Microsemi Corporation has updated the hardware on its TimeProvider 5000IEEE 1588 Precision Time Protocol (PTP) grandmaster clock. The update enables the clock to support Internet Protocol version 6 (IPv6) and multi-GNSS constellations to ensure better reception and higher security in a wide variety of telecommunications network applications.
“As our global wireless customers drive mobile infrastructure forward with LTE-Advanced (LTE-A) and 5G services, support for IPv6 and alternate GNSS constellations is rising in importance for deploying a robust, secure and future-proof synchronization network,” said Barry Dropping, senior director of product line management for Microsemi.
“The addition of GLONASS and Galileo support on the TimeProvider 5000 system greatly enhances the robustness and security of this widely adopted synchronization platform for global carriers,” Dropping said. “We will continue to invest in this technology to ensure reliable long-term roadmap support is provided for telecommunications customers.”
An increasing number of global operators are now looking at solutions such as Microsemi’s enhanced TimeProvider 5000, because the device offers multiple constellations in accordance with the directives in certain countries to remove their sole dependency on GPS. Having support for GLONASS and Galileo constellations also makes systems more robust and secure to certain GNSS vulnerabilities.
Microsemi’s TimeProvider family has been installed in more than 350 networks across the globe, enabling communications service providers to build stable, high performance and reliable network infrastructures.
Along with new support for IPv6 and multi-GNSS constellations, the recently enhanced TimeProvider 5000 provides redundant hardware, user configurable PTP profiles and Synchronous Ethernet (SyncE) support with optical small form-factor pluggable (SFP) modules.
The TimeProvider 5000 is a carrier-grade IEEE 1588 PTP grandmaster clock with a Network Time Protocol (NTP) server option and expansion shelf capabilities that include SyncE and an advanced PTP profiles, making the timing and synchronization system capable of supporting network needs today and in the future. Its flexible design is vital to enable circuit to packet network migration for high-speed data services and wireless backhaul, and to deliver 3G, 4G/LTE, LTE-A and 5G wireless services.
Microsemi’s TimeProvider family is a part of the carrier routing and switching equipment market, which was approximately $43 billion in 2016 according to market research firm IHS Infonetics. The firm also expects this market to see sales growth as more carriers start and expand their 4G services along with the introduction of 5G deployments toward the end of 2019.
u-blox and SIM Technology Group Limited of Shanghai, China, have announced that u-blox will not be acquiring the SIMCom cellular module product line as previously planned.
Despite best efforts on the part of SIM Technology Group and u-blox, the companies could not close the deal as originally intended and were unable to find alternatives that worked for both while sustaining the intended benefits. Both parties have therefore decided to terminate the Asset Purchase Agreement and Technology Assignment Contract with all ancillary agreements.
“While we are disappointed that the deal has not come to fruition, u‑blox and SIM Technology Group Limited continue to have a good relationship and expect to find other ways of working together in the future,” said u-blox CEO Thomas Seiler.
“Our strategy for cellular products remains focused on growth,” Seiler said. “For some time now we have been working on adapting our product range to achieve a stronger geographical diversification mainly for the Asian markets, where we make 50 percent of our global revenue. The strong move to LTE based connectivity will naturally open new strategic windows. Our strong focus and investment in our own chipset development especially for IoT applications is a key part of our strategy. Our guidance indicates a continued strong growth.”
As a result of this situation, u-blox has revised its guidance figures for 2017 back to levels as provided on Jan.11, 2017, and foresees for FY 2017 continued growth in all regions expecting revenues of between CHF 410 and 425 million, with EBIT in the range of CHF 60 to 65 million.
Oscilloquartz has launched the OSA 5405 SyncReach, an integrated PTP grandmaster and GNSS receiver with a patent-pending dual antenna and receiver to enable the mass roll out of small cells.
The new technology has been specifically engineered to provide accurate and affordable phase synchronization for the rapidly growing small-cell market and meet the stringent timing requirements of 4.5G and 5G connectivity.
With the OSA 5405, operators can migrate from legacy GNSS RF antennas and cables to standard, cost-effective copper and fiber Ethernet cabling, reducing capital expenditure and operating expenses, Oscilloquartz said.
Available in both indoor and outdoor variants, the OSA 5405 can be deployed in challenging environments, including urban canyons where GPS signals fail. The OSA 5405’s miniscule form factor also enables it to be positioned on indoor windows to avoid multipath signal interference from objects within the building.
The OSA 5405 uses a unique dual GNSS antenna and receiver algorithm to mitigate interference from multipath signals that can affect accuracy, particularly in urban canyons, according to the company.
“We’re at the start of a new era. With the internet of things (IoT) connecting more wireless devices and 5G just around the corner, small cells will have a big role to play,” said Gil Biran, general manager at Oscilloquartz. “This market is set to grow exponentially in the next few years. Small cells will soon be everywhere and that makes precise synchronization essential. Operators urgently need a way to reliably and affordably deliver new levels of phase accuracy.
“We’ve created our OSA 5405 to effectively deliver small cell synchronization in any environment and eliminate all restrictions,” Biran said. “Our new technology radically simplifies GNSS antenna installation. The use of PTP removes the need to compensate for cable delay and extends the reach of GNSS. It enables operators to forget about archaic and expensive RF cables and use simple copper cabling or optical fiber for longer distances. And, with variants that can be positioned in almost any location, it provides strictly accurate timing precisely where it’s needed.”
The compact design and power-over-Ethernet capabilities of the indoor- or outdoor-mounted OSA 5405 enable synchronization at the edge of the mobile network. This creates dramatic reductions in complexity and power requirements as well as lower costs for installation and operation.
Another feature of the new technology is IP connectivity, so that synchronization becomes another element of the internet of things.
The OSA 5405’s highly precise GNSS-sourced synchronization is supported by network-based Sync-E and PTP backups. In high-rise buildings it can also deliver synchronization recovered from the GNSS smart receiver over optical fiber.
The ADVA FSP Network Manager with comprehensive Syncjack assurance guarantees efficient operation.
“Make no mistake; the launch of our OSA 5405 is a major milestone in the progress towards mass-scale small cell deployment,” said Nir Laufer, product line director at Oscilloquartz. “With its plug-and-play simplicity, miniscule form factor and multiple timing functions in a single device, this is a key technology for 5G networks and the IoT.
“Currently deployed in trials with major carriers, it will shortly be available to all operators looking to harness next-generation synchronization precisely where it’s needed,” Laufer said.
“Since then, we’ve made a lot of progress,” Steve Malkos, Google technical program manager, told GPS World.
Frank van Diggelen and Mohammed Khider joined Malkos in hosting a half-day tutorial at ION GNSS+ 2016 in September that detailed how to access and use GPS measurements from Android devices.
“We (Google) launched a new website around our efforts with GNSS Measurements that has the latest updates about all things GNSS, such as supported devices, collection tools and analysis tools,” Malkos said.
The Android GNSS Analysis Tool shows how users can select and run the analysis on a per-satellite basis. This tool now supports multi-constellation and dual frequency (L1 and L5) by default. (Credit: Google)
Also, many devices releasing this year will support multi-constellation raw GNSS measurements for the first time. The Phone section on Google’s website shows the latest phones that support multi-constellation measurements. “Google also has launched a device with this capability, one of the first in the world,” Malkos said.
Android O, the next version of Android, will include new GNSS measurement features, such as true multi-constellation support with GNSS measurements (API supported constellations include GPS, SBAS, GLONASS, QZSS, BeiDou and Galileo), measurement support on multiple frequencies (including L1 and L5) and reported AGC (accumulated gain control) jamming detector.
This plot shows the generated output from the Android GNSS Analysis Tool: Signals strengths for the top four satellites per constellation, Skyplots, C/N0 plots, clock continuity or discontinuity, WLS output, PRR and PRR residuals. (Credit: Google)
Google hosts ION GNSS tutorial
Google is hosting a full-day tutorial, “Raw GNSS Measurements from Android Phones,” at ION GNSS+ 2017, which will be held Sept. 25–29 in Portland, Oregon.
The interactive course covers:
The Android Software Stack. Learn how GNSS measurement data flows through the Android software stack. Google will also show attendees where to find the definitions of the different data structures and identify which ones are available at the Application layer.
Updates to Android O. Preview the new GPS-related changes that are slated for Android O.
Description of the available data. Review the data that is accessible in Android, the definitions of the different types of GNSS measurements, their physical meaning and how to use them for analysis and location.
Using the data. Collect GNSS measurements outside and download the data from a provided test device to do some processing. Google will provide software tools that allow participants to log data from an Android Nougat or Android O device, view the raw measurements, and complete basic measurement analysis and position computation.
Examples. Finally, Google will give those who attend specific examples of research projects and applications that users can develop with the tools and knowledge obtained in the class, such as how to build a GNSS data analysis app or how to build a crowd-sourced jammer detector.
To help the Android Measurements team tailor this tutorial to your needs, fill out this form with additional items you’d like covered in the class.
Fathom, a Bluetooth real-time location system (RTLS) asset tracking company, has signed an agreement with Gimbal, a manufacturer for enterprise-grade mobile engagement and location intelligence.
The partnership presents customers with the combined strengths of each company: Gimbal’s reliable beacons and over-the-air security and Fathom’s high-accuracy indoor location platform, the companies said in a joint press release.
The agreement includes joint marketing and sales referrals to common prospective enterprise customers. It also enables Fathom to distribute Gimbal beacons and leverage Gimbal Secure Mode functionality.
“With Fathom to monitor and locate their beacons, both existing and new Gimbal deployments will enjoy the best each company offers,” said Fathom CEO Guylain Roy-MacHabée. “We are building a partner ecosystem with the best global beacon vendors and we are proud to work with Gimbal. Fathom’s asset tracking customers can now purchase Gimbal beacons directly from us, including the popular coin-sized Gimbal S10 — an ideal form factor that enables exciting and secure asset tracking scenarios.”
Fathom offers next-generation indoor location technology, utilizing Bluetooth to enhance asset tracking systems. Fathom complements asset tracking systems by providing greater coverage than RFID, greater accuracy than Wi-Fi and at a lower cost than other real-time location systems like ultra-wideband (UWB).
“Fathom’s location expertise and ability to accurately locate beacons indoors without the need for a mobile app is a natural fit for the asset tracking market,” said Brian Dunphy, general manager for Gimbal’s enterprise business. “We are delighted to be working with Fathom to expand the reach of each other’s products in the marketplace.”
Gimbal harnesses the power of location and proximity to drive value and create personalized experiences for customers, using location-specific events, geofences and beacons to access deep data analytics via a sophisticated location management platform.
With an in-depth look at market opportunities and trends across eight market segments, the European GNSS Agency’s (GSA’s) annual GNSS Market Report serves as a key resource for navigating the fast-evolving world of satellite navigation technology and GNSS applications.
The fifth edition, the 2017 GNSS Market Report, was released May 10 by Carlo des Dorides, executive director for the GSA, at the European Navigation Conference held in Lausanne Switzerland.
According to the new report, the growing demand for precise location information, in combination with the ongoing evolution of GNSS technology, means that today’s GNSS market is bigger than ever.
According to the 5th edition of the GSA’s popular GNSS Market Report:
The global GNSS market is expected to grow from 5.8 billion devices in use in 2017 to an estimated 8 billion by 2020.
The GNSS downstream market is expected to produce over € 70 billion in revenue annually in 2025. When the revenue created by added-value services is included, this number could more than double.
The global GNSS downstream market is forecast to grow by more than 6 % annually between 2015 and 2020. Following the declaration of Galileo Initial Services in 2016, chipset and receiver manufacturers and application developers are leveraging Galileo signals, and a number of Galileo-ready devices are already on the market.
By 2025, the installed base of GNSS devices in drones will reach 70 mln, more than twice the sum of other professional market segments combined.
Regularly referenced by policy-makers and business leaders around the world, the GNSS Market Report serves as the go-to resource for an in-depth look at GNSS market opportunities and trends across an array of essential market segments.
“Providing in-depth information on today’s GNSS market opportunities and a data-driven forecast of its evolution through to 2025, this edition is a must-read for anyone looking to successfully navigate this promising market,” des Dorides said.
The GNSS Market Report takes a comprehensive look at the global GNSS market, providing a thorough analysis per market segment (Location-Based Services, Road Transportation, Aviation, Maritime, Rail, Agriculture, Surveying and Timing & Synchronisation), region and application type, including information on shipments, revenues and installed device base.
The 2017 edition includes such new features as:
An expanded section on macro-trends like the Internet of Things (IoT), Smart Cities and Big Data.
Segment-specific user perspectives, with an emphasis on the increasingly stringent demands of today’s GNSS users.
The unique added-value that European GNSS (EGNOS and Galileo) brings to each segment and how Galileo is already enhancing the functioning of many applications.
A special feature on the important role that GNSS plays in the growing market of drones (i.e., UAVs/Remotely Piloted Aircraft Systems).
The full 100-page report is available for download free of charge.
Methodology
The GSA GNSS Market Report is compiled by the GSA and the European Commission and was produced using the GSA’s systematic Marketing Monitoring and Forecasting Process.
The underlying market model uses advanced forecasting techniques applied to a wide range of input data, assumptions, and scenarios to forecast the size of the GNSS market in terms of shipments, revenue, and installed base of receivers.
Historical values are anchored to actual data in order to ensure a high level of accuracy. Assumptions are confronted with expert opinions in each market segment and application and model results are cross-checked against the most recent market research reports from independent sources before being validated through an iterative consultation process involving pertinent sector experts and stakeholders.
Hexagon, a global provider of information technology solutions, has acquired Catavolt, a U.S.-based mobile app platform provider. Catavolt, founded in 2009 with headquarters in Atlanta, Georgia, offers an end-to-end platform for mobile application development and delivery, secure cloud orchestration and edge computing (real-time).
Catavolt’s team of experts are highly skilled in cloud and mobile technologies as well as enterprise software solutions — all fundamental to furthering Hexagon’s SMART X strategy, which is driven by the desire to make entire systems more efficient. Systems built around an information network with connectivity at the core, serving up data in the most intelligent and visually meaningful way, Hexagon said.
“Connectivity platforms and mobile applications are essential to driving improvements in productivity and efficiency. Both must also integrate with legacy systems and on premise infrastructures as customers make the transition from old to new,” says Hexagon President and CEO Ola Rollén. “Catavolt’s technologies provide an open architecture and solid foundation for realising the transformative potential of both cloud and edge computing and will seamlessly connect to Hexagon’s connectivity platform — SMART Convergence.”
Edge computing, or edge data-processing and analytics, accelerates response times by analyzing streaming data at the source, in real-time, versus transferring it to the cloud first. This is especially important in time critical scenarios like smart traffic systems and autonomous vehicles.
Catavolt’s expertise will enable Hexagon to advance its digital transformation platform, HxGN SMART Convergence, which orchestrates connectivity (IoT), intelligence (AI) and visualization (VR/AR/MR) technologies according to industry-specific needs and user-specific workflows.
The platform is managed by Hexagon’s Innovation Hub, a central R&D unit that develops enabling technologies for leverage by all of Hexagon’s divisions. This ensures platform development is based on standard protocols and easily customizable for different industry use cases.
Catavolt’s cloud technology is fully open and runs on any cloud. Currently deployed across AWS, Rackspace and Microsoft Azure, the robust and mature platform supports more than 3,000 client applications.
A drone that weighs less than 50 pounds can provide fully functional 4G cellphone service.
Virginia-based Fenix Group has partnered with Martin UAV, a Texas-based manufacturer of rugged utility drones, to launch an under-55-pound drone capable of providing fully functional 4G cellphone service.
While Fenix Group plans to issue its first production units to the U.S. Department of Defense and first responders, it anticipates demand from telecommunications providers, oil and gas companies, and crisis response units worldwide.
It also could mean connectivity in remote parts of the world.
In addition to providing a coverage area on the ground, the payload is also able to stream encrypted video from the drone’s camera system to anyone on the network. In the future, soldiers, search and rescue teams, and first responders will have access to drone video from their phones.
The Fenix team also enabled Internet access so that command centers could access the feed from anywhere in the world.
The European Satellite Navigation Competition (ESNC) — the largest international competition for the commercial use of satellite navigation — is once again in search of outstanding ideas and business models for accelerating Galileo applications.
Renowned institutions and regional partners are set to award prizes worth a total of more than €1 million in more than 20 categories.
Submissions are due June 30.
Innovation Network for Satellite Navigation
Satellite navigation is indispensable when it comes to accurate, reliable and continuous localization, according to the ESNC. This technology is fundamental to a variety of current trends, including multimodal logistics, the Internet of Things (IoT) and machine-to-machine (M2M) communication, unmanned aerial vehicles (UAVs) and smart cities.
First held in 2004, the ESNC has evolved into the leading innovation scouting mechanism in terms of Galileo-related applications across Europe and beyond. Moreover, the ESNC promotes the transformation of groundbreaking business ideas into market-ready products and new ventures.
Each year, the competition offers advantages to more than 400 business ideas. It has awarded prizes to more than 300 winners, which represent just a fraction of the 3,700 innovative concepts submitted by 11,000 participants. Through its network — including the ESA Business Incubation Centres, other incubators across Europe and the new E-GNSS Accelerator co-funded by the European Commission — the ESNC plays a decisive role in the realization of promising ideas by supporting the foundation of startups and creating high-tech jobs.
One of the main objectives of the ESNC is fostering the European space sector’s competitiveness globally by boosting the development of commercial space applications, especially for startups, SMEs and young entrepreneurs. Advancing Europe’s space programs and meeting user needs, especially when it comes to space data access to encourage alternative business models and technological progress, represent major goals of this strategy.
The involvement of the pan-European spirit within the EU Space Strategy is realized in the ESNC by engaging multiple regions across Europe with their own dedicated prizes.
“The investment in space technologies and applications as well as the support of forward-thinking entrepreneurs and startups ensure Europe’s increased competitiveness,” said Elżbieta Bieńkowska, commissioner for internal market, industry, entrepreneurship and SMEs. “To achieve this ultimate goal, the European Satellite Navigation Competition (ESNC) and the Copernicus Masters are a proven platform for trendsetting technologies and business models based on Galileo and Copernicus to implement the new EU Space Strategy.”
Within this context, this year’s ESNC patronage taken over by Markku Markkula, president of the European Committee of the Regions (CoR), sets the tone for the innovation competition’s pan-European mission of uniting the European regions and cities through the support of space-related businesses and future-oriented entrepreneurs, increasing the market and user uptake of Galileo.
“The European Committee of the Regions attaches great importance to the new opportunities linked to the involvement of European regions in innovation networks, such as the European Satellite Navigation Competition,” Markkula said. “I have therefore gladly taken on the role of patron for the ESNC as of 2017.”
E-GNSS Accelerator
As the high-tech platform for pioneering satellite navigation applications, the ESNC is now additionally equipped with the new E-GNSS Accelerator. This program is a unique opportunity for entrepreneurs and startups to accelerate their business case on a broad scale and bring their products and services to market.
The E-GNSS Accelerator will run for three years and will directly support the winners of the ESNC 2017, 2018 and 2019. Thereby, the participants await even more prizes, services and three further business incubations worth an additional value of EUR 500,000.
ESNC Partners
In the ESNC 2017, special prizes are to be offered in partnership with the following institutions: the European GNSS Agency (GSA), the European Space Agency (ESA), the German Aerospace Center (DLR), and the German Federal Ministry of Transport and Digital Infrastructure (BMVI).
Prototypes can also be entered into the GNSS Living Lab Challenge.
The University Challenge, meanwhile, is explicitly designed for students and research associates.
In addition, participants choose from this year’s confirmed partner regions: Asia, Austria, Baden-Württemberg / Germany, Basque Country / Spain, Bavaria / Germany, Catalonia / Spain, Estonia, France, Hesse / Germany, Ireland, Madrid / Spain, The Netherlands, Norway, Poland, Romania, United Kingdom, and the Valencian Community / Spain.
Stay tuned for more updates on additional ESNC regions.
Obtain more information at the official website, www.esnc.eu, comprising all relevant information on prizes, partners, and terms of participation involved in the ESNC.
Prizes for the Best Applications
This year’s winners will take home prizes worth a more than EUR 1 million and be welcomed into the ESNC’s leading innovation network for global satellite navigation systems.
Along with cash, the various prize categories offer primarily technical, business-related and legal support in realizing the winning business models. A jury of international experts from the realms of research and industry will also evaluate the winners of all the categories to select an overall winner, who will be revealed at the festive Awards Ceremony in early November 2017.
Furthermore, three additional incubations, supported by the European Commission, will be awarded in front of a high-ranking audience.
Those who enter the ESNC also stand to benefit greatly from the opportunity to work closely with leading institutions and regional partners. The ESNC is geared towards individuals and teams from companies, research facilities and universities around the world.
Awards Ceremony and Space Conference
A partner program, the Copernicus Masters (Earth observation), also kicked off on April 5 in Brussels.
The Awards Ceremony for both the ESNC and the Copernicus Masters takes place in early November. The event brings together industry, politics, entrepreneurship and research to showcase the most disruptive space applications and discuss trendsetting developments in the satellite downstream sector and its various application fields.
Sierra Wireless is leveraging a broad suite of 3G/4G connectivity solutions from Skyworks Solutions to power its AirPrime HL Series of wireless modules targeting machine-to-machine (M2M) and device-to-cloud applications, according to Skyworks.
In total, Sierra Wireless is making use of 17 Skyworks devices spanning high-performance multimode, multiband power amplifiers, transmit/receive front-end modules, RF switches and DC-DC converters.
With the integration of Skyworks’ devices, Sierra Wireless’ modules combine voice and connectivity functionality that can be deployed in any region and on any wireless mobile network.
“By partnering with market leaders like Sierra Wireless, Skyworks is diversifying into new, fast-growing markets across the Internet of Things (IoT),” said Carlos Bori, vice president of sales and marketing for Skyworks. “Our unique connectivity portfolio and integration capabilities enable us to solve our customers’ challenges and deliver efficient, scalable solutions.”
“Sierra Wireless’ HL Series modules provide unprecedented scalability between networks,” said Dan Schieler, senior vice president and general manager, OEM Solutions, Sierra Wireless. “By leveraging Skyworks’ analog and RF expertise, we are able to support various data rates, enable global coverage and offer industrial-grade solutions for OEMs who are looking to standardize connectivity across multiple products and markets.”
According to a GSMA Intelligence report, at its current rate of trajectory, global cellular M2M connections are forecast to reach close to one billion by 2020, growing at a 25 percent per year compound annual growth rate from 2015 to 2020.
Barcelona’s Fira center hosted Mobile World Congress, a gathering of 105,000 industry participants.
By Kevin Dennehy Contributing Editor for LBS
The big takeaway from this year’s Mobile World Congress was the interest in location data from a growing number of vendors. Although still a small footprint in the cavernous halls of Barcelona’s Fira center, at least 33 companies displayed products and services related to indoor location, which was more than past years, said Bruce Krulwich, Grizzly Analytics founder and chief analyst.
“There are also more major multinational companies that are exhibiting indoor location, including Phillips, Panasonic and Cisco,” he said. “The growth in the area is clear.”
This year’s MWC also featured four different applications of indoor technology, Krulwich said.
“The MWC app included mapping and navigation based on Pole Star’s technology and also proximity marketing and notifications based on MOCA [customer engagement software],” he said. “The security staff had a security management system based on Situm technology,” he said. “The smart badges at the entrances used [Bluetooth low energy] to detect the phone moving through the turnstile.”
Rise of Ultrasonic
Ultrasonic sound was prominent, Krulwich said. “In the past there was a single company, MTI, using ultrasonic sound for positioning, but this year three new players are using ultrasonic: Marvelmind for highly accurate positioning, Yap for proximity and Prontoly for selective content and communication,” he said. “If the technology is effective in real-world deployments, it may be a big step forward in increasing accuracy using existing phone technologies.”
Modulated LED lighting, also known as visible light communication, is receiving more interest. “Phillips was demonstrating a solution in that space this year,” Krulwich said. “I2Cat also returned with an LED solution, and Oledcomm is a new entrant in that space.”
Although beacon prices have gone down, the key is indoor positioning’s scalability and solution maturity. “Many of the solutions shown at MWC addressed scalability, including Estimote with self-mapping beacons, indoo.rs with SLAM-based automated configuration and Situm with infrastructure-free positioning,” Krulwich said. “The solution maturity is evident from the number of full commercial deployments (not trials) by companies like Pole Star and indoo.rs,” he said.
Another trend is the increasing numbers of high-accuracy systems.
“Quuppa has shown highly accurate positioning at MWC for several years,” Krulwich said. “But this year they were joined by powerhouse Phillips and by newcomer Marvelmind. All three showed centimeter-level accuracy with very fast response, each with a very different technology.”
Samsung press conference had hundreds of journalists in attendance at MWC.
Indoor Location
The lack of indoor location vendor participation at January’s National Retail Federation BIG Show in New York is a cause for concern, Krulwich said.
“Indoor location has been expected to cross the chasm for years, and it’s still stuck among early adopters,” he said. “But recent improvements in accuracy and in the maturity of the solutions, with easier configuration and integration into back-end systems, should lead to more full commercial deployments and then larger adoption in retail. It is also important to note that retail is not the only application of indoor location. Asset tracking and customer analytics are both growing. We also see a growth in the number of companies developing practical solutions on top of existing technologies, such as MOCA, Qualigon and xAd.”
Quest for Data
Companies that aggregate location data found increased interest at MWC.
Teralytics, which processes data points using predictive algorithms, provides human behavior information based on location. The company is working with not only wireless carriers, but governments and others on smart-city initiatives worldwide, said Luciano Franceschina, Teralytics co-founder and CTO. “We are already working with different verticals, and not just the telco verticals themselves, who are using the location analytics. A top transportation planner in Germany scrutinized our system for a year and now uses it to plan and decide what infrastructure investments to make.”
The company is collecting billions of data points, and aggregating geolocation and demographics to assess human behavior globally. This allows a retailer to assess where to build the next store, or how much capacity a train line should handle. For municipal planners, the data shows what transit system stops are being used more than others, Franceschina said.
Virtual reality goggles were big again at MWC.
Other markets for Teralytics’ data are tourism, retail, hedge funds and automotive, said Lisa Peterson, Teralytics vice president.
“That could be location data that allows auto[makers] to use to see driver behavior,” she said. “A company like Marriott could see why their silver members aren’t upgrading to gold, because they can see their hotel usage patterns. The can see these consumer traits and target their members with better offers.”
The acquisition of location data is more reliable that research methods used by such companies as Gallup, which still uses phone surveys and other antiquated methods, Peterson said.
IoT Growing
Comtech Telecommunications showed off its Location Studio platform that allows customers to build or enhance cloud-based embedded and hybrid LBS applications. The platform includes modular suites with indoor and outdoor positioning, geolocation, fraud detection, maps, search, routing, navigation, real-time messaging and analytics, the company said.
The rise of Internet of Things (IoT) and location hasn’t surprised Comtech.
“My team moved into IoT because it’s impacting a lot of new areas,” said Keith Bhatia, Comtech senior vice president. “IoT objects come down to how cheap you can make the connection and make the device available during the early stages. The momentum is there.
However, the hype that every device will be connected is just not price feasible.”
Comtech is looking for that location price sweet spot when it comes to IoT, Bhatia said. “We are seeing a pull for cheap location. We are seeing significant strides from last year to this year.”
Location company PoLTE partnered with ACS at MWC. ACS will use PoLTE’s LTE-based location tracking to allow business in the manufacturing, industrial and transportation industries to track assets, goods, workers and devices.
PoLTE, which delivers location services both indoors and outdoors, said that while Wi-Fi, Bluetooth and GPS have deficiencies when tracking LTE devices, its system leverages native cellular signals to geolocate 4G and 5G devices. PoLTE uses an advanced radar location technique to transform reference signals in LTE transmissions into precise location.
The company started focusing on LTE positioning nearly seven years ago, said Russ Markhovsky, PoLTE founder.
“Customers are going to be able to embed the available service into platforms and devices next year,” Markhovsky said. “We are undergoing trials and proofs of concepts and are connected to wireless operator’s network test platforms.”
The location information derived from PoLTE’s network is valuable to retailers and others who track a consumer’s spending habits, said John Dow, PoLTE president and chief operating officer
“LTE works everywhere,” he said. “You can track a user’s behavior when they went to Walmart, then went home,” he said. “It’s not a Swiss-cheese approach, as there is persistent location information. Retailers can receive decision-making data that is valuable compared to what’s out there today.”
Other Tech Finds IoT Location Niche
Another technology that is gaining traction with IoT companies is low power, wide area (LoRa) that leverages time difference of arrival (TDOA) triangulation to calculate the position of a device. One company, France-based Actility, says the system works with three gateways that receive data from a device, timestamps it and forwards it to a geolocation solver.
The Actility network geolocation solver collects the timestamps to estimate the device’s position using triangulation. However, a precise time-synchronization mechanism, usually using GPS, is necessary to achieve nanosecond precision time measurement.
“The number of agriculture and tracking applications are growing [for LoRa technology]. We are showing its applicability around Barcelona with a geofence, without GPS, through TDOA time stamping through different gateways,” said Christophe Francois, Actility senior vice president, marketing and digital. “Actility provides a different type of location services in that companies sometimes don’t need to know when the asset is not moving. This might mean to see if an asset like valuable copper in a yard is still there. You don’t need GPS to do that.”
Data Playing Large Role in Fleet Market
Geotab sees continued growth in 5G rollouts and data as key drivers to its European fleet transport market strategy, said Colin Sutherland, Geotab executive vice president, sales and marketing.
“Telefónica has been a great partner here [in Europe]. We continue to try to keep a pulse on the market over here and evangelize our data-centric telematics and 5G enablement,” he said. “We are also very focused on cyber security to keep cars and trucks safe on the road.”
Sutherland says he believes 2019–22 will see continued growth in the fleet market, with focus on data.
“Back in the day, companies focused on either a diagnostic bundle, or a GPS-based [fleet management] bundle,” he said. “What will happen in our industry is a growth of bundled software. There will be a lot of data play with the new business models and suite-specific applications, including data sharing.”
Observations from MWC
Conference organizers estimated more than 105,000 attendees went to MWC this year. Last year, I said Barcelona was getting too small for the conference, which is has turned into a mini-CES. This year was slightly larger, with the requisite traffic jams, high taxi cab prices, crazy high hotel room prices, unreal crowds and lines. One organizer took offense to my criticism of this huge growth, saying that I had no solutions. Well, yeah, though I love Barcelona as a venue, maybe it’s time to move it to a larger city?
MWC touts itself as the mobile event of the year. Barcelona crows that it is the most tech-savvy town in Europe. How can that be if Uber and Lyft aren’t even allowed and the alternative is long lines with price-gouging taxis? As a reporter with Asian heritage, I get the business, literally, when I get into a cab (read: inflated prices).
The high cost of hotel rooms has forced companies to use Airbnb and other sites to get lodging. Sad thing is that lodging may be in Badalona or Sitges, which require long train rides and eat up precious conference time. Again, maybe it’s time to either move it, or talk to city officials about getting more rooms in town.
Despite all of my criticism about the show, it still is one where you can meet people, network and manage the huge halls, which are positioned in one large building. You can’t do that at CES anymore as meetings and exhibits are spread over the convention center and various hotels. You may never see an executive or contact again after one meeting at CES, but MWC still has the feel that you can still rub elbows with some of the bigwigs at either the Fira or offsite meetings and receptions.
Galileo SAR is Europe’s contribution to the COSPAS-SARSAT network, a distress alert detection and information distribution system best known for detecting and locating emergency beacons activated by aircraft, ships and hikers.
By providing COSPAS-SARSAT with the coverage capacity of the Galileo constellation equipped with SAR transponders, Europe is helping to reduce the detection delay of a distress signal from up to several hours to 10 minutes.
A return link, a signal informing the person in distress that the signal has been received and localized, will be added to the system by the end of 2018.
Beacon Awareness Day
The Galileo SAR launch day, April 6, is Beacon Awareness Day in the United States. It’s also named 406 day. 406 stands for 4/06 — the date in U.S. format — and the 406-MHz frequency of the SARSAT beacons.
For Twitter and social media, special hashtags #406day, #406day17 and #savedbythebeacon already exist. The program has added the hashtag #getabeacon to complement it.
The following video about the program focuses on maritime operations, which account for 75 percent of the alerts.
Coming to the Rescue
With Galileo, the time to identify the location of a beacon signal is reduced from several hours to a few minutes. At sea, this makes SAR rescue operations easier thanks to a narrowed “search box,” since the vessel in distress has less time to drift.
On land, the quick acquisition of a precise position enables rescue teams to more quickly reach the operation zone and assist the victims.
In the air, Galileo contributes to fulfilling International Civil Aviation Organization (ICAO) requirements for implementing the next-generation emergency management system Global Aeronautical Distress and Safety System (GADSS). In particular, it enhances location of an airplane in distress, which will be mandatory on Jan. 1, 2021.
The Search And Rescue transponders on Galileo satellites can pick up signals emitted from any 406-MHz distress beacon anywhere in the service coverage area and transmit this information to the dedicated ground stations (MEOLUTs). The SAR/Galileo infrastructure is interoperable with GPS and GLONASS SAR transponders.
Once the beacon is located by the MEOLUTs, the location data is sent to the COSPAS-SARSAT mission control centre (MCC), which distributes it to the relevant rescue centres. The rescue centres, under the responsibility of national competent authorities and administrations, then coordinate the required rescue efforts.
Improving COSPAS-SARSAT
Galileo plays an important role in the Medium Earth Orbit Search And Rescue system of COSPAS-SARSAT (MEOSAR), and provides a ground segment coverage of 40 million square kilometers over Europe as a contribution to MEOSAR global coverage.
Thanks to the advanced European technology used, integration of Galileo into COSPAS-SARSAT improves the system by:
enabling faster detection and localization of distress signals anywhere in the service coverage area, reducing the delay between beacon activation and distress localization
making it easier to find the source of a signal by significantly boosting precision in comparison to the current situation
increasing availability and improving detection of signals in difficult terrain or weather conditions.
The Galileo Search And Rescue service is one of the three services launched in December 2016 with the Initial Services. The SAR service represented just 1 percent of total Galileo program costs, but should result in thousands of lives being saved, according to the head.