Ezurio has announced the upcoming Sona TI351, the latest addition to the Sona portfolio of Wi-Fi 6 modules. Designed to meet the demands of industrial and medical IoT applications, the Sona TI351 combines cutting-edge wireless technology with a compact, robust form factor, ensuring reliable and secure connectivity in the challenging environments. (more…)
August 30, 2024
Posted by: Magda Dabrowska
KORE and Social Mobile have jointly announced their collaboration in the Connected Health arena. This collaboration is set to deliver cutting-edge solutions designed to meet the rigorous demands of Connected Health and Remote Patient Monitoring (RPM). (more…)
August 28, 2024
Posted by: Magda Dabrowska
InnoPhase IoT has announced the availability of Matter v1.2 platform combining STM32U5 and its Talaria TWO Wi-Fi solution. The integration of STM32U5 and Talaria TWO, announced previously, enabled ultra-low power sensor-to-cloud IoT solutions. Now, adding Matter v1.2 support enables smart home devices with interoperability across multiple ecosystems, facilitating easy setup and operation and ultimately driving a wider selection of home automation device solutions for the consumer. The combined solution will be demonstrated at ST Wireless Technology Tour on Thursday, August 22, in Santa Clara, CA. (more…)
August 22, 2024
Posted by: Magda Dabrowska
Peachtree Corners has announced a collaboration with Juganu. Juganu’s smart city lighting solutions will be deployed within the Curiosity Lab ecosystem and at City of Peachtree Corners Town Centre. This marks Juganu’s first full smart city lighting deployment in the United States. (more…)
August 21, 2024
Posted by: Magda Dabrowska
Veea has partnered with smart buildings firm Tecno Buildings on the initial commercially deployed use of the Containerised Portable Niagara (CPN) software framework in a mass urban transit system. Veea collaborated with Tridium to develop CPN and is a Tridium partner deploying containerised Niagara at the network edge that helps remove wired connectivity in greenfield and brownfield deployments.
Using the Veea Edge Platform, Tecno Buildings has deployed a pilot program revolutionising how IoT (Internet of Things) data is collected in an urban mass transit system. Tecno Buildings has installed VeeaHubs with CPN at select stations throughout a major urban subway network in Latin America to wirelessly monitor and gather systems data. The move focuses on smart building connectivity experts validating how CPN and LoRaWAN (long-range wide area network) networking revolutionise IoT data collection for improved subway system maintenance and energy consumption.
“The Veea Edge Platform is living up to its stellar reputation for flexibility and ease of deployment in edge-based functionality,” said Alfredo Melnick, founder and general director of Tecno Buildings. “We’re delighted to have Veea as a strategic partner. Veea’s smart edge solutions reduce installation complexity and offer competitive advantages that we can share with our end customers. We look forward to many successful deployments in additional project rollouts.”
The subway pilot program intends to demonstrate that combining the Veea Edge Platform running CPN within a LoRaWAN will reduce energy consumption costs while providing proactive and predictive maintenance alerts for unplanned system downtime.
“It is fantastic to see this deployment of Containerised Portable Niagara on Veea’s Edge Platform in such a unique setting,” said Michael Youngs, global sales director for OEM at Tridium, an independent business entity of Honeywell International. “Tridium values the Veea team and their ability to find innovative use cases for CPN. The transportation network deployment demonstrates a winning combination of containerised Niagara framework on Veea’s Edge Platform and Tecno Buildings design skills. Running Niagara at the edge will reduce downtime and costs for the transportation hubs and allow for use case expansion at the same locations to address other needs.”
The Tridium Niagara Framework is a comprehensive software infrastructure that serves as a central console for connecting real-time operational data to the people and systems that manage workflows in smart buildings, data centers, industrial processes, smart cities and other aspects of business enterprises. With CPN running on VeeaHub products, the Niagara Framework benefits from the full range of wired and wireless networking solutions to connect to electro-mechanical systems onsite, while offering easier installation and maintenance as well as reliability afforded through network redundancy.
The Veea Edge Platform enables building managers and property developers to experience more efficient deployments, higher speeds and lower latencies with more networking options, wide range of expansion options, less downtime, and significant cost savings, along with the simplicity of remote management and monitoring of IoT devices.
“We couldn’t ask for a better strategic partner in Latin America than Tecno Buildings, with their laser focus on smarter buildings and more sustainable construction,” said Allen Salmasi, chairman and CEO of Veea. “It’s exciting to see our Veea Edge Platform demonstrate the world’s first-ever transit system use case for Containerised Portable Niagara. Veea with CPN has the potential for enabling transformative solutions for a variety of edge use cases in all types of environments requiring reliable monitoring and control of the infrastructure with more options for network connectivity, onsite and remote management, streamlined predictive maintenance and improved energy consumption.”
The two companies are also collaborating on a project extending Niagara Framework beyond buildings, recently installing outdoor VeeaHubs with CPN and LoRaWAN technology at a coastal resort to reduce energy consumption and enable more efficient control of water levels.
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August 13, 2024
Posted by: Anna Ribeiro
Growlink has announced the closing of its US$2 million seed financing round led by Casa Verde. Growlink’s co-founders, Ted Tanner and David Holmes, have built technology companies together for 26+ years with two previous successful exits and are dedicated to creating data-driven tools that empower growers to maximise their yield with minimal resources. (more…)
August 7, 2024
Posted by: Magda Dabrowska
HaiLa Technologies and e-peas Semiconductor have collaborated to show the path to extreme long-life energy storage for Wi-Fi connected wireless sensors. Solutions based on extreme low-power RF and highly efficient power management ICs fulfill a key requirement across multiple applications to reduce and eliminate reliance on standard batteries, both to mitigate sensor network operating costs and environmental waste. (more…)
June 25, 2024
Posted by: Magda Dabrowska
pSemi Corporation has announced that it, alongside its parent company Murata, has expanded its role to “Participant” level with The Connectivity Standards Alliance (CSA), an international community of more than 675 technology companies committed to open standards for the Internet of Things (IoT). In addition, Peter Bacon, the director of systems engineering at pSemi, was recently appointed to the Zigbee Working Group, a subcommittee of CSA that is dedicated to defining standards for the wireless technology designed for low-power devices that need to communicate with each other over short distances.
CSA’s mission is to create standards, tools and platforms that make all connected devices work together to enhance end users’ day-to-day experiences. Its members, which include LG, Samsung, NXP, and others, work collaboratively to develop IoT technology standards, offer certification programmes and promote the benefits of open, global standards for a wide range of connected technology solutions, including Matter, Aliro, Zigbee, and others.
pSemi’s increased role with CSA aligns with the company’s expanded IoT product offerings as it recently announced the PE562212—its smallest PA-LNA-SW IoT front-end module (FEM). PE562212 is an ultra-compact multi-protocol 2.4 GHz FEM that enables a variety of connectivity options for IoT devices and is designed in adherence to the IEEE 802.15.4 Zigbee requirements to support the CSA-led Matter protocols, an industry framework that focuses on simplifying connected experiences.
“Murata has been a proud member of CSA for more than a decade, and at pSemi, we are thrilled to expand our involvement to ‘Participant’ level this year, particularly as we expand our IoT offerings,” said Bacon. “Our increased participation underscores our commitment to the connectivity market and willingness to collaborate with the entire ecosystem to advance the industry. I look forward to working closely with my peers and colleagues to address some of the most pressing issues the connectivity industry is facing and to play a part in defining standards that will accelerate the adoption of IoT products.”
pSemi will also participate in the upcoming CSA Alliance Member Meeting in Washington, DC on June 25, 2024. For more information about pSemi and its connectivity solutions please visit www.psemi.com. For more information about CSA, its mission and current initiatives, please visit www.csa-iot.org.
Comment on this article below or via X: @IoTGN
June 17, 2024
Posted by: Magda Dabrowska
pSemi Corporation has announced that it, alongside its parent company Murata, has expanded its role to “Participant” level with The Connectivity Standards Alliance (CSA), an international community of more than 675 technology companies committed to open standards for the Internet of Things (IoT). In addition, Peter Bacon, director of systems engineering at pSemi, was recently appointed to the Zigbee Working Group, a subcommittee of CSA that is dedicated to defining standards for the wireless technology designed for low-power devices that need to communicate with each other over short distances.
CSA’s mission is to create standards, tools and platforms that make all connected devices work together to enhance end users’ day-to-day experiences. Its members, which include LG, Samsung, NXP, and others, work collaboratively to develop IoT technology standards, offer certification programmes, and promote the benefits of open, global standards for a wide range of connected technology solutions, including Matter, Aliro, Zigbee and others.
pSemi’s increased role with CSA aligns with the company’s expanded IoT product offerings as it recently announced the PE562212—its smallest PA-LNA-SW IoT front-end module (FEM). PE562212 is an ultra-compact multi-protocol 2.4 GHz FEM that enables a variety of connectivity options for IoT devices and is designed in adherence to the IEEE 802.15.4 Zigbee requirements to support the CSA-led Matter protocols, an industry framework that focuses on simplifying connected experiences.
“Murata has been a proud member of CSA for more than a decade, and at pSemi, we are thrilled to expand our involvement to ‘Participant’ level this year, particularly as we expand our IoT offerings,” said Bacon. “Our increased participation underscores our commitment to the connectivity market and willingness to collaborate with the entire ecosystem to advance the industry. I look forward to working closely with my peers and colleagues to address some of the most pressing issues the connectivity industry is facing and to play a part in defining standards that will accelerate the adoption of IoT products.”
pSemi will also participate in the upcoming CSA Alliance Member Meeting in Washington, DC on June 25, 2024. For more information about pSemi and its connectivity solutions please visit www.psemi.com. For more information about CSA, its mission, and current initiatives, please visit www.csa-iot.org.
Comment on this article below or via X: @IoTGN
June 14, 2024
Posted by: Magda Dabrowska
Hewlett Packard Enterprise has announced the #1 U.S. consumer brand for almonds and almond milk, Blue Diamond Growers is continuing its 100-year tradition of quality, innovation and food safety by modernising its wireless networking infrastructure with an HPE Aruba Networking Wi-Fi 6E-enabled solution.
The deployment improves mobile and IoT device connectivity in support of the California-based cooperative’s three manufacturing facilities that processes approximately a billion pounds of almonds annually for domestic and worldwide consumption on behalf of its 3,000 grower-owners. Stretching across over 3.3 million square feet of manufacturing facilities, including 40 acres of outdoor crop receiving areas, the new Wi-Fi network also provides AI-powered intelligence that is speeding troubleshooting by 50%.
“Our enterprise has a rich history of using innovation to produce and market almond products,” said Ryan Funk, the IT infrastructure director for Blue Diamond Growers. “Today, we rely on mobile and IoT-enabled technologies for moving almonds that arrive fresh from the field through production quickly, efficiently and safely, which ultimately enables delivering the highest value to our grower-owners.”
As the domestic almond supply and production leader since its founding in 1910, Blue Diamond relies extensively upon Wi-Fi connectivity for receiving and tracking almonds and almond products throughout its manufacturing, storage and distribution processes.
From crop delivery areas through finished product shipment, Blue Diamond workers use a variety of mobile devices, including scanners, tablets and label printers, all of which feed data into the enterprise’s cloud-enabled ERP solution around the clock. IoT-enabled systems are also extensively deployed, such as for constantly monitoring temperatures across the industry’s largest refrigerated storage capacity to maintain quality and freshness, which require reliable, secure connectivity from APs acting as an IoT platform.
“For innovative global food producers that depend upon connectivity for bringing products to market, fast, reliable and secure networking infrastructure is essential for supplying consumers with high-quality, nutritious and flavorful products,” said Stuart Strickland, the wireless chief technology officer at HPE Aruba Networking. “Whether its mobilising employees across indoor production and R&D facilities or ensuring rapid and accurate crop receipts during 24/7 harvest seasons, high-performance intelligent Wi-Fi enables Blue Diamond Growers to fulfill its core mission: maximise grower returns and deliver the benefits of almonds to the world.”
With regulatory approvals in place, Blue Diamond was eager to act on their vision to move to Wi-Fi 6E APs. To answer their mobile and IoT data traffic demands, while minimising operating overhead, the company adopted an AI-powered wireless solution that includes HPE Aruba Networking Wi-Fi 6E Access Points (APs) for indoor facilities and ruggedised outdoor Wi-Fi 6 APs for exterior connectivity. The network is unified and managed with HPE Aruba Networking Central, which streamlines and simplifies administration.
According to Funk, the network intelligence supplied by HPE Aruba Networking Central is important for enabling company’s ultra-lean IT staff to manage multiple geographically-disbursed facilities. “Having a powerful, centralised and intuitive management tool that also supports manufacturing frameworks for NIST and ISO is essential,” he said. “In addition, with HPE Aruba Networking Central, we’re resolving Wi-Fi trouble calls 50% faster, reducing IT overhead while improving user experiences.”
Prior to its new Wi-Fi infrastructure, Blue Diamond began saving more than USD$250,000 annually vs Multiprotocol Label Switching (MPLS) by adopting HPE Aruba Networking EdgeConnect SD-WAN to gain a self-driving wide area network that serves as a foundation for zero trust and secure access service edge (SASE) cybersecurity. In addition, the company deployed HPE Aruba Networking Boost, for WAN optimisation.
Looking ahead, Blue Diamond expects its new networking infrastructure will continue powering company R&D efforts and business growth. “The combination of exceptional enterprise Wi-Fi and ongoing support we receive from HPE Aruba Networking enables us to envision operational and product innovations that were impossible before,” Funk said.
To learn more, visit HPE Aruba Networking.
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June 6, 2024
Posted by: Magda Dabrowska