Tag: RTLS

  • RedLore launches high-accuracy onsite positioning solution

    RedLore launches high-accuracy onsite positioning solution

    RedLore logoRedLore has launched a high-resolution version of Locus Site, its patented solution for high-accuracy onsite positioning. The real-time location system (RTLS) pinpoints assets down to one-half foot or 15 cm without requiring wiring throughout the facility.

    Locus Site provides high-accuracy tracking for companies and facilities where installing wires is not possible. A 200,000-square-foot facility can be equipped with positioning capability in one day.

    “The world’s logistical processes are today stretched to the breaking point,” said RedLore CEO Niek Van Dierdonck. “Keeping track, in real-time, of the location and condition of assets onsite and during loading and unloading provides an immediate improvement in efficiencies. Locus Site offers exactly that at a fraction of the cost and burden of other systems.” The system uses wireless sensors and asset tags, configured with a desktop app and supported by a mobile app.

    Locus Site is used by manufacturers, healthcare service providers, construction companies, logistics companies and others to track everything in their facility without manual intervention.

  • Sub-meter tracking coming to campuses with Link Labs’ AirFinder OnSite

    Link Labs soloA new enterprise platform available this summer provides real-time location and asset tracking across a campus with Bluetooth technology.

    Link Labs’ AirFinder OnSite is an internet of things (IoT) asset-tracking platform for campus-based environments. Using a Bluetooth Low Energy (Bluetooth LE) radio to support both Bluetooth LE and phase ranging brings location accuracy with Bluetooth LE tags to the sub-meter level.

    According to Link Labs CEO Bob Proctor, AirFinder OnSite eliminates the need to choose between high-cost/high-accuracy ultra-wideband solutions or low-cost/low-accuracy traditional Bluetooth LE solutions.

    Proctor sees it potentially used in distribution centers and warehouses, as well as IoT applications in manufacturing, healthcare and logistics management. With seven patented or patent-pending Link Labs technologies, AirFinder OnSite was developed on Nordic Semiconductor’s nRF52833, a general-purpose multiprotocol system-on-chip with a Bluetooth LE direction-finding-capable radio.

    Innovations at the firmware level solve an array of technical challenges for an enterprise-grade solution: ranging methodology, interference avoidance, a location algorithm, power efficiency and scalability to high-tag densities.

    These innovations allow asset location to be fine-tuned to the sub-meter level, making it a precise Bluetooth-based location technology.

    AirFinder does not require an internal Wi-Fi system and is capable of operating on its own secure network layer via Link Labs’ Symphony Link or other third-party network layer technology, such as Bluetooth mesh technologies. The AirFinder platform provides remote monitoring and device management, allowing the system to be optimized for different use cases.

    This spring, early adopters will support pilot deployments of AirFinder OnSite.

  • Sewio helps fight COVID-19 with ‘smart quarantining’

    Sewio helps fight COVID-19 with ‘smart quarantining’

    Sewio-logo

    Sewio — a UWB-based, real-time location system (RTLS) company — is offering companies free consulting and software licenses to help them install employee tracking technology.

    Current quarantining and other enforced measures are designed to save lives by containing the spread of the virus. Once these restrictions are lifted, the pressure to restart manufacturing operations will increase.

    Nevertheless, this brings the risk of a COVID-19-positive employee introducing the virus to the workplace, increasing the risk of infecting colleagues, endangering lives and placing the factory under quarantine again.

    With its precise accuracy, ultra-wideband RTLS enables employee tracking and monitoring of any employee who has come into contact with a newly identified infected person. According to Sewio, it can help make sure exposed staff members are tested and receive the treatment they need as quickly as possible.

    “UWB-RTLS-powered smarter, faster and selective quarantining helps save lives and keep mission-critical operations running at all times,” said Milan Simek, CEO at Sewio Networks.

  • Big acquisition: Qorvo to acquire location company Decawave

    Big acquisition: Qorvo to acquire location company Decawave

    logos-Decawave

    Qorvo, a provider of RF solutions, is acquiring Decawave, as well as Custom MMIC. Financial details have not been disclosed.

    “This acquisition is by far the biggest in the indoor location industry,” according to Bruce Krulwich, founder of Grizzly Analytics. “While the price is not disclosed, I and others have estimated it at $400-500 million.”

    “Apple is using their own UWB chips in upcoming iPhones, but their own chips are too big and use too much power to be used in smartwatches or other small devices,” Krulwich said. “Decawave’s chips will enable Qurvo to sell compatible UWB chips to a much wider range of markets.Apple’s use of UWB in iPhones is the tipping point for UWB. With Apple’s stamp of approval, UWB will be incorporated into a wide range of location-aware electronics, including robots, drones, wearables, smartwatches and more.”

    “The biggest implications for this acquisition are not only in the RTLS market, but also in the areas of internet of things, wearables and location-aware electronics,” Krulwich said. “UWB is being used in next-generation products like drones by Intel, robots by iRobot, and autonomous vehicle movement by Segway.”

    Bob Bruggeworth, president and chief executive officer of Qorvo, said in a third-quarter financial release that the company was “looking forward to welcoming two industry-leading teams, Decawave and Custom MMIC, to the Qorvo family, expanding our technology portfolio and product offerings.”

    Decawave is an Irish fabless semiconductor company specializing in precise location and connectivity applications. The acquisition will advance market penetration of IR-UWB and enable broad global adoption of the technology.

    Decawave was founded in Dublin in 2007 by current CEO Ciaran Connell and CTO Michael McLaughlin. The co-founders had a vision that the new IR-UWB technology, based on a nascent IEEE standard, could deliver ultra-accurate location in a way that would revolutionize people’s lives like GPS did in the 1990s.

    Twelve years later, IR-UWB is on the verge of becoming the next essential component technology, like GPS, Wi-Fi and Bluetooth before it. Already shipping in millions of smartphones and cars, and across more than 40 other verticals, IR-UWB is enabling accurate indoor location services, secure communications, context aware user interfaces and advanced analytics.

    “We are thrilled to announce the acquisition of Decawave by Qorvo,” said co-founder and CEO Ciaran Connell. “We have created an incredibly unique technology, but we understand that to embrace the opportunity in front of us, we will need greater resources to execute at scale, accelerate our innovation and product launches and to continue to support our growing customer base with the same level of service.

    “Joining forces with Qorvo’s leading expertise in RF technology, their experience in serving very high-volume markets like Mobile but also the thousands of customers in Industrial and Enterprise, is, for Decawave, a perfect combination to scale and further accelerate the adoption of IR-UWB.”

    Eric Creviston, President of Qorvo Mobile Products, said, “We’re very pleased to welcome the Decawave team, which we believe will enhance Qorvo’s product and technology leadership while expanding new opportunities in mobile, automotive and IoT. We look forward to building on the groundbreaking work that Decawave has done and helping to drive new applications and businesses using their unique UWB capability.”

    Decawave co-founder Michael McLaughlin added, “From proving a new technology, to building new markets and to today joining a Tier 1 semiconductor company, the past 12 years have been a challenging and fantastic journey.

    “None of this would have been possible without the dedication and passion of Decawave employees as well as the constant support from our lead investor Atlantic Bridge, Act Venture Capital, Summit Bridge, Enterprise Ireland and our business angels. To all others who accompanied us on this journey we also say a sincere and profound thank you and we look forward to the next chapter for IR-UWB.”

    In the coming months and years Decawave and Qorvo will:

    • Continue to contribute to the IEEE, Car Connectivity Consortium, FiRa and UWB alliance to define next-generation PHYs and protocols, ensuring interoperability across applications and fueling IR-UWB adoption,
    • Accelerate the roadmap of ICs and modules, leveraging their respective R&D strengths and product portfolio to bring even more IR-UWB solutions to the market,
    • Pursue existing partnerships and investments in enablement to offer flexible and easy to integrate IR-UWB solutions to our customers.