Why enterprises are choosing eSIM for simple and flexible global IoT connectivity

IoT Now | March 12, 2020

The pace of cellular connections is poised to accelerate radically as 5G and massive IoT become mainstream when the number of connections is expected to exceed 10 billion by 2030.This era will see smart cities, logistics and advanced automotive applications become routine and the sheer volume of connections means today's approaches to connecting devices will be inefficient and impractical. Instead of millions of devices, there will be billions, and so the traditional SIM card that is slotted into a device when deployed will not be sustainable for many IoT business cases. This report explores how eSIM will play a fundamental role in massive and global IoT and is the ideal solution for Enterprises and OEMs looking to build new, value-added, connected applications for their customers.

Spotlight

The Internet of Things is one of the most impactful IT innovations of our time. As consumers, we already encounter the IoT in our daily lives with smart items such as TVs, watches, and phones. As we journey further in time, IoT will become a ubiquitous aspect of life at home and in the workplace.

Gartner defines the IoT as the network of physical objects that contain embedded technology to communicate and sense or interact with their internal states or the external environment.” More simply, IoT devices are computers (typically very small), that are embedded into an object to perform a function (e.g., collect data, run software) and connect to a network (e.g., the internet). For example, an IoT device could be an assembly line sensor capable of detecting minute deficiencies and determining when equipment needs repair.


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ENTERPRISE IOT

SORACOM Applies for Listing on the Tokyo Stock Exchange

SORACOM | November 23, 2022

KDDI CORPORATION and SORACOM, INC, a global provider of advanced IoT connectivity services, today announced that SORACOM has applied to list its shares on the Tokyo Stock Exchange. Soracom joined the KDDI Group in August 2017. Since then, Soracom has grown its IoT connectivity platform to support over 5 million IoT connections* for more than 20,000 customers worldwide in industries ranging from energy and manufacturing to payments, consumer electronics, healthcare, and agriculture . From day one, Soracom has made its mission to deliver a global connectivity platform that accelerates speed to market for the teams building tomorrow’s connected world and helps them to pursue success at any scale. To further accelerate its own business growth and global expansion, Soracom began preparation for a potential public offering in 2020. KDDI and SORACOM describe this as a “swing-by” IPO, in which a startup grows with the support of a larger company prior to public offering, as if a space probe accelerates using the gravitational mass of a planet. With appropriate corporate governance systems now in place and demonstrated capacity for independent management, Soracom has now applied to list its shares on the Tokyo Stock Exchange. Prior to any such listing, it is necessary to obtain listing approval from the Tokyo Stock Exchange and complete examination by the Japan Exchange Regulation. This application does not establish any specific commitments regarding listing availability or timing. This press release has been prepared for the sole purpose of publicly announcing that the Company has applied to list its shares on the Tokyo Stock Exchange, and not for the purpose of soliciting investment or engaging in any other similar activities within or outside Japan. This press release does not constitute or form a part of any offer or solicitation to purchase or subscribe for securities in the United States. Any securities may not be offered or sold in the United States absent registration or an exemption from registration under the U.S. Securities Act of 1933. If any public offering of securities is made in the United States, it will be made by means of an English language prospectus prepared in accordance with the U.S. Securities Act of 1933.

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ENTERPRISE IOT

Ubilite Introduces a Wi-Fi Chip With Less-Than-Bluetooth Power Consumption

Ubilite | September 16, 2022

Ubilite Inc. (“Ubilite”) today announced the immediate availability of its UBI206 platform based on the UBI206 SoC, targeted specifically for ultra-low power wireless applications. The UBI206 is a highly integrated single device that enables a vast number of IoT products with a minimal number of external components. It includes a switchless 802.11b/g/n radio, baseband processor, medium access controller (MAC), power management unit (PMU), memories, and a network application processor that runs the Wi-Fi link-layer protocols, TCP/IP stack, and IoT applications. “UBI206 specifications are better by an order of magnitude than existing Wi-Fi solutions. The UBI206 was designed from the ground up at system level to optimize for lowest operating power and is the result of many years of development, Our solution offers a Wi-Fi experience with power consumption matching Bluetooth Low Energy (BLE), thereby unleashing the full power of the IoT and enabling applications never before possible.” Ismail Lakkis, CEO and founder of Ubilite “IoT applications require low power processors and connectivity – especially if they are battery powered,” said Phil Solis, Research Director, Connectivity and Smartphone Semiconductors at IDC. “The market for Wi-Fi-enabled IoT devices will reach over 2.2 billion units in 2026 – about 44% of the 5.1 billion total Wi-Fi-enabled products that year.” The UBI206 is optimized for several ultra-low power IoT markets including wearables, trackers, beacons, healthcare, smart home, industrial systems monitoring and control, and audio. Ubilite UBI206 Key Features: IEEE 802.11/b/g/n Data rate up to 72.2 Mbps Rx Sensitivity -97 dBm Tx Power +6dBm (P-1dB) Rx Active Power consumption 17mW Tx Active Power consumption 25mW DTIM10 power consumption 85uA 5 x 5 QFN48 package About Ubilite Inc. Founded in 2014, Ubilite is a fabless semiconductor company developing Ultra Low Power Wi-Fi Chipsets for IoT applications. Ubilite has developed the lowest power 802.11 Wi-Fi SoC on the market with power consumption that is lower than Bluetooth. The Ultra Low Power requirements enable very long battery life or the ability to use energy harvesting to enable continuous operation for years.

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ENTERPRISE IOT

Smart Home Innovation Set To Accelerate With Matter

Connectivity Standards Alliance | November 07, 2022

Today members showcased their Matter products at a launch event in Amsterdam with a wide array of categories including motion blinds, occupancy sensors, weather devices, smart plugs, door locks, lighting, gateways, platform components, and Matter-based software applications. Since the release, 190 products have received certification or are in queue for testing and certification. The transition from standards development to standards adoption is clearly accelerating, with 4,400 downloads of the new Matter specification since its release and 2,500 downloads of the Matter software development kit (SDK) from GitHub. With the launch of the Matter certification program for both hardware and software products, there are now eight authorized test labs in 16 locations across nine countries, making it easy to bring Matter products to life. "This is a major inflection point for the IoT. As we become more connected and break down the walls between the digital and physical world, we need to work together to make those connections meaningful. Matter and our membership are tackling this challenge head-on, With collaboration, inclusiveness, and a deep sense of responsibility to the market and consumers, Matter has the power to create a more connected, safe, and useful Smart Home." Tobin Richardson, President and CEO of the Connectivity Standards Alliance CCS Insight, a leading European-based analyst firm, notes that purchase intent for smart devices is on the rise, with 35 percent of households in key European markets intending to purchase smart home products in the next 12 months. Additionally, in recent research by Parks Associates, a US-based firm, interoperability is top-of-mind with consumers, where 73 percent of US households that own or are planning to buy a smart home device say interoperability amongst products is important when choosing which smart home device to buy.* As part of the Matter launch event in Amsterdam, over 100 media and analysts representing 15 countries learned about the latest certified Matter devices, and heard from member leaders on key topics including energy management, security, and empowering Matter developers. Those attending in person were able to see live Matter product demonstrations from 20 companies**. A similar event will be held in China. Members including Silicon Labs, Schneider Electric, Tuya Smart, and Amazon spoke individually about their perspectives on Matter as they relate to their position in the IoT ecosystem. "The promise of Matter is the accelerated proliferation of connected things by bringing simplicity and interoperability to consumers who can now mix and match products from different ecosystems with greater ease and reliability. And the foundation of Matter's interoperability begins at the silicon level," said Matt Johnson, CEO of Silicon Labs. "Silicon Labs is proud to have contributed our breadth of protocol support, depth of wireless expertise, and focus on the IoT to Matter's development." "As a global specialist in energy management and automation, we believe open standards, technology and interoperability of connected products are essential in bringing energy to all, making our homes more sustainable, and energy efficient," said YiFu Qi, Executive Vice President, Home & Distribution Division, Schneider Electric. "We are innovating to bring Matter-ready technology to help homeowners globally achieve net zero homes, by making it easier to utilize the full power of sustainable home energy management systems." "Tuya Smart is committed to breaking down barriers between different smart product brands and categories and creating a more open and neutral IoT ecosystem for the global intelligence market," said Alex Yang, Co-Founder and COO of Tuya Smart. "As a Board member of the Alliance, Tuya participated in Matter's early development, application, and promotion. We also believe that with our extensive and growing partnerships in the IoT industry, the era of connecting everything in a smart way will come soon." "As services like Alexa continue driving rapid smart home adoption, Matter presents a new opportunity to further simplify development for device makers and add to the customer experience of smart home devices from a range of different companies and brands," said Marja Koopmans, Director of Smart Home & Health at Amazon. "As an Alliance board member, founding company and long-time contributor to Matter, we look forward to introducing this open standard to over 100 million Echo and eero devices to make it easier for customers to set up and control their Matter-certified smart home devices." With the initial launch of Matter, a variety of popular smart home product categories are supported including lighting and electrical, HVAC controls, window coverings and shades, safety and security sensors, door locks, video players, protocol bridges, and controllers embedded in many different kinds of products. Looking beyond the initial release, work has begun and is ongoing for new device categories. In addition to teams working on cameras, home appliances, and more advanced energy management use cases, at the event the Alliance announced the formation of new teams to work on closures (such as doors and gates), environmental quality sensors and controls, smoke and carbon monoxide detectors and ambient motion and presence sensing. The Alliance called on all interested companies looking to develop connected solutions in these areas to join the Alliance and build what's next in Matter. Since the release of the specification, twenty companies have joined the Alliance. To learn more about Matter and to be a part of the next generation of the IoT, become a member of the Connectivity Standards Alliance here. The Alliance conducted nine test events and a final Specification Validation Event (SVE) prior to the launch of Matter. Companies that successfully participated in the SVE and can proceed with certification applications include: Amazon, Apple, Assa Abloy, CAME S.p.A., Espressif Systems, Eve Systems, GE Lighting a Savant Company, Google, Grundfos Holding A/S, Infineon Technologies, innovation matters iot GmbH, Latch, LEEDARSON, Legrand, LG Electronics, Longan.Link, Lumi United Technology Co., Ltd., mui Lab, Nanoleaf, Nordic Semiconductor, NXP Semiconductors, OPPO, PanKore, Qorvo, Resideo Technologies Inc., Samsung Electronics, Schlage, Schneider Electric, Sengled, Shenzhen CoolKit Technology Co., Ltd., Shenzhen ORVIBO Technology Co., Ltd., Signify (Philips Hue and WiZ), Silicon Labs, Somfy, TCL, Texas Instruments, Tridonic, Tuya, ubisys, and Universal Electronics. About the Connectivity Standards Alliance The Connectivity Standards Alliance is the foundation and future of the Internet of Things (IoT). Established in 2002, its wide-ranging global membership collaborates to create and evolve universal open standards for the products transforming the way we live, work and play. With its Members' deep and diverse expertise, robust certification programs, and a full suite of open IoT solutions the Alliance is leading the movement toward a more intuitive, imaginative, and useful world. The Connectivity Standards Alliance Board of Directors is comprised of executives from Amazon, Apple, ASSA ABLOY, Comcast, Google, Haier, Huawei, IKEA, Infineon Technologies AG, The Kroger Co., Latch Systems, LEEDARSON, Legrand, LG Electronics, Lutron Electronics, Midea, Nordic Semiconductor, NXP Semiconductors, OPPO, Resideo Technologies, Samsung Electronics, Schneider Electric, Signify (Philips Hue and WiZ), Silicon Labs, Somfy, STMicroelectronics, Texas Instruments, Tuya, and Wulian.

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SOFTWARE AND TOOLS

ZPE Systems launches smartphone-size cloud gateway for IoT, OT, & IoMD applications

ZPE Systems | October 21, 2022

ZPE Systems announces the Mini SR, a smartphone-size, cloud-orchestrated gateway that solves the operational challenges of running security and connectivity at the network edge. Organizations must solve evolving business needs by deploying applications and devices at locations including branch offices, third-party manufacturing sites, powerplants, emergency response locations, and urgent care facilities. Even with cloud SaaS-based applications, organizations still require equipment, and they typically outsource to MSPs and MSSPs who can manage the SLA and operational challenges presented by this physical stack. These providers need a simple platform to host third party applications, enable remote operation, and ensure security. The Mini SR solves this problem. Roughly the size of an iPhone, this cloud-managed, out-of-band gateway collapses multiple boxes. The Mini SR delivers wired and wireless connectivity, hosts third-party security apps and critical tools, and provides centralized cloud orchestration. Its fanless, ruggedized design can be tucked away and extends management capabilities via physical Gigabit Ethernet and USB interfaces, offering remote access via ZPE Cloud™. The Mini SR is ideal for MSPs/MSSPs and for following use cases: Out-of-band edge rack management with environmental sensor support SASE/SSE on-ramp for Netskope, Palo Alto Networks’ Prisma Access, and Zscaler connectors Secure IoT/OT gateway with simple cloud orchestration Secure work-from-anywhere gateway (home, car, temp office) Police/emergency response (in-vehicle edge compute router) SCADA industrial OT/IoT zero-trust, pico segmentation gateway Medical and industrial device cloaking to prevent detection and exploitation during hacker reconnaissance scans SaaS applications requiring a box to host agents for vulnerability scanning, experience monitoring, and critical DDI (DHCP/DNS/IPAM) services The Mini SR was designed after collaborating with industry tech giants, who during the pandemic needed a secure resilience solution for their sprawling IoT and OT infrastructures. This compact gateway connects, controls, and isolates critical assets via out-of-band (OOB) management. This secure path uses the Mini SR’s Wi-Fi, LTE, or Ethernet connections to establish a tunnel or connect to zero trust destinations, keeping management traffic separate & secure. “The Mini SR is perfect for managing remote manufacturing equipment, SCADA systems, medical imaging devices, and even oil & gas equipment sensors. It lets my IT team get inside their distributed systems without having to physically be on site.” Joe Quenneville, CEO of security service provider CyberGRC Matt Robinson, CTO of Rahi, says, “The Mini SR makes life easy for MSPs and VARs managing remote branch offices or industrial locations. It gives actionable observability into the environment for quick troubleshooting and recovery without requiring an on-site resource. The Mini SR's out-of-band and hosted tools let teams remotely rebuild entire stacks of infrastructure, making efficient use of smart hands resources. We anticipate savings ranging from $600 to $4,000 on each smart ticket incident.” Koroush Saraf, ZPE Systems’ VP of Marketing and Product Management, explains: “Anyone considering Raspberry Pi or Intel NUC needs the Mini SR instead. Many IT use cases and SaaS services require a physical device on premises to act as the hosting platform or cloud gateway, and this device needs to be regularly updated with the latest patches. The entire Nodegrid SR fleet, including the Mini SR, can be upgraded and orchestrated from ZPE Cloud just like iPhone users receive updates from the App Store. The Mini SR connects to ZPE Cloud via out-of-band to keep its OS and guest applications up to date.” The Mini SR uses the Intel® x86 CPU and is preloaded with Nodegrid OS™, which combines secure cloud out-of-band management and an open platform with the ability to run your preferred VMs, Docker containers, and LXC applications. The device also accommodates Nodegrid’s environmental sensors and feeds data to Nodegrid Data Lake™ for analytics. These integrations increase uptime by giving visibility into infrastructure heat, moisture, dust, device tampering, user experience, and hidden machine log data. On top of this the SR family incorporates encrypted disk and secure boot to prevent tamper and supply chain risks are detected and thwarted. Organizations can now cut downtime by 50% or more, predictably configure and scale sites in hours, and keep edge users connected without interruption. About ZPE Systems ZPE Systems’ Nodegrid frees enterprises from today’s networking challenges. Nodegrid’s Intel-based serial consoles & modular services routers serve as foundational automation infrastructure for data center, colocation, & branch deployments. The Linux-based Nodegrid OS provides choice and an open ecosystem model for organizations looking to address vendor lock-in with point-based solutions. With ZPE Cloud for centralized zero touch provisioning, this platform streamlines networking using virtualization, prevents downtime using automation, and offers convenience via remote management. The most recognizable brands trust Nodegrid as their advanced out-of-band management and automation infrastructure, on-ramp to Secure Service Edge (SSE), and open ecosystem SD-Branch gateway.

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Spotlight

The Internet of Things is one of the most impactful IT innovations of our time. As consumers, we already encounter the IoT in our daily lives with smart items such as TVs, watches, and phones. As we journey further in time, IoT will become a ubiquitous aspect of life at home and in the workplace.

Gartner defines the IoT as the network of physical objects that contain embedded technology to communicate and sense or interact with their internal states or the external environment.” More simply, IoT devices are computers (typically very small), that are embedded into an object to perform a function (e.g., collect data, run software) and connect to a network (e.g., the internet). For example, an IoT device could be an assembly line sensor capable of detecting minute deficiencies and determining when equipment needs repair.

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