Test Squadron proved a LocataNet can accurately position USAF aircraft over a large area when GPS is denied. Locata delivered accurate independent positioning as good as, or better than, the USAF’s current CIGTF Reference System (CRS). The Locata non-GPS based positioning capability is core to the UHARS that will now replace the CRS in 2014.
After the exhaustive aircraft testing, the USAF concluded that the Locata system had not only met the extremely demanding contractual tracking and positioning requirements, but actually exceeded them on many points. Some of the milestones documented and confirmed by the USAF included:
The USAF report documented LocataNet position accuracy of 2.5 inches (6cm) horizontally and 6 inches (15 cm) vertically – about the size of a dollar bill – for aircraft flying at a distance of 30 miles (50km) at up to 350 mph (550 km/hr) at 25,000 feet, without GPS.
Throughout the period of the testing, the entire White Sands network achieved nanosecond-accurate synchronization within several minutes of the LocataNet being activated, and remained synchronized even during severe weather until turned off at the end of each test.
The USAF tests showed that a stock standard Locata transmitter – the same unit used in commercial applications like mining – could have an amplifier attached to easily boost signals for long-range reception. By attaching a simple, inexpensive 10 watt amplifier, the USAF proved that Locata signals could be acquired and tracked by aircraft at distances of up to 60 miles (100 km). Longer distances could be enabled by attaching higher-powered amplifiers.
Before to the White Sands flight trials, commercial Locata systems had only been used to position ground-based vehicles, such as cars, trucks, bulldozers and drill rigs in local areas. For the USAF tests, however, the Locata system needed to function under dynamic aircraft operating maneuvers, including banking, angular and linear accelerations, airspeeds up to 300 knots (560 km/hr), and altitudes up to 30,000 feet above sea level. The required aircraft performance was verified in the real-world testing.
The USAF required Locata to design, prototype and then deliver aircraft-certified antennas for use on both the Locata ground-based transmitters and the USAF aircraft. Locata worked with Cooper Antennas Ltd. of Marlow in Buckinghamshire, United Kingdom, to produce an aircraft-certified version of Locata’s new quadrifilar helix antenna design. The Cooper manufactured antennas were used throughout the tests with excellent results, and confirmed Locata’s research and analysis.
“Locata Corp delivered a LocataNet for use in our October 2011 technical demonstration on White Sands Missile Range that provided time and position truth, independent of GPS, that was better than 18 cm (6 inches) per axis while flying at 15,000 and 20,000 foot above mean sea level profiles,” said Christopher Morin, technical director for the 746 Test Squadron. “The solutions provided by the LocataNet were within the accuracy tolerance of the squadron’s CIGTF Reference System and met our threshold objectives. Further analysis has shown that if we optimize the LocataNet deployment, characterize its errors and tightly couple its range and carrier-phase measurements with the other GPS and inertial components on the UHARS pallet into the UHARS solution post-processing software, I am confident we will be able to meet our 5-cm (2-inch) per axis truth reference objective. I am very pleased with the LocataNet’s demonstrated ability to produce an accurate, dynamic truth reference from the relatively static implementation they had already deployed in the mining industry.”
“Locata products developed and sold by important commercial partners like Hexagon and Leica Geosystems have already shown our new technology is a game-changer for positioning over industrial-sized areas,” said Nunzio Gambale, CEO and co-founder of Locata. “However, proving Locata can provide the USAF with centimeter-accurate non-GPS positioning over a vast military area when GPS is jammed instantly elevates our technology achievements into a completely new league. It’s important to grasp the scale of what we’ve done here. The 2,500 square mile LocataNet at White Sands will be 74 times the size of Manhattan Island. It must be clear, our ability to deliver centimeter-level (inch-level) positioning over an area that large, without using GPS satellites, is both unique and totally revolutionary. No one else on Earth can do this. Many valuable industrial and consumer apps will now be built around our amazing inventions, created by Locata’s co-founder David Small and our brilliant engineers.”
“This contract makes it clear you are witnessing the arrival of one of the most important technology developments for the future of the entire positioning industry,” Gambale declared.
Under this new contract Locata will provide the USAF with Locata receivers and LocataLite transmitters to blanket 2,500 square miles (6,500 sq km) of the White Sands Range. Locata will also:
a) deliver extended hardware warranty, along with ongoing Locata software and firmware upgrades, through to the year 2025;
b) supply multi-year support for the installation, fielding and testing of Locata networks; and
c) provide long-term consultation and expert technical advice to ensure optimal operational performance of the USAF’s fielded LocataNet systems.
Leica Geosystems has announced the release of the Leica Viva GS14 GNSS receiver. The GS14 is designed to be the best-price performance GNSS receiver in its class. The built-in GSM and UHF radio, internal memory and IP68 protection fully equips a user for nearly any measuring task, providing a reliable, revenue-generating production unit, the company said.
When combined with the Leica Viva GNSS RTK, the GS14 creates a tightly integrated GNSS system ensuring the highest degree of flexibility, quality and reliability, Leica Geosystems said.
The compact Leica Viva GS14 offers comfort in the field and a variety of setups and operating options, the company said. The Viva GS14 can be used as a light-weight rover and as a base station. The Leica Viva GS14 further enhances the Leica Viva series by offering a complete range of GNSS and total station solutions combining precision with maximum versatility. Users gain speed and efficiency by reducing the number of setups and control points with the unique SmartStation, and the versatile SmartPole allows instant switching between GNSS and TPS with a simple icon tap, Leica Geosystems said. The system exceeds specifications going beyond industrial standards. Moreover, the temperature range from -40°C to +65 °C ensures a flawless performance even in most challenging working environments.
With Leica Geosystems’ SmartTrack and SmartCheck technology integrated, the Leica Viva GS14 tracks signals with the highest quality and constantly evaluates and verifies the RTK solution to ensure the most reliable RTK positions. Together with the innovative Leica xRTK technology, positions are delivered in difficult GNSS environments. The Leica Viva GS14 also is ready for future satellite signals.
The Leica Viva GS14 is available this month. Ordering information can be obtained from authorized Leica Geosystems representative.
Navman Wireless today announced the availability of two professional services packages designed to expedite, optimize and provide problem resolution for 100+-vehicle implementations of its OnlineAVL2 fleet management platform. Going beyond basic customer support, the new services can reduce rollout and configuration time by up to 80 percent, produce a 50 percent faster return on investment, and help corporate and construction fleet managers derive maximum value from the system by doubling the number of features used.
“Most fleet tracking vendors say they provide support services, but usually those services are limited to basic phone assistance and coordination of system installation with a third-party vendor. Through our work with customers who track hundreds of on- and/or off-road vehicles, we recognized that large installations need substantially more assistance for timely deployment as well as to take full advantage of system capabilities to reduce costs and streamline operations,” said Nels Erickson, field services manager at Navman Wireless. “We launched our professional services packages specifically to meet these needs.”
Both the Standard and Turnkey professional services bundles entitle customers to a dedicated project and account team, including a field services engineer serving as a single point of contact and project manager, plus the use of a dedicated phone line staffed with support specialists assigned exclusively to handle larger accounts.
The Standard package includes installation support, basic OnlineAVL2 configuration, a training website and weekly group training webinars, priority issue escalation, and a yearly account review to evaluate the customer’s use of the system and identify opportunities to realize greater benefits from the deployment.
The Turnkey package includes all Standard features plus 80 hours of project management time for on-site project planning and user training as well as weekly update calls and advanced OnlineAVL2 configuration for features such as geofences, maintenance module setup, report scheduling, and email and text alerts. This premium package also includes ongoing best practice guidance, regular on-site business reviews, API-based integration into backend systems, and guaranteed 45-day implementation with appropriate advanced notice and asset availability.
Optional add-on services include custom training and documentation, installation and training at additional depots or terminals, and advanced project management for complex implementations.
It happens every year and it is an emotional rollercoaster. It generally starts a couple of weeks before Thanksgiving and continues until just after New Years – and it is simply heartbreaking. The letters and emails start arriving just like clockwork before the holidays and they all ask the same question – where can I buy the PHGPST or the Perfect Handheld GPS Transceiver?
As many of you know, who are faithful readers, I receive hundreds of letters and emails like this throughout the year from our warfighters and first responders, but the letters and emails over the holidays are special because they are from the wives, sisters, children, parents and grandparents of war fighters. They want nothing but the best for their loved ones. It breaks my heart to have to tell them that the PHGPST does not exist – yet.
Without a doubt, our warfighters and first responders, who put their lives on the line so that we may continue to live and thrive in a free world, where innovation and response to customer needs are hopefully met with success both emotional and fiscal, deserve nothing but the best, and that is the goal I continue to pursue on their behalf.
Dissatisfaction
Paraphrasing Walter Kaufman, “Otherworldliness or ‘belief that there is a better world’ is the child of disenchantment with this world.” To say our warfighters are disenchanted with the antiquated legacy MUE or military user equipment they are forced by policy to utilize today is an understatement. DoD’s antediluvian MUE is a joke compared to what is available in the commercial marketplace today. Studies indicate our warfighters are aware of this dichotomy and have shown their disdain in the last ten years by using commercial and civil PNT equipment in theater 40/1 over the government’s archaic MUE handheld devices. Studies further show that MUE is utilized by our warfighters only as a last resort and as a matter of necessity due to the outdated policies and technologies that continue to prevail. However, I am happy to say these anachronistic restrictions are reportedly rapidly coming to an end.
Consider that the USMC (US Marine Corps) decertified the PLGR in 2009 because “the PLGR or Precision GPS Lightweight Receiver is an obsolete GPS military receiver” [ed. PLGR was designed circa 1988] and almost all Services today use the DAGR or Defense Advanced GPS Receiver [ed. the DAGR was designed circa 2002]. The DAGR was a major capability improvement ten years ago but today is technologically obsolete and primarily used as an embedded solution only. As an embedded device the DAGR serves its purpose — providing an antiquated, unfriendly user interface to legacy government equipment. For example, rumor has it that one version of the Stryker, of which the Army has more than 4,200 in service, described as a technologically advanced combat fighting vehicle, uses nine, count them, nine individual DAGRs. Draw your own conclusions. I suspect this has more to do with the inadequacies of the DAGR vice the capabilities of the Stryker. The good news here is that my sources in the DoD tell me there will be no further DAGR purchases. Now if I were giving this as an oral presentation, I would pause here for thundering applause and a standing ovation. Can I have an Amen?
Several years ago, I penned the following: “MUE is necessary because it is the only platform that currently provides SAASM (selective availability anti-spoofing module) protection, along with a second military frequency giving the military user an advantage over his civilian counterpart.” Today none of that statement is true from a purely intrinsic or commercial point of view. There are much more capable receivers with all these capabilities and more, to include real-time centimeter-level accuracy, available on the commercial market today.
Marketplace Responds
This year the PNT (position, navigation and timing) marketplace has finally responded, and I am able to reply to warfighter family enquiries with more positive information. In just the last 18-24 months, the path to an actual PHGPST has been blazed by several major GPS manufacturers, and well-informed pundits say DOD policy changes may be in the wind as well.
The PHGPST
I had a three-hour lunch several weeks ago with the chief PNT engineer from one of the companies pursuing the PHGPST. It was enlightening to hear him wax eloquent concerning their new PNT device and the capabilities it will provide the warfighter, first responders and commercial/civil users as well. Indeed, there is a real possibility, if DoD policy changes lag technology (can you imagine that ever happening?) that civil/ commercial users may be the first recipients of this technological manna from the gods. But not to worry — if the actions of our warfighters during the last ten years of warfare are any indication, the warfighters and first responders will merely purchase what they need, from whatever sources are available, regardless of antiquated policy and doctrine. As one Marine lieutenant colonel warfighter commander so eloquently phrased it, “So please tell me where I can purchase the PHGPST…because when your life and those of your fellow Marines is on the line, who gives a damn about policy … give me the best solution possible … because the current #@*&% MUE is not even in the same ballpark as the best.”
Unfortunately, the chief engineer declined to allow me to use the name of his company, but they have promised me a pre-production unit to test and write about. As to time frame, he assures me there will still be plenty of snow banks and icy mud puddles in Colorado for my exhaustive real-world tests. Ever since that lunch I have been like a kid at Christmas… I just can’t wait for the test unit to arrive.
Trimble
However, while I am waiting with bated breath, another major PNT company/manufacturer pursuing the PHGPST has gone public with its intentions, and that is Trimble. I had the pleasure of visiting with Ann Ciganer and other Trimble executives in San Jose for a day recently, and then in early November attended Trimble Dimensions for the first time. I was simply amazed. Talk about feeling like a kid in a candy store – and that feeling had nothing to do with the venue – the Mirage in Las Vegas. Seriously, Jim Sheldon, general manager of Trimble’s Mobile Computing Solutions (MCS) Division and his team in Corvallis, Oregon, have outdone themselves. Their rugged line of PNT devices is simply jaw dropping in appearance and capability. I was privileged to sit in on some MCS planning meetings and I was blown away by what I heard — none of which I can relate here because of NDAs (non-disclosure agreements) and such — but suffice it to say that Trimble has been listening to its customers (what a concept) including warfighters/first responders, and it shows in the devices hitting the market now and in the next few months.
I was very impressed, and I guess it showed because one company PR/marketing pundit commented that I could probably write about nothing but Trimble rugged equipment for the next twelve months. Although he said it in jest, he was more correct than he knew. Indeed, another person in that group commented that I could write nothing but reviews for the next twelve months and become known as the Gunnery Sergeant Lee Emery military twin for GNSS. You may remember Emery hosted two History Channel programs: Mail Call, where he answered military questions, both modern and historic; and Lock N’ Load with R. Lee Ermey, which focused on the development of different types of military equipment, mostly weapons. I personally never missed an episode of either program and while I am flattered at the comparison, frankly I prefer the written word. But it does offer up the possibility of conducting even more PNT/GNNS equipment evaluations – the only issue being that it takes me about six weeks to properly evaluate a piece of PNT equipment, and it really helps if there is are lots of snow banks and deep icy puddles around. And remember, my rules of engagement are to never write a bad review, because why should you spend your time reading about something you can’t use, and, if at all possible, I won’t review equipment I have not personally used in the field under the most austere conditions available.
So in the next twelve months we will be looking hard at candidates vying for the title of the PHGPST, and I will do my best to keep you abreast of all the technological advancements and policy changes that make that possible. And maybe next year as the holidays approach, I will be able to respond with a plethora of choices for the PHGPST.
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.