Fibocom today announces the expansion of its RedCap module portfolio by launching FG332 during Computex 2024, and introduces a cutting-edge 5G RedCap CPE solution integrated with the newly launched FG332 and the latest Wi-Fi 7/Wi-Fi 6 technologies.

The industry-piloting layout of the 5G RedCap module and RedCap CPE solution is set to accelerate the 5G RedCap commercialization. The FG332 is a 3GPP R17-compliant module tailor-made for the lightweight of 5G IoT applications with optimized power consumption, enhanced network coverage, and R17 small data transmission. Developed from MediaTek’s T300 chipset, the world’s first 6nm radio frequency system-on-chip (RFSOC) single die solution for 5G RedCap, the module supports 5G SA and a maximum bandwidth of 20MHz, enabling the peak transmitting performance up to 227Mbps downlink and 122Mbps uplink, and it is also backward compatible with 4G, ensuring the constant network connections.

In hardware excellence, FG332 adopts the LGA form factor packaged at 29x32mm and utilizes the cutting-edge hardware density design for a compact PCB area, allowing greater flexibility in product design. In terms of pin-compatibility, the module is pin-compatible with Fibocom LTE Cat 4 module series NL668, thus easing the customer’s concern about hardware investment and time to market. Leveraging the optimized power consumption system, FG332 performs in a highly power-efficient mode and helps the UE (User Equipment) to extend the battery life. The module supports regional frequency bands in Europe, North America, and APAC, and the engineering sample of FG332-NA will be available in Q3 2024.

FWA is gaining a larger market share to enable everyone’s access to broadband networks anywhere, anytime. The FG332 is positioned for the mass deployment of CPE (Customer-Premises Equipment) and portable mobile hot spot devices with RedCap capabilities. Propelling the high-cost performance and low-power consumption of 5G RedCap, in conjunction with the latest Wi-Fi 7 and Wi-Fi 6 technology, Fibocom further offers a complete 5G RedCap CPE solution integrated with the latest Wi-Fi 7 and Wi-Fi 6 technologies, pivotal for consumer-level and enterprise-level users to enjoy the deadzone-free and interference-free wireless experience.

The new generation 5G RedCap plus Wi-Fi 7 solution delivers higher data throughput of BE3600 and lower latency, compatible with IEEE 802.11a/b/g/n/ac/ax/be protocols, enabling the end devices to run at full speed of a maximum of 3571Mbps under the concurrent dual-band circumstance of 2.4GHz + 5GHz. The solution features Wi-Fi 7 benefits 4K-QAM for mass data loading thus enhancing the throughput, along with MLO, MRU and preamble puncture to fully utilize the bandwidth, and software intelligence to improve the data transmission efficiency. For a more popularized 5G RedCap + Wi-Fi 6 selection, the solution utilizes a hardware accelerator for power optimization while maintaining an incredible speed of 3Gbps. The solution outperforms in both 2.4GHz and 5GHz frequency bands, the maximum 2402 Mbps can be achieved under the working mode of Wi-Fi 2X2 160MHz at 5GHz as well as 574Mbps under the working mode of Wi-Fi 2X2 40MHz at 2.4GHz. In terms of network coverage, the uncompromised signaling and consistency will bring stable and seamless connectivity to end users.

“We are excited to unveil the FG332 RedCap module powered by MediaTek’s T300 chipset at Computex 2024. At Fibocom, we are always dedicated to leading the way in 5G innovation, thanks to the cooperation with our ecosystem partner MediaTek, we launched the 5G RedCap CPE solution that integrates advanced Wi-Fi 7 and Wi-Fi 6 technologies, delivering exceptional data throughput and low latency,” said Simon Tao, VP of MBB Product Management Dept., Head of MBB BU at Fibocom.

“These innovations underscore our commitment to driving 5G RedCap monetization, ensuring our customers develop the FWA devices based on the latest technologies and capture the market opportunity ahead of time.”

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GlobalPlatform takes leading role in helping the IoT ecosystem address regulatory fragmentation and better understand, deploy and promote security.

In response to the growing uptake of GlobalPlatform’s Security Evaluation Standard for IoT Platforms (SESIP) methodology, the organization has introduced several initiatives to further accelerate adoption.

These include the launch of new certification stamps, expanding the number of labs and certification bodies (CB), new partnerships and the creation of an adopter program. Together, this raises the bar for IoT security by enabling the adoption of the methodology across new sectors, use cases and markets.

“We are at an inflection point in SESIP adoption,” commented Gil Bernabeu, CTO of GlobalPlatform. “SESIP is getting recognized for eliminating the complexity and fragmentation surrounding security evaluation, making IoT device security economically viable for the entire value chain. It helps the market identify and align relevant security requirements, implement appropriate security in devices, and demonstrate compliancy across markets, while minimizing costs, effort, and time-to-market. The recent ratification of SESIP as a European Standard (EN 17927) serves as both a vote of confidence and a trigger for further adoption.”

A rapidly growing ecosystem

SESIP has rapidly become an internationally recognized standard for security evaluation, supported by a large community of security providers, industry bodies, security laboratories, and other stakeholders.

The longstanding certification body TrustCB has already issued 47 SESIP certificates to companies including NXP Semiconductors, STMicroelectronics and Winbond Electronics Corporation. These products were evaluated by a growing group of GlobalPlatform licensed security laboratories. Currently these labs are Applus+, Riscure, SERMA, SGS Brightsight, and Thales ITSEF with more expected to join this list in the coming year. Two additional certification bodies are currently working to become GlobalPlatform SESIP CBs to bring even more capacity and reach to the ecosystem.

Importantly, the methodology is also already used or referenced by bodies including the Car Connectivity Consortium (CCC), ETSI, FiRa Consortium, National Institute of Standards & Technology (NIST), PSA Certified and Wireless Power Consortium. This adoption first demonstrates the value of the methodology to strengthen IoT security across diverse vertical markets and use cases. It also helps device manufacturers using these technologies to compose their final device based on SESIP-certified software or hardware components, while quickly and easily ensuring compliance with relevant regulations.

Collaborating to expedite adoption

The GlobalPlatform community is responsible for maintaining the methodology, enforcing a governance model with an associated quality brand between CBs, product vendors and laboratories. The support and expedite growth, GlobalPlatform has delivered several important initiatives and resources:

SESIP Committee & Working Groups – A dedicated Committee and Working Groups have been established to drive GlobalPlatform’s strategy for SESIP ecosystem development, initiate new technical projects, facilitate adoption efforts, and oversee governance. A primary focus is to engage with regulators and the security evaluation ecosystem to identify requirements and demonstrate SESIP’s applicability for different regions and vertical markets.
New SESIP Product, Lab and Certification Body Marks – A suite of branded logos have been made available for certified products, and accredited laboratories and certification bodies, to promote and bring trust to their offerings.
SESIP Profiles and Mappings – GlobalPlatform develops and maintains a growing suite of SESIP Profiles and Mapping documents to facilitate adoption and use of the methodology. SESIP Profiles are used in the security evaluation of a component or device, while SESIP Mappings bridge the security requirements defined in the methodology with those of global cybersecurity regulations.
SESIP Adopters Community – As the methodology is now being used by a diverse range of different stakeholders, GlobalPlatform has created the ‘SESIP Adopters’ community. This program informs nonmembers about the latest GlobalPlatform SESIP developments, provides access to relevant technical documents, and allows them to showcase their certified products and/or support for SESIP.

Bernabeu added:

“SESIP leverages the expertise of the GlobalPlatform ecosystem to incorporate better cybersecurity in IoT devices, at the right cost and aligned with market regulation.”

“By giving stakeholders a single point of reference for IoT cybersecurity, regardless of their security expertise, we can collectively raise the bar for security. But we need to reach beyond this GlobalPlatform community. These programs, partnerships and resources will extend our ecosystem, enabling anyone to join us in driving the development of SESIP for the benefit of the growing IoT industry.”

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Fibocom, a global leading provider of IoT (Internet of Things) wireless solutions and communication modules, exhibited at COMPUTEX at Booth #K1215a in Hall 1 of the Taipei Nangang Exhibition Center.

Aligned with the event’s theme of “Connecting AI,” Fibocom showcased its cutting-edge wireless modules and solutions, demonstrating various AIoT applications such as Fixed Wireless Access (FWA), Smart Retail, Industrial IoT (IIoT), and Always-Connected PCs, underscoring an era driven by advanced technologies.

Propelling 5G-A (5G-Advanced) Deployment with Innovative Modules and Solutions

Under the discourse on 5G advancement, Fibocom highlights the transformative potential of 5G-A with continuous innovations. 5G-A is promised to enhance 5G capabilities significantly by providing lightning-fast communication speeds, up to 100 times faster than 5G with peak speeds reaching 1 Tbps, while reducing latency and enabling 10 times more device connections. Wide-ranging innovations are emerging across industries to leverage 5G-A.

Plentiful AIoT devices embedded with Fibocom’s latest 5G modules were displayed to illustrate diversified applications, including CPEs for in-home connectivity, ODUs and mobile hotspots for outdoor internet access, and routers and trackers applied in the industrial industry. The 5G Gateway embedded with Fibocom’s FG360 can support Wi-Fi Connectivity: 11ax 4×4 2.4G; 11ax 4×4 5G Seamless roaming. Integrated with Fibocom’s FG160, the 5G Dongle can offer the 5G NR Sub 6 SA/NSA for variant devices like laptops, VR HMD, Drones, Robots, and Stream Gaming. Powered by Fibocom’s NL668, the T-Box is a built-in intelligent LTE modem with self-diagnosis, remote telecom carrier switch, and auto-restore.

On the first day of the event, Fibocom unveiled the expansion of its 5G RedCap product lineup by introducing the Mediatek-T300-embedded module FG332 and the FG332-integrated CPE solution. Tailored to enhance RedCap Tech-enabled FWA applications like CPE (Customer Premise Equipment) and Dongle, the FG332 module features a LGA form factor packed into a compact 29x32mm PCB area, facilitating a flexible product design for next-level wireless experience.

Featuring the intuitive design for fast and stable connections, all of Fibocom’s module-embedded FWA PCBA solutions were showcased on-site, Illustrating a plug-and-play FWA experience thoroughly.

Embracing AI-Empowered Connectivity

The integration of AI in communication systems has announced a new era of enhanced connectivity. By leveraging vast datasets, AI has revolutionized cellular transmission, optimizing signal efficiency and paving the way for faster data transfers. At Fibocom’s booth, visitors witnessed firsthand the transformative power of AI in communication, with a showcase of smart modules and devices tailored for diverse applications.

The ECR (Electronic Cash Registers) based on the Fibocom SC138 smart Module is equipped with intelligent dual touch screens for a next-level user experience. Embedded with Fibocom SC126 smart Module, the Rugged Tablet PC features IEEE 802.11a/b/g/n/ac, 2.4G, and 5G Dual-band fingerprint entry, image collection, etc. Also, the panoramic cameras enabled by the Qualcomm QCS605 solution can capture 360-degree vertical and horizontal full-space images.

COMPUTEX is ongoing, and visitors are welcome to visit Fibocom’s booth at #K1215a in Hall 1. Join us in prospering AIoT in the New Era!

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The wave of intelligence is revolutionizing industries globally, with 5G, AI, and IoT playing key roles in this trend. During Computex 2024, Fibocom CEO – Tiger Ying has shared his insights during the tradeshow.

Fibocom, as China’s first stock-listed wireless communication modules and solutions provider, has continuously employed innovative thinking and strategic market positioning in recent years.

CEO Tiger Ying pointed out that, regardless of the technological or application aspects, in facing the transformative effects brought by these three major technologies, the company is well-prepared and ready to assist clients in seizing vast smart business opportunities.

Remain Industry-Focused and is Confident to Accelerate 5G Deployment

In the realm of 5G, this communication standard garnered significant market attention upon its release. The industry believes that 5G’s features such as high speed, low latency, and large-scale connectivity not only enhance user experiences in the consumer sector but also serve as a crucial driver for deepening communication technology applications across industries.

While the development of 5G has not been as fast as initially expected, communication giant Ericsson predicted in its 2023 report that the golden crossover period between 4G and 5G would be delayed until 2028. However, Tiger Ying pointed out that from the perspective of technical standards’ development speed, this delay is still within a normal cycle.

He mentioned that 5G’s current development is focused on Enhanced Mobile Broadband (eMBB), Massive Machine Type Communications (mMTC), and Ultra-Reliable Low Latency Communications (URLLC). However, large-scale commercialization has not been achieved. This trend also highlights the versatility of 5G IoT architecture and applications.

With the acceleration of 5G Advanced, it will truly replace 4G as the mainstream technology for IoT applications and successfully drive market development within five years.

Fibocom has responded to the trend of 5G development by formulating product strategies and solutions, actively expanding into different market sectors. Tiger Ying stated that the company’s primary task is to promote the large-scale commercialization process of eMBB.

They have already launched a diverse range of product portfolios. This includes the RedCap module, closely following the development of 5G technology and fully advancing the implementation of commercial plans.

In terms of application areas, Fibocom is focused on industrial intelligence and smart cities, primarily because these two major application scenarios have diverse demands for 5G technology. For instance, in machine vision, which integrates edge computing with 5G’s high bandwidth and low latency capabilities, it has been widely used in industrial quality inspection, promoting the development of industrial automation and intelligence.

In response, Fibocom provides a complete product portfolio, such as the 5G smart module SC171 with computing power up to 12TOPS, to meet specific demands in application scenarios. In addition, endpoint devices with AI capabilities will also become a driving force in accelerating industrial intelligence processes.

Fibocom has invested significant research and development resources in these products, aiming to integrate 5G and on-device AI technologies, thus strengthening the company’s core competitiveness in industrial intelligence and smart city domains.

Strengthening Edge AI Performance to Optimize Overall Cost-effectiveness

AI has become a recent global industrial focus, and Fibocom’s AI strategy centers on edge computing and the AI endpoint device solutions mentioned above. Since AI computing power can significantly increase the cost of endpoint devices, leading to reluctance from enterprises with implementation needs, cost control is crucial.

Tiger Ying pointed out that the solution to this problem varies depending on the AI architecture. Devices using an offline AI architecture require precise control of edge computing power to balance cost and effectiveness, while devices using an online AI architecture require strong communication capabilities to avoid affecting user experience due to communication delays.

Tiger Ying further stated that Fibocom has integrated the above two solutions into one through long-term research and development. The company has invested in smart module development, leveraging the computational efficiency and heterogeneous algorithm capabilities of modules to assist clients in rapidly deploying AI-capable terminal devices and optimizing costs.

Its product portfolio includes 5G data modems, SoC 5G solutions based on Linux, and Android, and built-in AI computing capabilities. He mentioned that while AI may slightly increase device costs, its excellent performance leads to overall cost optimization considering macroscopic aspects such as user experience and value creation.

He also mentioned that Fibocom has constructed heterogeneous computing on the network, enabling the scheduling of CPU, GPU, NPU, and DSP processor performance as needed. In addition, Fibocom has developed its toolchain and integrated it with heterogeneous algorithms, RTK, high-precision positioning, and other functions into firmware.

Its products based on Linux, Android, and Windows architectures can meet the needs of different industry customers. Looking ahead, Fibocom will focus on areas such as robotic lawnmowers, low-speed autonomous vehicles, PCs, and robotic development platforms, providing deeper vertical domain solutions.

Enhancing π-shaped Capabilities to Meet Three Major IoT Demands

Regarding IoT, Tiger Ying pointed out that although the IoT architecture and concept have been around for over a decade and have become increasingly widespread in recent years, practical constraints mean that adoption varies across industries. To accelerate IoT adoption, several key factors are necessary.

First is the ability to apply AI capability to IoT devices, as AI significantly impacts data collection costs and processing quality. IoT leveraging AI will be more readily accepted by enterprises, thus speeding up adoption in specific fields.

Second is security design, which has become a major focus in IoT in recent years. Only IoT architectures that can ensure data integrity and privacy protection will be able to deploy in vertical markets.

Lastly, communication technology is crucial. Advanced technologies like 5G-Advanced (5.5G) and Non-terrestrial Networks (NTN) ensure that communication coverage is no longer a weak point, broadening the scope of IoT applications.

Fibocom has introduced corresponding products to address AI, data privacy, and satellite communications needs. In terms of AI, the company’s 5G smart module SC171 and SC151 series are suitable for various 5G smart terminal devices.

For security, blockchain technology was deployed on 4G networks and commercialized. On the satellite communications front, Fibocom released NTN-supported communication modules in 2023.

Moving forward, the company plans to integrate these technologies and products, working with ecosystem partners to focus on specific vertical solutions, providing customers with high-quality and high-performance IoT solutions.

Fibocom consistently prioritizes intelligence in product innovation. Tiger Ying stated that this will continue to be the foundation for future development, with a market-driven approach to introducing cross-domain AI solutions.

He emphasized that while the market previously demanded “T-shaped” capabilities combining vertical telecommunication expertise to serve the horizontal industries, the AI era requires an additional vertical capability—AI specialization. Through “π-shaped” capabilities, which integrate horizontal and dual vertical expertise, Fibocom aims to create high-performance IoT architectures tailored to customers’ needs.

The company is progressively enhancing these “π-shaped” capabilities. It will continue to collaborate with ecosystem partners, integrating 5G, AI, and IoT technologies to help clients seize smart business opportunities.

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Transatel (an NTT company), a global provider of Managed IoT Connectivity Solutions, has announced entering the Latin American region, making Brazil its regional operational and infrastructural base.

After Europe, North America, and Japan, Transatel is now expanding its core network infrastructure in Latin America to support international IoT (Internet of Things) and IoV (Internet of Vehicles) connectivity deployments in 2025. With almost double-digit growth in cellular IoT connections, Latin America region is witnessing an increasing adoption of Internet of Things solutions across industries such as agriculture, manufacturing, transportation, healthcare, and smart cities. Businesses are leveraging IoT technologies to improve operational efficiency, enhance decision-making processes, reduce costs, and offer new services to customers.

Transatel is already offering 2G to 5G and LTE-M data connectivity through its own access agreements with national mobile network operators across the region. As part of its expansion strategy in Latin America, the company has registered as a full MVNO in Brazil, in partnership with mobile carrier TIM, and shall install no less than 2 regional points-of-presence (POP) in Sao Paulo and Rio de Janeiro.

Brazil is the fastest-growing economy in Latin America. It is also amongst the most regulated markets from a telecom perspective, making it complex for international players to deploy their critical IoT assets. Among the global cellular connectivity service providers, Transatel distinguishes itself by achieving full compliance with local regulations and legal norms, while maintaining a high level of service level agreement commitment required for connecting high-value IoT assets such as vehicles.

“Since its inception in 2000, Transatel has always favored a GoLocal approach: global capabilities, with local support. Having a core network and a commercial infrastructure in Brazil will enable us to maintain the highest quality of service for our clients. Unlocking the full potential of 5G will ensure maximum throughput and minimum latency for critical IoT and IoV applications across Latin America, and beyond. We will focus initially on supporting key industries like automotive, manufacturing, smart cities and mobility, energy, utilities as well as agriculture and mining where our unique private cellular networks extension capabilities will bring tremendous value.” says Bertrand Salomon, Deputy CEO and co-founder of Transatel.

Pioneer of broadband IoT and M2M connectivity, Transatel has grown into one of the leading global data MVNO, providing managed IoT connectivity in more than 200 countries and territories thanks to hundreds of network access agreements with local mobile carriers. Its (e)SIM cards are embedded in millions of professional and consumer devices and vehicles that can seamlessly connect to public and private cellular networks all around the world. A global coverage recently augmented with three partnerships with non-terrestrial operators to ensure continuity of service, even in the most remote regions of the globe like Amazonia. Transatel’s extended client portfolio spans across industries and counts leading international OEMs and integrators such as Airbus, Jaguar Land Rover, Stellantis, and Worldline.

Beyond its own expansion, Transatel sees increasing technology and business synergies inside the NTT group. Some major contracts in the automotive industry have recently been secured thanks to the strong collaboration between Transatel, NTT DATA, and NTT Communications (Docomo Business).

Jefferson Anselmo, Senior Vice President LATAM, NTT Ltd, says:

“NTT already has a strong base in Latin America. Still, with this expansion, NTT’s ambition is to further strengthen its position in the ICT sector by connecting smart mobility, industrial, and enterprise projects, making sure IoT technology is accessible for all. Transatel will be a key enabler to support NTT DATA’s Full stack Edge-as-a-Service deployment in the region.”

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UnaBiz, Massive Internet of Things (IoT) service provider and integrator, announces a remarkable milestone: achieving over 90% geolocation success rate with the evolution of its Sigfox Atlas Wifi service, now enhanced with Machine Learning (ML).

This achievement reinforces UnaBiz’s commitment to innovation and its focus on providing the most energy and resource-efficient Low-Power Wide-Area Network (LPWAN) solutions for the Logistics & Supply Chain industry. The high success rate is exceptional given that Wifi geolocation success rate in the industry typically falls below 70% in some regions, posing a significant challenge for large-scale asset tracking projects. This enhanced service will be progressively rolled out across all 70 territories where the 0G Network is currently available, starting today in the second half of 2024.

The latest product upgrade is a direct response to customer feedback and industry pain points, driving the UnaBiz R&D team to push the boundaries of WiFi geolocation technology. Traditionally, it is both challenging and costly for geolocation providers to scan all WiFi Access Points. By harnessing the power of Artificial Intelligence (AI) and activating the built-in Machine Learning (ML) module, UnaBiz has developed a revolutionary upgrade: Access Point Machine Learning, enhancing the capabilities of its Atlas WiFi geolocation system.

Key Benefits to Customers:

Enhanced Geolocation Success Rate: An improved success rate allows customers to achieve even more accurate and precise geolocation positioning of their assets without additional resources or new infrastructure deployment.
Cost Efficiency: Instead of switching to higher-cost hardware alternatives like GPS trackers, which entail significant expenses, customers can continue to rely on their existing hardware devices to enjoy this more precise AI-enhanced WiFi-based tracking solution.

KYOCERA Communication Systems Co., Ltd. (KCCS) was among the first to test the new AI-enhanced service in Japan.

Naoki Kawai, Division Manager, Wireless Solutions Division at KCCS,

“Since the adoption of the AI-enhanced Sigfox Atlas Wifi ML service, our geolocation success rate has increased from 62% to 92%. We’re excited to promote this new service to our customers and look forward to continuing our strategic partnership with UnaBiz in Japan’s Logistics and Supply Chain sector and beyond.”

Alexis Susset, CTO of UnaBiz Group, stated: “The widespread coverage of Sigfox 0G Network enables GeoLocation Data network effects which, combined with AI-driven innovation, has enabled us to increase our positioning success rates to levels beyond 90% in all regions we have tested. This distinctive capability of our global operators ecosystem and our best-in-class Total Cost of Ownership further establishes UnaBiz Sigfox 0G Technology as the de facto standard for energy-efficient, high-accuracy asset tracking.”

Henri Bong, CEO of UnaBiz Group added, “UnaBiz remains dedicated to the continuous improvement and innovation of the Sigfox 0G technology while maintaining unparalleled service quality. Driven by the principle of “Less is More”, this upgrade allows customers to enjoy the benefits of a higher geolocation success rate without having to switch to more expensive, energy and resource-intensive alternatives like GPS trackers. This approach reduces operational costs and minimizes the environmental impact associated with manufacturing and deploying new infrastructure, aligning with sustainable business practices.”

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Updates include new capabilities that streamline the process to make certification faster and easier.

The LoRa Alliance®, the global association of companies backing the open LoRaWAN® standard for the internet of things (IoT) low-power wide-area networks (LPWANs), today made multiple announcements related to expanding and enhancing the LoRaWAN Certification Program available as of June 2024.

Addition of LoRaWAN Relay feature testing as part of end-device certification;
Accreditation of DEKRA’s Atibaia, Brazil, facility as a LoRa Alliance Authorized Test Lab (ATL), the first ATL in Latin and South America;
The launch of the LoRaWAN Web Certification System (LWCS), which now automates the certification process; and
The introduction of LoRa Alliance member self-testing of end devices.

The updates demonstrate the maturity of the LoRaWAN Certification Program and provide OEMs with multiple approaches to certify their devices, meeting market requirements for tested devices. Achieving certification also allows products to be featured in the LoRaWAN Marketplace, an online resource where end users can research
and find where to purchase certified products and services.

Donna Moore, CEO and Chairwoman of the LoRa Alliance, said:

“The simple fact is that IoT needs certified devices to ramp to billions of sensor deployments.”

“The tremendous benefit of certification – knowing that devices are correctly configured and will perform as intended – truly underlies the market’s trust in a technology’s ability to scale. LoRaWAN already has the most certified devices and the largest variety of certified devices in the LPWAN space, and the programs announced today follow through on our commitment to continuously accelerate and simplify the certification process for end-device manufacturers. Additionally, we’re excited to have a new ATL in Brazil to expedite the certification process in that region.”

The addition of the Relay feature to LoRaWAN Certification testing strengthens LoRaWAN Certification by ensuring that end devices are compliant with the feature as defined in the LoRaWAN standard. Relay is a critical feature for utilities and satellites in particular to amplify and extend the reach of LoRaWAN signals, enabling communication over greater distances and through obstacles like buildings and terrain that can impede direct communication between end devices and the gateways/base stations. Introducing LoRaWAN relays into a network architecture allows for easy expansion and scalability without the need for additional gateways.

Relay certification testing adds to the program’s rapidly growing number of optional feature tests, such as firmware updates over the air (FUOTA) and static context header compression (SCHC), all of which are designed to ensure certified devices are fully compliant with all aspects of the LoRaWAN standard.

The authorization of DEKRA’s Atibaia, Brazil, facility (near São Paulo) as a new ATL for LoRaWAN end devices demonstrates the strong growth of LoRaWAN in the Latin America and South America regions. Having a local ATL means that members no longer must ship products outside of the continent, which offers time and cost savings when seeking LoRaWAN Certification. The move will support the area’s rapidly growing membership and is intended to promote increased device manufacturing in the region.

“DEKRA’s designation as the first LoRa Alliance authorized test lab in South and Latin America marks a significant step forward in enabling global market access for LoRaWAN devices. Our commitment to fostering a safe and secure worldwide adoption of LoRaWAN technology, while supporting local and international customers, is now strengthened by our lab in Brazil, which will continue growing with testing and certification services in the region,” explained Juan Carlos Soler, VP of Business Lines of Digital & Product Solutions at DEKRA.

“Backed by our extensive testing and certification expertise, we stand ready to assist customers in obtaining LoRaWAN Certification and related electromagnetic compatibility (EMC), radiofrequency (RF) and product safety testing to ensure optimal device performance across diverse network environments.”

“Everynet has been working towards the creation of a strong and dynamic local LoRaWAN ecosystem since 2017. Today, Brazil’s ecosystem is a reality, and this initiative from the LoRa Alliance, enabling the first ATL for South America, is aligned with the vibrant scenario we observe for LoRaWAN and IoT in general in the region,” said Gustavo Zarife, Country Manager Brazil at Everynet.

“As a LoRaWAN pioneer, Everynet worked together with the LoRa Alliance to expand the certification program to Brazil and Latin America. As a next step, Everynet will work closely with the local ecosystem to accelerate the adoption of LoRaWAN Certification, and, therefore, increase the quality of available devices. LoRaWAN is here to stay, and the future is bright.”

The LoRa Alliance’s new LWCS is a major step forward in terms of reducing paperwork and simplifying the certification process. Creation and use of an LWCS account provides seamless digital communications between the member certifying, the ATLs and the LoRa Alliance, reducing human error and unnecessary administrative time by automating the certification process. LWCS supports traditional certification via an ATL, certification by similarity and certification by self-testing.

The new Member Self-Testing Program gives LoRa Alliance members the option to become authorized to self-test their own devices and submit the test results directly to the LoRa Alliance to request device certification. Allowing members to conduct the testing themselves streamlines the device certification process and decreases time to market for new certified devices while maintaining the highest standards of quality and performance. To ensure the quality of the program, the LoRa Alliance will continuously audit capability for authorized members.

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This year the IoT market is set to exceed $1.3 trillion, showing the scope of its reach. This growth brings a critical challenge in the form of having to provide secure access to these myriad devices.

Cloud Infrastructure Entitlement Management (CIEM) has the potential to do just that, so let’s talk over a few points and examples to explain what’s at stake and how integration can be achieved with as little disruption as possible.

The Role of Cloud Infrastructure Entitlement Management in IoT Device Authentication

In an IoT-obsessed world, every connected device becomes a potential entry point for malicious actors. This is why there was a 400% spike in malware aimed at IoT devices in particular last year. Robust authentication ensures that only authorized entities interact with these devices, mitigating these risks.

Imagine your home security system compromised by an unauthorized entity – it’s more than inconvenient; it’s dangerous. Similarly, industrial systems controlling sensitive machinery must guard against unauthorized interference rigorously.

Core Components of Cloud Infrastructure Entitlement Management

To understand how CIEM works in IoT environments, let’s break down its key components, which include:

Identity and Access Management (IAM): IAM governs user identities and their access levels.
Policy Enforcement: This establishes rules defining who can access what resources under specific conditions.
Audit Trails: This keeps logs of all activities to track and respond to suspicious behavior promptly.

These elements collectively provide granular control over who can interact with each IoT device and how they do so.

Integrating CIEM into Your IoT Ecosystem

Bringing CIEM into your existing infrastructure requires strategic planning but offers significant payoffs in terms of security enhancements.

Steps include:

Assess Current Security Posture: Evaluate your existing security mechanisms – and look for where vulnerabilities lie.
Define Clear Policies: Develop precise policies detailing permissible actions for each role within the ecosystem.
Deploy Automation Tools: Use AI-driven tools to automate policy enforcement and real-time monitoring.
Regularly Update Policies: As new threats emerge, continuously refine access policies to stay ahead of attackers.

Let’s take the practical example of a healthcare provider using connected medical devices that communicate patient data across various platforms. In this case:

Implementing CIEM allows administrators to define strict access controls based on user roles such as doctors versus administrative staff.
Automating policy updates ensures compliance with evolving regulations like HIPAA without manual intervention delays.

Benefits Beyond Security

Enhanced authentication through CIEM doesn’t just thwart breaches – it streamlines operations by ensuring users have appropriate resource access without unnecessary restrictions impeding productivity:

For businesses employing remote workers accessing smart office equipment
For consumers utilizing interconnected home automation systems

As organizations increasingly integrate diverse IoT applications, from logistics tracking sensors in supply chains to consumer gadgets controlling everyday life, comprehensive management becomes more relevant with each passing day.

Challenges and Solutions for Managing IoT Permissions Across Multiple Platforms

IoT implementation can boost productivity by as much as 73%, but this comes at a cost. Namely it’s the fact that managing IoT permissions is hardly a cakewalk in the best-case scenario, and can be especially tricky when devices span multiple platforms.

As organizations diversify their tech stacks, it’s necessary to roll out cohesive and secure access control across these varied environments.

Key Challenges in Multi-Platform Environments

Fragmented Security Policies: Different platforms often come with their own set of security protocols, creating inconsistencies.
Complex Integration Processes: Integrating CIEM solutions across different operating systems and hardware requires significant effort and technical expertise.
Scalability Issues: As the number of connected devices grows exponentially, maintaining efficient permission management strains existing resources.
Compliance Requirements: Dealing with a laundry list of regulations complicates the process of ensuring all connected devices comply with standards consistently.

Strategies for Overcoming Fragmentation

Creating unified security policies is crucial. You might:

Develop cross-platform policy templates that standardize entitlements regardless of the underlying technology.
Employ middleware solutions capable of translating these standardized policies into platform-specific commands automatically.

So for example, a logistics company managing both traditional IT infrastructure alongside cutting-edge IoT-enabled tracking systems might use such templates to maintain consistency while still allowing flexibility for unique requirements on each side.

Simplifying Integration Efforts

Integration doesn’t have to be an insurmountable hurdle. It’s easier if you:

Leverage APIs provided by CIEM vendors designed explicitly for multi-platform compatibility.
Engage with third-party integrators specializing in custom deployments – this can save time and reduce potential integration pitfalls significantly.

Let’s imagine that you run an agricultural enterprise and you’re employing smart irrigation sensors alongside traditional ERP systems.

Using robust API frameworks enables seamless communication between newer IoT sensors collecting real-time data on soil moisture levels and legacy ERP databases. It’s this type of interoperability which is the crux of what’s necessary both for security and productivity.

The Bottom Line

The combination of IoT security and cloud infrastructure entitlement management is a natural one, and it doesn’t take an expert to see where the advantages lay. Now you know why it’s necessary to nurture this pairing, and how integration challenges can be overcome, your next move is to implement the right systems and solutions in tandem, and keep malicious actors at bay.

The post How to Enhance IoT Security with Cloud Infrastructure Entitlement Management appeared first on IoT Business News.

China has successfully launched four satellites from the sea, marking a significant milestone in its efforts to complete its first Internet of Things (IoT) constellation in low Earth orbit by the end of the year.

The Tianqi 25-28 satellites were launched at 4.12pm local time on a Ceres-1S rocket from a mobile platform off the coast of Shandong province, according to an announcement by Galactic Energy.

The completed Tianqi constellation will consist of 38 small satellites, designed to enhance data connectivity through smart devices and offer global coverage along with near real-time data transmission services. These services will be available to government, industrial, and individual users, as stated by Guodian Gaoke, the Beijing-based satellite company responsible for the constellation’s development and operation.

Lu Qiang, CEO of Guodian Gaoke, highlighted the current applications of the existing Tianqi satellites, which include emergency communications and rescue operations, environmental protection and monitoring, and the transport of hazardous chemicals. Looking ahead, the company aims to extend its services to additional areas such as outdoor emergency response and military applications.

The Tianqi system’s terminal equipment is notable for its small size, low cost, and low power consumption. The smallest terminal measures just 3.5 cm across, and production costs have fallen below 1000 yuan (approximately US$138). The latest batch of Tianqi satellites is distinguished by high-stability and high-speed data communication capabilities, providing 10-minute global coverage, as detailed on the company’s WeChat account.

This launch represents the second time Galactic Energy has deployed Tianqi satellites for Guodian Gaoke. Previously, in September, the Tianqi 21-24 satellites were launched into an 800km orbit from a sea platform near Shandong.

The Ceres-1S rocket, a four-stage solid-fuel launch vehicle, is an adaptation of Galactic Energy’s Ceres-1 model tailored for sea launches. It is capable of launching smaller payloads into low and medium Earth orbits, and it can adapt to various launching and landing areas, enhancing the flexibility and efficiency of satellite deployment.

These advancements underscore China’s growing capabilities and ambitions in space technology, particularly in building robust and versatile satellite constellations to support a wide range of applications.

The post China Advances IoT Ambitions with Successful Sea Launch of Four Satellites appeared first on IoT Business News.

The company is deploying the first 5G-IoT satellite constellation and has secured €200 million in contracts. The launch aboard a Falcon 9 rocket will take place from Vandenberg Air Force Base in California.

Sateliot will launch four satellites from its 5G-IoT constellation on SpaceX’s Transporter-11 mission.

The launch is scheduled for July, and the satellites will fly aboard a Falcon 9 rocket from Vandenberg Air Force Base in California, USA.

The company, which is deploying the first low-Earth orbit satellite constellation with 5G standards for IoT and 100% global coverage, will commence its commercial phase with these satellites. It has already secured €200 million in recurring revenue contracts from over 400 clients in 50 countries worldwide.

Sateliot plans to deploy more satellites by 2025. To achieve this, the company is engaged in talks with national and international space industry players and investors to close its € 30 million Series B funding round.

Since its inception in 2018, Sateliot has raised €25 million, including €6 million from Banco Santander. Sateliot’s business plan projects revenues of €500 million in 2027 and €1 billion in 2030, with an EBITDA margin of over 60%.

CubeSats and Technology

Each of the four CubeSat 6U satellites that Sateliot will launch in July represents an investment of half a million euros. They measure 20 x 10 x 35 centimeters, roughly the size of a microwave, and weigh 10 kilograms. They will orbit at about 600 kilometers altitude and have a lifespan of over five years.

Their technology, which will provide connectivity to more than eight million devices already subscribed to the service, is democratic and accessible, open to various use cases for SMEs, public administrations, and large companies.

According to Jaume Sanpera, CEO and co-founder of Sateliot,

“With this launch, the company enters a new dimension that will allow Spain to lead IoT connectivity on a global scale.”

The post Sateliot to Launch Four Satellites with SpaceX in July to Enter Commercial Phase appeared first on IoT Business News.