Germany deploys its largest LoRaWAN network for energy and water utility
Kerlink, a specialist in solutions dedicated to the Internet of Things (IoT), and ZENNER IoT Solutions GmbH, a LoRaWAN system integrator and solution provider in Germany, have collaborated on the largest LoRaWAN deployment in the country. The deployment includes up to 3,000 Kerlink Wirnet LoRaWAN gateways. The network is operated by Netze BW, the distribution
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KORE Announces Next Stage in Evolution of its Vertical Market IoT Strategy
KORE recently unveiled its unprecedented strength and capabilities in new, specialized vertical markets, underscored by the company’s mission to help the world’s most innovative brands deploy, manage, and securely scale IoT solutions. The company brings expertise and IoT integration services to solution provider and enterprise customers serving the following industries: healthcare, life sciences, asset management, […]
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Kerlink & ZENNER Deploy Germany’s Largest LoRaWAN Network for Energy, Gas & Water
Kerlink and ZENNER IoT Solutions GmbH have recently collaborated on the largest LoRaWAN® deployment in that country, including up to 3,000 Kerlink Wirnet™ LoRaWAN gateways. The network is operated by Netze BW, the largest distribution network company for electricity, gas, and water in Baden-Württemberg, Germany’s third-largest state. Kerlink, a leading provider of solutions for designing, […]
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amnimo Starts Development of High-performance LTE Gateway
amnimo Inc. recently started developing an industrial-use LTE gateway – Edge Gateway – which is equipped with rich computing resources and a high level of robustness. IoT is a mechanism by which a variety of devices are connected to each other via the network or the cloud service; these devices exchange information with each other. […]
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How analog “computational power” shaped naval battles in both World Wars
By Ars Staff
This kind of perspective? Yeah, it’s ideal but not available to the admirals of WWI and WWII. (credit: Samuel Axon)
“Network-centric warfare” is the hot concept in modern military thinking—soldiers fighting not just with weapons but within a web of sensors and computation, giving them and their commanders superior awareness of the battlefield. But the problems this approach was conceived to solve are timeless. I’m here, the enemy is out there somewhere. How do I find them? How do I keep track of them? Once the battle has started, how do I know where to move? Heck, how do I even keep track of my own people?
Long before IoT concepts littered the world, the navies of the early 20th century were among the first to take a systematic approach to answering these questions. Sail had given way to steam and European colonies had metastasized around the world. Warships were moving faster and required coordination across greater distances than ever. Meanwhile, telegraphs and radio allowed instant communications at previously unheard-of distances. All of this combined to create a revolution in how navies used information.
If you’ve played strategy games like StarCraft or Civilization or watched Cold War techno-thrillers, you’ve seen the ideal display for a commander: a map where the positions and status of friends and enemies alike are displayed and tracked in real time. This single, unified picture gave those in leadership a god’s-eye view of the battlefield that could be used for accurate decision-making. But how did commanders create this picture without computers, GPS, and communications satellites? How did they keep their maps accurate and up to date?
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