Hologram Announces its Next-Generation Hyper SIM

 

Hologram, the leading IoT cellular connectivity platform, today announced the next-generation Hyper SIM with network fallback.

The global eUICC SIM enables direct integrations with leading carriers in the US and Canada and the launch of network fallback to intelligently keep devices connected. The combination of carrier offerings and automatic fallback gives exceptional performance for cutting edge IoT applications and peace of mind with multi-network redundancy.

Millions of IoT devices leverage global roaming agreements as they offer easy to deploy, cost-effective global access. But with increasing restrictions on global connectivity and more specific IoT connectivity requirements, traditional SIMs offering roaming profiles are no longer enough. The next-gen Hyper SIM delivers direct native access to leading carriers in the US and Canada, ensuring global IoT deployments have operator guaranteed network access. Leveraging native profiles, users benefit from traffic prioritization, low latency, and high throughput IoT connectivity to power high-bandwidth applications like video monitoring and streaming, industrial robotics, autonomous drones, and more.

In addition to performance, IoT applications like payment processing, security monitoring, micromobility, among others, require uninterrupted connectivity that is resilient to network failures. The next-generation Hyper SIM includes network fallback, an intelligent profile management agent that automatically switches eUICC profiles when native connectivity is not available.

With network fallback, Hyper SIMs can connect with high performance native profiles as their primary connectivity source without sacrificing the benefits of multi-carrier and route redundancy afforded by global roaming profiles. Should a device lose its connection to a native carrier, Network Fallback automatically switches to the backup roaming profile, ensuring the device remains connected.

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Intrinsic ID Protects 500,000,000 Devices Globally

 

• Market trends: growing need for protecting connected devices & moving from software-only to hardware-based security
• Intrinsic ID SRAM PUF technology provides a strong, scalable and cost-effective foundation of trust
• Intrinsic ID solutions skyrocket in adoption, driving exponential growth of secure hardware technology

Intrinsic ID, the world’s leading provider of Physical Unclonable Function (PUF) technology for security and authentication applications in embedded systems and the Internet of Things (IoT), today announced that it is now protecting 500,000,000 devices worldwide with cutting-edge security technology.

This milestone achievement has been fueled by the vital need for security that our connected world is experiencing. With the rapidly growing number of devices that make up the IoT, it is no longer possible to connect these devices without having proper security in place. On top of the increasing need for protecting IoT devices comes an industry-wide shift from software-only to hardware-based security solutions, especially when it comes to protecting cryptographic keys.

The combination of these two trends has resulted in an exponential adoption rate of Intrinsic ID SRAM PUF technology. SRAM PUF facilitates the creation of a root of trust in hardware without the need to store keys in an easy and flexible manner at low cost. These benefits of Intrinsic ID technology have given the company a strong position in the security markets for government and defense, industrial IoT, and data centers, while aiding expansion into new, high-growth vertical markets including automotive, wearables, healthcare, AI, and smart cities and homes.

Recent key achievements of Intrinsic ID include:

• Exponential adoption of Intrinsic ID PUF technology. The number of new devices deployed with Intrinsic ID technology in 2022 was almost double compared to the number of devices in 2021.
• Customer retention. A rapidly growing number of license deals is coming from recurring customers, which shows strong customer retention.
• Strong 2022 financial performance. In 2022 revenue grew to a new record high, more than doubling 2021 revenue and making Intrinsic ID highly profitable in 2022.
• Team Growth. During 2022 the Intrinsic ID team grew by about 20%. Team Growth continues in 2023 with vacancies across different departments inside the company.

2nd Edition of International Research Awards on Internet of Things and Applications

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ASRock Industrial announces IoT controller

                            ASRock, an industrial computing firm based in Taipei, Taiwan, has announced its iEP-5010G Industrial IoT Controller series, whose members are designed to be fanless, durable units with applications across edge computing, industrial use cases, smart city and digital signage applications and more, according to a press release.

                           The fanless unit is powered by Intel x6000E (Elkhart Lake-PU) processors and rated for conditions from -40 degrees Celsius to 70 degrees Celsius (-22 degrees Fahrenheit to 158 degrees Fahrenheit.)

                            The units include TPM 2.0 for security along with shock- and vibration-resistant engineering, and models include a variety of power, input, networking and storage options along with a variety of mounting types for various applications.

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Sierra Wireless Announces New 5G LPWA HL7900 Module Integrating Sony’s Altair ALT1350 Chipset

 

                       Sierra Wireless, a subsidiary of Semtech Corporation and world leading IoT solutions provider, today announced its latest HL Series LPWA module, the 5G HL7900, for next-generation use cases needing ultra-low power, increased device longevity and support for 3GPP’s latest 5G standards.

                          Its optimized standby mode (eDRX) reduces power consumption by 80% when compared to the current generation, with battery-operated devices benefitting from 4 times longer battery life for typical use cases. Integrated into Sierra Wireless’ latest 5G HL7900 module,” continued Mr. Feldman, “it answers the evolving and rapidly expanding needs of the cellular LPWA IoT market, enabling faster development, additional functionality, new use cases and reduced costs for customers. We’re thrilled to be continuing our partnership with Sierra Wireless to enable the next-generation of innovative LPWA solutions.”

                         Building on the success of Sierra Wireless’ existing HL78 Series LPWA modules, the HL7900 with its ALT1350 chipset not only offers best-in-class battery life and enhanced security, but sub-GHz and 2.4GHz integrated radios enable low-power IoT protocols, offering customers the flexibility of multiple connectivity options with enhanced coverage, and reduced costs. The module will also support 3GPP’s latest releases 15, 16 and 17 for LTE-M/NB-IoT, that will enable it to support evolving network configurations and new features over time.

                         “Sierra Wireless continues to lead with one of the most innovative and secure LPWA module portfolios on the market,” said Tom Mueller, EVP of Semtech’s IoT System Products Group. “The new 5G LPWA HL7900 not only provides ultra-low power and network future proofing, but it also enables next-generation use cases with its integrated low-power MCU for customer hosted edge applications, and the ability to enable hybrid connectivity with multiple protocols supported on one SKU. All in addition to offering a high level of end-to-end security. Its ability to allow deployments that utilize universal connectivity with edge processing and multiple location technologies is a real game changer for IoT.”

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The electronic offender monitoring market in Europe and the Americas to reach US$ 2.1 billion in 2026

 

Berg Insight, the leading IoT market research provider, today released new findings about the market for Electronic Monitoring (EM) of offenders.

The number of participants in EM programmes on a daily basis in Europe, North America and Latin America amounted to about 50,000, 371,000 and 96,000 respectively during 2021. Berg Insight estimates that the number of daily users will grow to 77,000 in Europe, 821,000 in North America and 184,000 in Latin America by 2026. The market value in 2021 reached US$ 947 million in North America, US$ 224 million in Europe and US$ 75 million in Latin America. The total market value in the three regions combined is forecasted to grow at a CAGR of 10.8 percent from US$ 1.2 billion in 2021 to US$ 2.1 billion in 2026.

Electronic monitoring (EM) programmes were first introduced in the US in the early 1980s. Today, EM is an established alternative to detention across Europe and North America and in some Latin American countries. The aim of EM programmes is to increase offender accountability, reduce recidivism rates and enhance public safety by providing an additional tool to traditional methods of community supervision. Policy makers, corrections authorities and private sector service providers advocate for extended EM programmes to reduce total correctional system costs and reduce the prison population.

There are two dominant technologies used for electronic monitoring – Radio Frequency (RF) and GPS. RF-based systems are today the most common type of solution in most European countries. In the US, Brazil and other countries in Latin America, GPS-based solutions are more common. A number of private companies are involved in the provisioning of EM, including supplying and installing equipment, providing monitoring as well as undertaking enforcement. Leading providers of EM equipment and services include US-based BI Inc. (GEO Group), Sentinel Offender Services, SCRAM Systems, Securus Technologies, Shadowtrack and Track Group; UK-based Buddi and G4S (Allied Universal); Israel-based Attenti (Allied Universal) and SuperCom; and Brazil-based Spacecom and Synergye.

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Building the industrial metaverse with digital twins and industrial IoT

The consumer world has started building early versions of the metaverse. They have an element of appeal through their 3D visualisations, ability to build new avatars, and accelerated sense of decision making around consumer purchases. In other words, a high degree of impact combined with innovative experiences.

A technical description of the metaverse includes visualisation of data and connectivity using 3D rendering, creating virtual spaces and contextual information about objects and their surroundings.

For the business and industrial community, the metaverse has a vastly different set of benefits and appeal.

Industrial metaverse

The industrial metaverse lies at the crossroads of multiple platforms, namely: industrial internet of things, augmented reality, mixed reality, virtual reality, digital twins, blending of real-world elements, contextualised and meaningful data, all helping industrial processes to operate at better and better efficiencies.

The origins it goes back many decades and is linked to the origin of computer aided design. This was the creation of an object in digital space and then transporting it to the physical world for manufacturing. Today, it is not very different and it replicates the real industrial world into a digital world.

But while computer aided design was only objects, the industrial metaverse is vastly larger in scale and can include functioning plants, machinery and other real-life objects.

Creation of the digital twin is a near-real-time coordinated presence between the physical and digital worlds. This could cover machines, industrial plants, group of workers or individual workers.

There are three enabling technology platforms for the industrial metaverse to function:

1. Web3, is required for decentralised web applications that enable users to control their identity and data. Web3 and metaverse complement each other in the ecosystem.

2. The spatial computing technology stack, that integrates and converges the physical and digital worlds.

3. The digital twin created with near-real-time presence, connecting the physical and digital worlds. The digital twins inside the industrial metaverse could be machines, industrial plants, group of workers or individual workers.

The industrial metaverse is not yet a single entity and neither does it exist. Today, it comprises of multiple emerging technologies that promise the next level of interaction between the virtual and physical worlds.

It requires these multiple enabling platforms to work with each other seamlessly. This can include 5G and mobile and multi-access edge computing. Because of the back-and-forth movement of data, from the digital to the real world and back again, the network connectivity must also have low latency and high bandwidth.

To build a successful industrial metaverse, the real-world industrial object must have a host of industrial sensors built into it, that can help to create a digital representation of the industrial object in 3D, or in other word the digital twin. Inside it, the digital twin takes on a much more interactive representation of the real industrial object. Data flows back and forth in near real time between the real object and its digital twin inside the industrial metaverse.

Enabling technologies like the IoT and edge computing are fundamental to make the industrial metaverse function in near real-time. While simulations can also take place in 3D, the digital twin inside the industrial metaverse is much more alive and on a much large scale.

Characteristics and parameters that are seen to improve operational performance and efficiency in the industrial metaverse can be fed back to the real world for assessment. This two-way flow of data can become voluminous and therefore needs advanced network management and edge computing infrastructure to help manage its existence.

The industrial metaverse will help businesses to move from awareness to control. Instead of monitoring the factory floor through digital tools, it will help us to virtually manage it. And automation and robotics will enter both the physical and digital worlds, managing both in near real-time.

To summarise, the metaverse is likely to have its biggest impact not in the consumer space, but on industry and business. It is also likely to change the way we work. Time will reveal the path ahead.

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Industrial Metaverse Primed To 3x Consumer, Enterprise Applications

 

                            In the crypto and blockchain space, the “machine economy” will emerge this year as one of the most promising opportunities for consumers, businesses, and enterprises.

The metaverse is one of the four major machine economy use cases and the one with the most potential to unlock a multi-trillion-dollar economy for users, businesses, and smart device makers.  

Out of the three metaverse sectors — consumer, enterprise, and industrial — the latter has more potential.

The industrial metaverse, a hot topic during this year’s World Economic Forum (WEF) summit in Davos, is set to outgrow the rest by at least threefold due to its wider range of applications, such as advanced training, industrial simulations, medicine and surgery, among many others. It combines immersiveness, real-time data, and digital twins to create new business models and accelerate digitalization.

And while technologists try to figure out how the metaverse will impact businesses and consumers, the industrial metaverse has already transformed how we design, manufacture, and interact with physical entities across industries.

One of the industrial metaverse’s critical applications is digital twins, a virtual replica of a product or process used to predict how the physical entity will perform throughout its lifecycle.

BMW, for example, created a virtual twin of its production plant in Bavaria before building the physical facility. Boeing uses a digital twin development model to design its airplanes. The government of Singapore even created a digital representation of the Southeast Asian nation —  Virtual Singapore — to support its policy decisions and test new technologies.

However, challenges remain. One of the puzzle pieces of the industrial metaverse is to connect edge devices and trusted data flow with the digital twins to create near real-time simulation and prediction for real-world situations.

                        

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Solving Problems With The IoT

 

        

 The Internet of Things, a term once applied to almost any “smart” gadget connected to the Internet, is becoming more useful, more complex, and more of a security risk as the value of data continues to grow and more people depend on IoT technology.

Deployment considerations
                                        There are many different IoT deployment considerations, including SoC selection; OS and software protocol and wireless connectivity, including RF; network use; mobility support; thermal management, power management, and battery life; use of public or private networks; standards; operating frequency and data rates; real-time and latency requirements; payload size; cybersecurity; ruggedness (consumer- and industrial-grade); packaging and size; and system reliability.

SoC and SoM innovations that enhance and simplify IoT designs are coming from both large and small organizations, and the overall market continues is accelerating. According to Future Market Insights, the global IoT chip market will grow from $415 billion to $736 billion in the next 10 years at the rate of 5.3% CAGR.

Who would participate in this massive market? Because IoT is so pervasive, every semiconductor manufacturer is a supplier in some way. Emergen Research, on the other hand, named Infineon/Cypress, Intel, Microchip, NVIDIA, NXP, Qualcomm, Samsung, STMicroelectronics, and TI as the top IoT chip suppliers based on their 2022 IoT sales revenue.

                         In the decades since the concept was first introduced, IoT devices have become so ubiquitous that applications cover practically every consumer, commercial, and industrial segment. The growing list of sectors using the IoT includes manufacturing, automotive and transportation, as well as healthcare, agriculture, supply chain, and logistics. Smart homes/buildings, entire smart cities, and energy and power grids are relying on the IoT.

                        And that is causing some problems. Case in point: Early Christmas morning in 2022, thieves broke into Washington’s Puget Sound Energy and stole equipment that caused 7,000 customers to lose power. A similar crime occurred just a few miles away that month. Other attacks occurred in Oregon, Washington, and North Carolina. Power grids have always been high-value targets, subject to on-site and online assaults, as many different security agencies continue to warn of growing risks.

                        IoT also is a key part of retail, telematics and telemetry, security technology, animal farming, scientific research, surveillance, and many other areas, and the risk is significant for all of them.

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The electronic offender monitoring market in Europe and the Americas to reach US$ 2.1 billion in 2026

 

                        Berg Insight, the leading IoT market research provider, today released new findings about the market for Electronic Monitoring (EM) of offenders.

The number of participants in EM programmes on a daily basis in Europe, North America and Latin America amounted to about 50,000, 371,000 and 96,000 respectively during 2021. Berg Insight estimates that the number of daily users will grow to 77,000 in Europe, 821,000 in North America and 184,000 in Latin America by 2026. The market value in 2021 reached US$ 947 million in North America, US$ 224 million in Europe and US$ 75 million in Latin America. The total market value in the three regions combined is forecasted to grow at a CAGR of 10.8 percent from US$ 1.2 billion in 2021 to US$ 2.1 billion in 2026.

Electronic monitoring (EM) programmes were first introduced in the US in the early 1980s. Today, EM is an established alternative to detention across Europe and North America and in some Latin American countries. The aim of EM programmes is to increase offender accountability, reduce recidivism rates and enhance public safety by providing an additional tool to traditional methods of community supervision. Policy makers, corrections authorities and private sector service providers advocate for extended EM programmes to reduce total correctional system costs and reduce the prison population.

There are two dominant technologies used for electronic monitoring – Radio Frequency (RF) and GPS. RF-based systems are today the most common type of solution in most European countries. In the US, Brazil and other countries in Latin America, GPS-based solutions are more common. A number of private companies are involved in the provisioning of EM, including supplying and installing equipment, providing monitoring as well as undertaking enforcement. Leading providers of EM equipment and services include US-based BI Inc. (GEO Group), Sentinel Offender Services, SCRAM Systems, Securus Technologies, Shadowtrack and Track Group; UK-based Buddi and G4S (Allied Universal); Israel-based Attenti (Allied Universal) and SuperCom; and Brazil-based Spacecom and Synergye.

“The electronic offender monitoring market continues to grow, partly driven by increasing adoption of GPS-based and smartphone-based solutions”, says Martin Backman, Senior Analyst at Berg Insight.

As the technology develops and proves to be effective in programmes in Europe, North America and Latin America, adoption will follow in additional jurisdictions. Software solutions that help officers to better manage their caseload are at the same time an increasingly important part of an EM solution.

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