Plan X3-EU offers low-cost IoT connectivity across Europe for deployments with higher data requirements.

Soracom, Inc., a global provider of advanced Internet of Things (IoT) connectivity, today announced a new cellular data plan called Plan X3-EU, designed to provide low-cost coverage across Europe for high data consumption use cases.

Along with market-leading coverage, Plan X3-EU includes access to Soracom’s cloud-native platform services for managing SIMs, reducing data costs, transmitting to public cloud platforms, and accessing deployed devices remotely.

Plan X3-EU offers a range of bundle options to accommodate diverse data consumption requirements. Starting from an annual fee of €4.50, customers can access 25MB of data transmission per SIM per month, with subsequent monthly charges of €0.38 after the first year. Additional options include 100MB, 500MB, 1GB, and 3GB plans, each offering competitive pricing structures designed to scale with evolving IoT needs.

Whilst there is no limit to the IoT use cases that will benefit from Soracom’s new Plan X3-EU, higher data and bandwidth are especially relevant in deployments where large telemetry data sets are sent to the cloud, major firmware updates are carried out over the air, devices transmit image and video data, substantial data points are needed for AI training, and gateways and routers are used to backhaul aggregated device data.

“We know that data costs can escalate dramatically as IoT deployments scale,” said Ken Otsuki, Director of Business Development and Head of Carrier Relations at Soracom.

“By delivering what we believe are some of the best IoT connectivity rates in Europe for high data use cases, Plan X3-EU accelerates IoT projects and supports success at scale”.

Plan X3-EU also includes bundled access to innovative platform services designed to solve common challenges in IoT. Customers can further reduce data costs with Soracom’s innovative protocol conversion, transmit data directly to cloud functions, manage IoT devices remotely, and apply advanced security features.

In a region known for intense competition across a bewildering assortment of providers and plans, Soracom’s Plan X3-EU offers a simple, affordable solution for M2M devices and sensors. For customers ready to stop worrying about connectivity and get back to building, Plan X3-EU brings market-leading value together with reliable connectivity across Europe covering LTE-M, 4G, and NB-IoT where available.

The post Soracom Announces Low-Cost High Data IoT Plans For Europe appeared first on IoT Business News.

In this exclusive interview, IoT Business News sits down with Steven Baker, Chief Product Officer at KORE*, to discuss the company’s groundbreaking achievements, recent technological advancements, and strategic initiatives in the rapidly evolving Internet of Things (IoT) landscape.

From the acquisition of Twilio’s IoT connectivity business to the development of cutting-edge eUICC technology, Steven provides insights into how KORE is positioning itself as a leader in the market. He also shares success stories, highlights partnerships, and outlines the company’s future plans, offering a comprehensive overview of KORE’s vision and impact in the IoT space.

IoT Business News: Can you elaborate on KORE’s most significant achievements in the IoT space over the past year and how these have positioned the company in the market?

Steven Baker: The acquisition of Twilio’s IoT connectivity business unit has brought KORE an unparalleled combination of carrier IMSI and eUICC product capability. It has also positioned KORE with a highly scalable route to market with a self-service, developer-centric model enabling KORE to capitalize on the OEM drive for built-in connectivity during the manufacturing process.

Over the last year KORE has also launched the Pre-configured Solutions (PCS) business unit focused on delivering high-value IoT enablement services incorporating connectivity, hardware, and managed services into pre-configured bundles that reduce the complexity of deploying IoT applications.

KORE has also reached over 19 million IoT subscriptions in service making KORE one of the largest IoT MVNOs in the world.

What are the latest technological advancements that KORE has integrated into its IoT solutions? How are these innovations enhancing your offerings compared to your competitors?

One of the most recent technological advancements KORE has released is an eUICC technology called the Local Profile Management Applet. The KORE LPM Applet enables a host CPU to manage previously downloaded eSIM profiles locally using AT commands. This capability can be used to implement device-initiated fallback, device-initiated failover, resiliency, and similar advanced capabilities. The LPM applet combines the simplicity and reliability of M2M orchestration with the flexibility and power of local profile management, in a manner that’s forward-compatible with the SGP32 IoT standard. The applet interface is based on the SGP22 ES10 standard ensuring developers who use it get to keep their investment as they eventually migrate to SGP22 and SGP32 solutions.

Could you share a recent customer success story that highlights the effectiveness of KORE’s IoT solutions in transforming their business operations?

A key element of KORE’s ability to positively impact our customer’s business operations is through our multi-country, managed service and logistics solutions. KORE has a long history serving Healthcare OEMs and DMEs with critical healthcare logistics solutions. Recently, two KORE customers in this space experienced a 40% reduction in annualized new inventory spend by leveraging KORE’s reverse logistics, sanatization, and redeployment of pre-used equipment including custom device configuration enabling a single device to support multiple business lines.

With increasing concerns around IoT security, what steps has KORE taken to enhance the security features of its solutions?

KORE’s eSIM technology includes support for IoT SAFE. IoT SAFE establishes the SIM as the ‘Root of Trust’ to enable chip-to-cloud security. This technology can be configured during SIM manufacturing making it both scalable and simple to leverage using standard (D)TLS standards. It obviates the need for post manufacturing device provisioning which can be difficult to both provision and maintain when requiring periodic security updates over time.

How do partnerships shape KORE’s strategy in expanding its IoT solutions? Are there any recent or upcoming collaborations that we should be aware of?

KORE’s partner portfolio spans 30+ MNOs worldwide as well as many professional and managed service providers. These partnerships enable KORE to pull together nearly any combination of connectivity, hardware, and service to solve IoT challenges. KORE also has strong relationships with multiple cloud providers including most recently with Google. Recently, KORE also added partners with multiple third-party service providers to augment our manual and professional service portfolio to enable our vertically focused pre-configured solutions.

What markets does KORE plan to target in the near future? Are there new industries or regions where you see significant growth opportunities for your IoT solutions?

From a regional perspective, KORE has traditionally had a significant presence in North America and has been growing in the UK and EU with localized sales, logistics, and support teams. KORE’s carrier partner ecosystem is expanding in 2024 enabling KORE to focus more on the APAC region, and more specifically China.

From a vertical market perspective, KORE’s current PCS solutions target 3 vertical areas including enterprise Fixed Wireless (FW), Connected Health, and Fleet Management. These solutions are deployed throughout North America and are expanding into the UK, Europe, and Latin America in the coming months. KORE is also currently trialing an Industrial pre-configured solution.

How is KORE leveraging its IoT technology to promote sustainability within its operations and among its clients? Are there specific initiatives or projects that exemplify this approach?

KORE launched an initiative to reduce waste and support sustainability by reducing the size of card bodies in its SIM shipments, which ties into “IoT for Good” – a key initiative here at KORE that leverages innovations in IoT such as SIM and connectivity to enable us to live greener and longer, all while making informed, intelligent use of our global resources. Since the commercial launch of SIM cards three decades ago, approximately 4.5 billion SIM cards are sold and shipped each year industry-wide, accounting for more than 560,000 tons of carbon dioxide and 18,000+ tons of plastic waste annually. While the SIM card has reduced in size over the last three decades, the packaging the card body that holds the SIM has not. The KORE initiative reduces the card body by 50% and, relating to SIM cards, is expected to:

• Reduce shipping costs by 50% due to the weight reduction
• Reduce KORE’s carbon footprint by 16%
• Aid customers in reducing plastic waste by 50%

Looking ahead, what are the next big steps for KORE in terms of product development and market strategies? Are there any upcoming innovations or technologies that you are particularly excited about introducing to the market?

KORE is evolving our eSIM technology to incorporate the SGP.32 (IoT) standard and increasing our coverage footprint with in-country coverage in the APAC region. OEMs worldwide will be seeking ways to leverage iSIM technology to open up new service potential and simplify logistics and provisioning at scale.

KORE also continues to evolve our AI modeling with new initiatives around it for managing IoT real-time operations and logistics analysis and monitoring as well as custom AI solutions for individual use cases requiring intelligent automation at scale.

The post Innovating IoT: An Exclusive Interview with KORE’s Chief Product Officer Steven Baker appeared first on IoT Business News.

Experience the future of IoT and industrial innovation with SECO’s latest solutions and partnerships at Booth 230.

SECO announced its participation at embedded world China 2024, the premier exhibition for embedded systems technologies, from 12 to 14 June at the Shanghai World Expo Exhibition and Convention Centre.

As a leading provider of end-to-end technological solutions, SECO is dedicated to driving innovation and excellence in the digitalization of industrial products and processes. This year, SECO will showcase its latest collaborations and cutting-edge products at Booth 230, featuring standout innovations.

At SECO’s booth, visitors can discover SECO’s latest Computer-on-Module solutions, boasting next-generation processor technologies across x86 and Arm® architectures, such as the SOM-SMARC-Genio700. This advanced SMARC module, developed in strategic partnership with MediaTek, leverage the powerful Genio family of System-on-Chips (SoCs) to deliver unmatched performance, energy efficiency, and broad connectivity options suited for diverse IoT applications. More powerful Computer-on-Modules will also be featured at the SECO booth, such as the COM Express® SOM-COMe-BT6-RPL-P equipped with 13th Gen Intel® Core processors (Raptor Lake U/P/H series) and Intel® Processor U300E. In addition, SECO will also present modules with their own small form factor, particularly suitable for handheld devices, such as the SOM-Trizeps-VIII-MX8M-Plus or SOM-Myon-II-MX8M-Mini.

Single-board computers (SBC) will also be on display at the booth, such as the SBC-3.5-RK3568. This 3.5” form-factor Single Board Computer features the Rockchip RK3568 processor, optimized for lightweight AI and IoT applications. It offers robust connectivity, multiple display support, and extensive peripheral interfaces for enhanced functionality and accelerated development.

In addition to its advanced modules and SBCs, SECO will display a selection of fanless embedded computers ideal for IIoT applications. Featured products include the Titan 300 TGL-UP3 AI, an edge AI solution leveraging the power of the 11th Gen Intel® Core and Celeron® SoCs integrated with Axelera AI’s Metis AIPU, delivering up to 120 TOPS.

To demonstrate the possibilities of AI in combination with fanless PC power, SECO presents an AI-based demo using the Palladio 500 RPL, which can detect people, recognize objects, and perform analyses in real time.

Another integral component of SECO’s exhibition is the scalable Modular Vision HMI family. These new off-the-shelf solutions, based on x86 and Arm® architectures, come with screen sizes ranging from 7 to 15 inches and up to 4K resolution. This versatile platform facilitates application-specific customizations, enabling users to tailor processor performance to meet evolving demands.

Visitors to booth 230 will also be introduced to Clea and StudioX, pivotal elements of SECO’s IoT and AI solutions portfolio. Clea, an open-source, modular software suite natively integrated into all SECO hardware, streamlines IoT implementations by enabling real-time management, analytics, and predictive maintenance. It facilitates secure remote software updates and the deployment of intelligent applications. Built on generative AI, StudioX offers businesses a way to enhance operational efficiency, improve customer satisfaction, and deploy innovative revenue-generating services through their own AI-powered support services.

At the SECO booth, various application demos will showcase Clea and StudioX in action, highlighting the power and simplicity of data orchestration and AI across diverse use cases.

Join SECO in Shanghai to explore how its innovative solutions can accelerate digital transformation and enhance competitive edge in the dynamic world of embedded technology and IoT.

The post SECO Showcases Next-Generation Technologies at Embedded World China 2024 appeared first on IoT Business News.

Kinéis and Semtech make satellite connectivity more accessible for the Internet of Things (IoT) by reusing standard terrestrial solutions.

This complementarity will provide global coverage to millions of users in a simple and direct manner.

Kinéis spatial connectivity easily integrated into Semtech chips

Kinéis and Semtech are proud to announce this strategic collaboration that integrates satellite and terrestrial IoT into a single electronic chip. Kinéis is a French satellite operator and global connectivity provider for the Internet of Things (IoT), offering near real-time data transmission to end-users with low bandwidth (small messages) and very low power consumption. Semtech is a global provider of high-performance semiconductors, IoT LoRa® and cellular systems, and high-quality connectivity and cloud services.

Thanks to this collaboration, users of Semtech LoRa Edge chips (including LR1110 and LR1120) can now have global IoT connectivity by leveraging Kinéis satellite connectivity in addition to terrestrial LoRaWAN® connectivity, without adding additional electronic modules. This Kinéis-Semtech collaboration paves a simple way to implement hybrid terrestrial-satellite devices supporting multiple standard connectivity protocols.

Specifically, with Semtech LR1110 chips, a user of terrestrial LoRaWAN IoT connectivity can enhance the functionalities of their applications to:

• Receive data via terrestrial LoRaWAN connectivity when available,
• Receive data via Kinéis satellite IoT connectivity elsewhere,
• Receive complementary location data to GNSS information.

To enable partners using terrestrial IoT to access spatial connectivity, Kinéis provides them with a reference design, a guide to create an equivalent radio module.

On the occasion of the announcement of this close collaboration between Kinéis and Semtech, Alexandre Tisserant, President of Kinéis, stated: “This strategic collaboration meets market demand to combine the best available terrestrial and satellite networks, offering our customers continuous and absolutely global service, operating simply and transparently. The ability to use Kinéis technology on already available and widespread electronic components like those of Semtech illustrates the interest in rapid dissemination of satellite IoT applications.”

The Kinéis-Semtech offering highly anticipated by the IoT ecosystem

Kinéis is a key player in the satellite IoT market with sustainability sought by its customers. Only four years after its historic fundraising of 100 million euros, the Toulouse-based company will deploy, starting summer 2024, its constellation of 25 nanosatellites, the first European constellation dedicated to IoT.

The Kinéis-Semtech offer meets the expectations of IoT solution users. Among them, Beepings, as a pilot partner, welcomes this close collaboration between Kinéis and Semtech. Since 2017, Beepings has been developing autonomous tracking solutions with very long autonomy using the most innovative technologies, both in Indoor/Outdoor geolocation and data transmission for various external sensors.

Its President, Pierre Fourmestraux, speaks about this complementarity between terrestrial IoT and spatial IoT:

“The Kinéis-Semtech partnership simplifies access to satellite IoT and also reduces the cost of solutions thanks to the LR1110 chip. Beepings is already in the pre-industrialization phase of its first solutions based on Kinéis spatial connectivity and is able to consider very promising new application fields.”

The post Kinéis and Semtech revolutionize access to satellite connectivity with a terrestrial IoT chip appeared first on IoT Business News.

Cellular connectivity has become a very popular option for POS terminals and was incorporated in 52 percent of the devices shipped in 2023. The wireless technology has an important role in facilitating the global adoption of electronic payments, as it enables the rollout of POS terminals to many new market segments and parts of the world where the fixed line telecommunications infrastructure is less developed.

The installed base of cellular POS terminals reached 137.8 million in 2023.

Berg Insight forecasts a CAGR of 8.2 percent between 2023 and 2027, resulting in a total of 188.9 million cellular POS terminals at the end of the forecast period.

Berg Insight projects at the same time that the global installed base of NFC-ready POS terminals will grow at a compound annual growth rate (CAGR) of 7.8 percent from 235.1 million units in 2023 to 317.9 million units in 2027. As a result, more than 95 percent of the world’s POS terminals will be NFC-ready in 2027, up from 85 percent in 2023.

Johan Fagerberg, Principal Analyst at Berg Insight, said:

“The Android POS terminal category has become very popular lately. About a third of the POS terminals sold in 2023 were Android POS terminals.”

The mPOS terminal market is growing at about the same rate as the traditional POS terminal segment. mPOS is the use of consumer-oriented mobile devices such as tablets and smartphones that function as a point-of-sale terminal to facilitate payment card transactions through a connection to a card-accepting reader. The global installed base of mPOS terminals totalled an estimated 109.9 million units in 2023. The installed base of NFC-ready mPOS terminals grew to 79.1 million units during the same year as NFC penetration reached 72 percent worldwide. Berg Insight projects that the installed base of NFC-ready mPOS terminals will grow at a CAGR of 12.3 percent between 2023 and 2027 to reach 125.9 million units worldwide. This corresponds to a penetration rate of 88 percent in 2027.

“Today, the mPOS device segment has also started to face competition from SoftPOS solutions. SoftPOS technology allows businesses to accept payments via a standard iOS or Android device”, concluded Mr. Fagerberg.

The post The installed base of cellular POS terminals to reach 189 million in 2027 appeared first on IoT Business News.

New initiative is launching in partnership with iFoodDS and Trustwell to incorporate Wiliot’s ambient Internet of Things (IoT) data into their software solutions that will enable both companies to add real-time, fully automated, item-level traceability data to their platforms.

Underscoring its commitment to set a new benchmark for food safety, Wiliot, the ambient Internet of Things (IoT) pioneer, today announced a major new food safety initiative that works to create completely transparent and traceable supply chains – soon required for FSMA 204 compliance – through the adoption of ambient IoT technology.

Ambient IoT is a battery-free wireless technology that is being incorporated in multiple wireless standards, such as Bluetooth, 5G Advanced, 6G, and Wi-Fi – allowing food products to be connected to the internet and the power of AI at a fraction of the cost of legacy technologies.

The ambient IoT enables a new real-time inventory paradigm that not only benefits food safety and FSMA compliance, but is the key to more efficient store operations, surviving and thriving in the face of omni-channel competition, and competing on quality as well as value.

As part of this new initiative, Wiliot is partnering with food industry leaders iFoodDS and Trustwell to incorporate its ambient IoT data and technology into both companies’ safety and compliance platforms.

“Empowered by the unprecedented capabilities of the ambient IoT, the entire food industry can move beyond QR codes, advance shipping notices, and electronic documentation to a new traceability paradigm that is infinitely faster, entirely real-time, and drastically reduces the cost of manual labor and technology infrastructure,” said Wiliot CMO Steve Statler. “We look forward to working with iFoodDS and Trustwell to help some of the country’s largest food companies both meet FSMA 204 requirements, while simultaneously adding more value in terms of sustainability, freshness, and operational efficiency that advances the entire food industry.”

Trustwell’s software and consulting solutions are focused on their mission to increase transparency across the supply chain, giving food companies the tools they need to remain always ahead of industry regulations. As innovators and leaders, Trustwell brings together two products, FoodLogiQ and Genesis, to go beyond compliance and set a new standard for safety, transparency, and quality in the food industry.

“The incorporation of Wiliot’s ambient IoT data into our Trustwell Connect Platform will empower brands to have visibility across the supply chain with a trusted single source of truth, fully traceable, compliant and data-driven,” said Julie McGill, Vice President of Supply Chain Strategy and Insights at Trustwell. “More than 2,500 brands around the world rely on Trustwell to manage their regulatory requirements with more than 200 million Critical Tracking Events recorded using our FoodLogiQ Traceability software. The incorporation of Wiliot’s ambient IoT data into our tech solution is going to enable us to take food safety to a new level of traceability with precise execution.”

iFoodDS helps food companies deliver traceable, wholesome, high-quality products to consumers. iFoodDS’ connected traceability, quality, and food safety solutions give companies visibility and insight into their supply chains, reduce food waste, and optimize inventory quality.

“FDA’s Final Traceability Rule, FSMA 204, provides an important framework for the food industry,” Andrew Kennedy, Principal Traceability Advisor, iFoodDS, said today. “The food industry can leverage this framework in conjunction with Wiliot’s Ambient IoT technology and iFoodDS software to significantly enhance food safety, food freshness, and operational efficiency. This game changing technology will help usher in the New Era of Smarter Food Safety.”

Modernizing food safety is critical to the health and wellbeing of people everywhere. The CDC estimates that each year, roughly one in six Americans get sick from foodborne illness. Of those people, 128,000 are hospitalized and 3,000 lose their lives to foodborne disease.

The FDA took decisive action in November 2022, when it finalized its FSMA Rule 204 rule that established a foundation for end-to-end food traceability by focusing on tracking certain foods at each step across the supply chain and expanding beyond ‘one-up, one-back’ traceability. The goal of Rule 204 is to create visibility within the supply chain to enable a better response to foodborne illnesses, contamination, and other public health and safety issues. The food industry has until January 2026 to comply with Rule 204.

“This goal of better protecting consumers cannot be achieved without creating greater transparency and traceability throughout the entire chain of food production distribution system,” said Frank Yiannas, former Deputy Commissioner of the Food & Drug Administration (FDA) and one of the authors of FSMA Rule 204, who also serves as a Strategic Advisor to Williot.

“Wiliot, iFoodDS, and Trustwell are uniquely equipped to make this transparency a reality faster and more efficiently thanks to their collective embrace of a new technology paradigm unlike anything we’ve seen before.”

Wiliot’s battery-free ambient IoT Pixels can attach to any food product or packaging to connect it to the internet and embed it with intelligence. Once attached, products push out item or case-level information about their location, temperature, carbon footprint, and more – equipping food retailers and companies with the high-definition real-time data that is now required as part of FSMA Rule 204.

Wiliot is already working with iFoodDS and Trustwell on a series of FSMA 204 compliance pilot projects with some of the country’s largest food companies. The depth and breadth of these collaborations will continue to scale throughout 2024, ahead of the January 2026 FSMA compliance deadline.

The post Wiliot Introduces New Ambient IoT Food Safety Initiative to Help the Food Industry Create Safer, More Traceable Supply Chains appeared first on IoT Business News.

New integrated monetization platform enables car OEMs to quickly launch, scale and monetize their connected car services in Europe.

KPN IoT and Austrian IoT connectivity provider Freeeway introduce an integrated IoT monetization platform for the automotive market.

The solution enables automotive OEMs and part manufacturers to generate new and recurring revenue streams from their connected cars in Europe.

Quickly adding new revenue streams

The platform combines Freeeway’s IoT Monetization Hub with M2M connectivity from KPN IoT. This all-in-one solution removes the key challenges that car manufacturers face when entering and scaling in highly regulated markets such as Europe. With an integrated and compliant identity verification process, payment provider integrations, the license to sell mobile data plans as well as billing and subscription management capabilities, OEMs attain a quicker time to market and can start adding new revenue streams from their EV cars fast.

Activate and use new services from the convenience of your car seat

Car drivers who have this solution on board will be able to select, activate and enjoy data plans to enable content, entertainment and car features – including traffic information, location services and remote car controls – conveniently through a user-friendly interface from Freeeway. These services can also be extended to other car related IoT devices such as EV wall chargers by offering specific connectivity data plans via the Freeeway platform.

KPN IoT’s global connectivity ensures the communication between the car and the monetization platform and provides the best network which is required to deliver the preferred services to users in each country. Based on the country where the car is sold, KPN IoT ensures that the content is always localized. This, for example, means that German car owners will have access to German Netflix content.

KPN IoT and Freeeway have been partnering for over 8 years, jointly connecting millions of IoT devices in different sectors. With this new offering for the automotive industry, the two companies are bringing their consultative, customer centric and tailored approach to automotive companies that are looking to grow and monetize their EV cars in Europe quickly.

“The way cars are used is changing. The needs of car owners go far beyond performance and specifications. Moreover, with autonomous driving on the horizon, the ability to deliver connectivity, entertainment and productivity to cars will become even more prominent. Car manufacturers have been subsidizing connectivity services, but that is simply not a sustainable long-term option for them. They need new monetization options. We see a huge opportunity for and interest in our platform that helps car manufacturers to do exactly that, now and in the future.” – Harald Fuchs, CEO Freeeway.

“KPN IoT has been active in the automotive industry since 2014, serving companies such as Lotus, MG, ZF and others in order to provide global connectivity to their products. Currently, millions of EVs are driving around with KPN SIMs on board in Europe and on other continents. From eCall to predictive maintenance and intelligent insurance, we enable a wide range of IoT applications in the automotive market. We are very excited to add to this range by bringing this joint solution with Freeeway to market, helping automotive companies develop new business models in an industry that is going through a major transformation.” – Carolien Nijhuis, Managing Director KPN Internet of Things & Data Services

The post KPN IoT and Freeeway help car manufacturers add new revenue streams from connected cars appeared first on IoT Business News.

Data traffic from cellular IoT connections is expected to rise to 110.8 exabytes (EB) by 2028, according to Omdia’s latest research.

This surge is driven by heightened demand for data that can be analyzed, aimed at enhancing operational efficiency to generate new revenue streams for companies.

The research uncovered that most cellular IoT data traffic will originate from the automotive vertical, with the largest use cases being infotainment such as streaming video and audio, and firmware over-the-air updates. Over the period between 2023 to 2028, automotive data traffic is forecast to rise from 18.6 EB to 59.4 EB, fueled by the integration of infotainment systems in newer vehicles with greater numbers of consumers taking up these services expected to utilize 5G connectivity. Transport and logistics emerge as the next significant vertical for cellular IoT data traffic, while all other verticals collectively account for less than 25% of the total traffic after 2024 according to the report.

Alexander Thompson, Senior Analyst for IoT at Omdia stated:

“A small number of use cases are responsible for the majority of cellular IoT data traffic. It is evident that video use cases, particularly those with mobility, such as video screens in cities and retail settings, will generate the highest data traffic.”

“The exponential growth in cellular IoT data traffic is being driven both by specific use cases and the growth in hyperscale IoT, characterized by the increasing connections of vast numbers of low power devices. Despite this, cellular IoT data traffic remains only a modest portion of the overall cellular data traffic landscape,” added Andrew Brown, Practice Lead for IoT at Omdia.

Furthermore, the research highlights Asia & Oceania will be the largest region for data traffic, comprising 60.6% of the global figure in 2023. This trend is attributed to the high number of video cameras installed, particularly within smart cities initiatives across the region.

The post New Omdia research states that cellular IoT data traffic will comprise 4.2% of total cellular data traffic in 2028 appeared first on IoT Business News.

Introduction

In today’s fast-paced digital world, the integration of Information Technology (IT) into education has become more than just a trend—it’s a transformative force reshaping the way we teach and learn. From interactive online courses to virtual reality simulations, technology is revolutionizing education, unlocking new possibilities for students and educators alike. In this article, we’ll explore the various ways in which IT integration is revolutionizing education and unlocking knowledge for learners around the globe.

The Role of IT in Education

Information Technology encompasses a wide range of tools, systems, and applications that facilitate the storage, retrieval, and dissemination of information. In the context of education, IT plays a crucial role in enhancing the learning experience, expanding access to educational resources, and promoting collaboration and engagement among students. Here are some key ways in which IT is transforming education:

Online Learning Platforms

With the rise of online learning platforms such as Coursera, Udemy, and Khan Academy, students can access a wealth of educational resources anytime, anywhere. These platforms offer a diverse range of courses on various subjects, allowing learners to pursue their interests and acquire new skills at their own pace.

Interactive Learning Tools

IT tools such as interactive whiteboards, educational apps, and multimedia presentations enhance classroom instruction by making learning more interactive and engaging. These tools enable educators to create dynamic and immersive learning experiences that cater to diverse learning styles and preferences.

Virtual Reality and Augmented Reality

Virtual reality (VR) and augmented reality (AR) technologies are revolutionizing education by providing immersive learning experiences that simulate real-world environments. From virtual field trips to anatomy simulations, VR and AR allow students to explore complex concepts in a hands-on and interactive manner.

Personalized Learning

IT enables personalized learning experiences tailored to individual student needs and preferences. Adaptive learning algorithms analyze student performance data to deliver customized learning paths and recommendations, helping students learn at their own pace and maximize their potential.

Collaborative Tools and Platforms

IT facilitates collaboration and communication among students and educators through collaborative tools and platforms such as Google Workspace, Microsoft Teams, and Slack. These platforms enable real-time collaboration on projects, assignments, and group discussions, fostering teamwork and communication skills.

Benefits of IT Integration in Education

The integration of IT into education offers numerous benefits for students, educators, and educational institutions alike. Here are some of the key benefits:

Expanded Access to Education: IT enables access to educational resources and opportunities for learners around the globe, regardless of geographic location or socioeconomic status. Online courses, digital textbooks, and virtual classrooms make education more accessible and inclusive.

Enhanced Engagement and Motivation: Interactive learning tools and multimedia content captivate students’ attention and increase engagement in the learning process. Gamified learning experiences, interactive quizzes, and virtual simulations make learning fun and enjoyable, motivating students to actively participate and learn.

Improved Learning Outcomes: Research has shown that integrating IT into education can lead to improved learning outcomes, including higher student achievement, increased retention of information, and better mastery of subject matter. Personalized learning experiences cater to individual student needs, resulting in deeper understanding and mastery of concepts.

Efficiency and Productivity: IT streamlines administrative tasks, communication processes, and instructional delivery, saving time and resources for educators and educational institutions. Automated grading systems, online collaboration tools, and digital assessments increase efficiency and productivity in the classroom.

Preparation for the Digital Economy: By integrating IT into education, students gain essential digital literacy skills and technology competencies that are increasingly important in today’s digital economy. Familiarity with IT tools and platforms prepares students for success in the workforce and equips them with the skills needed to thrive in an increasingly digital world.

Challenges and Considerations

While the integration of IT into education offers numerous benefits, it also presents challenges and considerations that must be addressed. These include:

Access and Equity: Ensuring equitable access to technology and digital resources for all students, regardless of socioeconomic background or geographic location, is essential for addressing digital divides and promoting inclusive education.

Data Privacy and Security: Protecting student data and privacy rights is paramount when integrating IT into education. Educational institutions must implement robust data privacy policies and security measures to safeguard sensitive information and comply with regulatory requirements.

Professional Development: Educators require ongoing training and professional development opportunities to effectively integrate IT into their teaching practices. Providing educators with the necessary support, resources, and training programs is essential for successful IT integration in education.

Digital Divide: Bridging the digital divide and ensuring equitable access to technology infrastructure and internet connectivity is critical for ensuring that all students can benefit from IT integration in education. Efforts to address disparities in access to technology and digital resources are essential for promoting educational equity.

Safeguarding Digital Learning Environments

In an era of increasing cyber threats and data breaches, safeguarding digital learning environments against cyber attacks and security vulnerabilities is paramount. Cyber security certification equips educators and IT professionals with the knowledge, skills, and certifications needed to protect sensitive data, secure digital infrastructure, and mitigate cyber risks in educational settings.

Importance of Cyber Security Certification in Education

Data Protection

Educational institutions collect and store vast amounts of sensitive student data, including personal information, academic records, and financial details. Cyber security certification ensures that educators and IT staff are equipped with the expertise needed to protect this data from unauthorized access, breaches, and cyber threats.

Network Security

With the proliferation of digital learning platforms and online resources, educational networks are increasingly susceptible to cyber attacks and security breaches. Also, cyber security certification enables IT professionals to implement robust network security measures, including firewalls, encryption, and intrusion detection systems, to safeguard against cyber threats and vulnerabilities.

Cyber Hygiene

Educators play a crucial role in promoting cyber hygiene and best practices among students, teaching them how to recognize and respond to cyber threats, phishing attacks, and online scams. Cyber security certification provides educators with the knowledge and resources needed to educate students about cyber security awareness and digital citizenship.

Compliance and Regulations

Educational institutions must comply with data protection laws, regulations, and industry standards governing the handling and storage of student data. Cyber security certification ensures that educators and IT staff are familiar with relevant laws and regulations, such as the Family Educational Rights and Privacy Act (FERPA) and the Children’s Online Privacy Protection Act (COPPA), and are able to maintain compliance in their digital learning environments.

Future Trends in IT Integration in Education

Looking ahead, several emerging trends are shaping the future of IT integration in education. These include:

Artificial Intelligence (AI) and Machine Learning

AI-powered educational tools and intelligent tutoring systems are revolutionizing personalized learning by providing adaptive and responsive learning experiences tailored to individual student needs.

Internet of Things (IoT)

IoT devices and sensors are being used to create smart learning environments that enhance classroom instruction, monitor student engagement, and provide real-time feedback to educators.

Blockchain Technology

Blockchain technology has the potential to revolutionize credentialing and certification processes in education by providing secure and tamper-proof records of academic achievements and qualifications.

Immersive Technologies

Advances in virtual reality (VR), augmented reality (AR), and mixed reality (MR) are enabling immersive learning experiences that simulate real-world environments and enhance student engagement and retention.

Conclusion

In conclusion, the integration of Information Technology (IT) into education is revolutionizing the way we teach and learn, unlocking new opportunities for students, educators, and educational institutions alike. From online learning platforms and interactive tools to virtual reality simulations and personalized learning experiences, IT integration is transforming education and unlocking knowledge for learners.

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Next-generation IoT enabler – Myriota FlexSense – offers a fast and low-risk path to empower Solution Providers and OEMs to develop sensing solutions, validate real world value and streamline their pathway to market

Myriota, the global telco for field generated intelligence, has announced the launch of Myriota FlexSense, the fastest deploy-ready hardware platform for developers seeking to build capable sensor based solutions.

The device is designed with advanced Bluetooth Low Energy and multi-sensor capabilities and is enabled by Myriota’s low-power satellite connectivity. With capacity for four AA batteries, FlexSense can be configured to last in excess of ten years.

An industry-first, FlexSense enables solution providers and OEMs to develop and deliver tracking and sensing IoT solutions within months, not years. Taking minutes to deploy from unboxing to installation, FlexSense offers a code-free experience for a host of applications, including location monitoring and humidity, pressure, temperature and vibration sensing.

FlexSense provides critical connectivity for remote tracking and sensing data wherever it’s needed. With this solution, Myriota enables partners to significantly reduce development costs and complexity, and accelerate market entry. The device features a highly rugged and resilient IP67-rated, UV-resistant enclosure, operational from -30°C to +70°C (-22°F to 158°F), and comes with a preinstalled 3m cable equipped with versatile sensor interfaces including analogue, digital, serial, and I2C. Perfect for rigorous real world field trials.

Ben Cade, CEO, commented:

“With FlexSense we redefine the IoT landscape, making it easier than ever before for developers to design and deploy IoT solutions that work anywhere. The technology works seamlessly with a variety of sensors, meaning our partners can rapidly customise the hardware to meet their unique specifications across a wide range of use cases.”

“Our technology is trusted by Solutions Providers and OEMs looking to bring best-in-class IoT solutions to sectors including agriculture, water, and transport & logistics, as well as a whole host of environmental applications. Our global reach is testament to the trust our customers have in the reliability of our hardware and services, and our ability to provide them with a competitive edge in an ever-changing global market.”

The technology, which is now being rolled out globally, has been rigorously tested ahead of launch. This includes Denmark-headquartered Grundfos, the global pump and water solutions company, which is using Myriota FlexSense ready-to-deploy hardware to deliver a robust pump and tank monitoring system.

Tom Drew, Global Business Development Manager, Solar, Grundfos commented: “Myriota is an indispensable partner for our business, enabling us to deliver our energy and water solutions for a wide range of use cases across the globe. Their low-power connectivity enables our customers to optimise operations over huge distances, reduce energy consumption, and maximise sustainability, while also ensuring faster response times to issues such as water leaks.”

As OEMs’ sales volumes increase, they can easily switch from FlexSense to fully-customised solutions built using the Myriota Module. This gives OEMs a quick and low-risk route to building solutions that meet precise economic and form factor requirements.

FlexSense is the latest partner enabling solution from Australian headquartered Myriota. The company achieved 300% growth in deployed devices in FY2023, and is rapidly scaling deployments across APAC, USA, EMEA, and LATAM.

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Elevators are often an understated component of our daily routines. Typically, one simply presses a button, waits briefly, and proceeds to their destination with little thought. However, the advent of the Internet of Things (IoT) is poised to revolutionize this experience. Imagine elevators becoming significantly more intelligent through IoT integration.

The Internet of Things (IoT) in the elevator market represents an exciting and rapidly evolving sector. IoT encompasses a network of interconnected devices capable of communicating and sharing data. Applied to elevators, this entails incorporating advanced technologies to improve their functionality, safety, and efficiency.

Consider an elevator capable of predicting maintenance requirements, optimizing energy consumption, and providing real-time updates to building management systems. This encapsulates the transformative potential IoT brings to the elevator industry.

Equipped with an array of sensors, these elevators continuously monitor their operational status. It is analogous to having a personal trainer who constantly checks your vital signs and advises when a break is necessary. Rather than waiting for malfunctions to occur, these smart elevators can anticipate issues before they arise, eliminating the inconvenience of being trapped between floors en route to an important meeting.

As per FACTMR, IoT in the elevators market is expected to witness a CAGR of 13.4% during the forecast period (2022-2032)

The IoT in the elevator market is driven by several key factors. Enhanced safety and security are major drivers, as IoT technologies enable real-time monitoring and predictive maintenance, significantly reducing the risk of elevator failures and accidents. Sensors and cameras further enhance security by monitoring usage and detecting anomalies.

Recent Trends in the Market:

Predictive Maintenance: One of the most significant trends is predictive maintenance. IoT-enabled elevators can monitor their performance in real-time, using sensors to detect anomalies and predict when maintenance is required. This reduces downtime and maintenance costs by addressing issues before they become major problems.

Energy Efficiency: IoT technologies help optimize energy consumption. Elevators can adjust their operation based on real-time usage patterns, which not only conserves energy but also reduces operational costs. Smart elevators can go into a standby mode when not in use, or adjust their speed and acceleration to be more energy-efficient.

In Europe, KONE has developed a regenerative drive system for their elevators. This system captures the energy generated when the elevator goes down or when it slows down and converts it into electricity that can be used elsewhere in the building. In some cases, these elevators can generate up to 20% of their operating energy from this process. It’s like your elevator is a mini power plant, helping to cut down on the building’s overall energy consumption.

Enhanced Safety: Safety is paramount in elevator design. IoT sensors can continuously monitor various safety parameters, such as door operations and cable integrity. They can instantly alert maintenance crews to potential safety issues, improving overall safety and reliability.

User Experience: Modern elevators can offer a more personalized user experience. For instance, smart elevators can recognize users through RFID cards or smartphones, adjusting settings to their preferences, such as preferred floor stops or ambient settings like lighting and music.

Data Analytics: The data collected by IoT-enabled elevators can be analyzed to gain insights into usage patterns, which any interesting fact or product in this market in any country.

In the city of Dubai, the Burj Khalifa’s elevators are equipped with advanced IoT systems that collect vast amounts of data on usage patterns. This data is analyzed to optimize elevator performance and reduce wait times. For instance, during peak visiting hours, the system can predict high-traffic periods and adjust elevator deployment accordingly. This ensures that visitors have a smooth and efficient experience, even when the building is at its busiest.

Though the market is growing rapidly there are certain challenges restricting the growth of the market.

Cybersecurity: With increased connectivity, IoT-enabled elevators are more vulnerable to cyberattacks. Hackers could potentially gain control of the elevator system, causing significant disruptions or compromising passenger safety.

Integration with Legacy Systems: Many buildings still use older, legacy elevator systems. Integrating new IoT technologies with these existing systems can be complex and costly, often requiring significant upgrades in both hardware and software. In the past, various office buildings in New York City faced difficulties when trying to retrofit their old elevator system with modern IoT capabilities. The existing infrastructure was incompatible with the new technology, resulting in a costly and time-consuming overhaul to enable full integration.

Data Privacy: IoT devices collect vast amounts of data, including potentially sensitive information about building occupants. Ensuring that this data is handled in compliance with privacy regulations is a significant challenge. In Europe, where GDPR (General Data Protection Regulation) is strictly enforced, elevator companies like KONE and Thyssenkrupp must ensure that the data collected by their IoT systems is anonymized and securely stored. This compliance is essential to avoid hefty fines and maintain user trust.

Initial Investment Costs: The initial cost of implementing IoT-enabled elevator systems can be high. While the long-term benefits and savings are substantial, convincing stakeholders to invest in these technologies upfront can be difficult. A residential high-rise in Los Angeles evaluated the cost of upgrading to an IoT-enabled elevator system. The initial investment was projected to be several hundred thousand dollars, which caused hesitation among the building’s management committee. Despite the potential long-term savings, the upfront cost was a significant barrier.

Here are some of the top companies providing IoT-enabled elevator solutions, highlighting their contributions and unique offerings in the market:

Otis Elevator Company: Otis is one of the largest and most well-known elevator companies globally. They have a strong focus on integrating IoT technologies to enhance their products. The company offers Otis ONE. This IoT service platform enables real-time monitoring and data analysis to predict maintenance needs, enhance safety, and improve operational efficiency. It uses advanced algorithms to optimize performance and reduce downtime. Otis ONE provides a comprehensive view of elevator operations through a cloud-based dashboard, allowing building managers to monitor multiple elevators in real time and receive predictive maintenance alerts.

Schindler Group: Schindler is a leading global provider of elevators, escalators, and moving walkways. They have been proactive in adopting IoT to improve their service offerings. This digital solution uses IoT and big data analytics to monitor elevators and escalators. It focuses on predictive maintenance, real-time diagnostics, and remote monitoring. Schindler Ahead offers a modular digital toolkit that includes features like Ahead ActionBoard, which provides real-time operational insights and maintenance status, and Ahead AdScreen, an in-elevator digital advertising platform.

KONE Corporation: KONE is a global leader in the elevator and escalator industry, known for its innovative and sustainable solutions. The company offers 24/7 Connected Services and these service uses IoT to monitor elevator performance and provide predictive maintenance. It leverages IBM’s Watson IoT platform to analyze data and predict potential issues.

Thyssenkrupp Elevator: Thyssenkrupp is renowned for its cutting-edge elevator technologies, including the use of IoT to enhance functionality and efficiency. The company offers a predictive maintenance solution that uses IoT to monitor elevator health in real time. This collects data from sensors and uses machine learning to predict maintenance needs before failures occur. This not only predicts maintenance needs but also provides actionable insights to service technicians, helping them to prepare in advance and reducing elevator downtime.

Mitsubishi Electric: Mitsubishi Electric is a significant player in the elevator industry, offering advanced IoT solutions to improve elevator performance and user experience. Mitsubishi’s IoT platform focuses on predictive maintenance and energy efficiency. It uses sensors to collect data on elevator operations and applies AI to optimize performance.

These companies are leading the charge in integrating IoT into elevator systems, bringing significant improvements in maintenance, safety, efficiency, and user experience. Their innovative solutions are transforming how elevators operate and are maintained, making buildings smarter and more efficient.

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First-of-its-kind module supports both public and private utilities networks.

Sequans Communications, S.A., leader in 4G/5G cellular IoT chips and modules, announced that its Cassiopeia CA410 module has achieved certification from regulatory agencies PTCRB and GCF, and has undergone successful field testing with one of the largest electricity providers in California.

The Cassiopeia CA410 module was designed in collaboration with Anterix, the nation’s largest holder of 900 MHz spectrum (896-901/935-940 MHz) throughout the contiguous United States, plus Alaska, Hawaii, and Puerto Rico. The Cassiopeia CA410 module provides utilities with combined support for 900 MHz, CBRS, and public MNO bands in a single solution, allowing utilities to operate private LTE networks and seamlessly connect to public networks, enabling utilities to provide secure, reliable and continuous service. The field testing proved the ability of the CA410 to transmit on the private LTE bands, Anterix band 106 and CBRS band 48, with mobility, reliable handover, and instant failover, with no interruption in service.

“The Sequans’ CA410 module is purpose-built for utilities and now it is ready for prime time,” said Steve Ryan, Vice President, Ecosystem and Partnerships, Anterix. “Successful field testing demonstrates the power of the Anterix Active Ecosystem in bringing together industry leading innovators like 4RF, GE Vernova, RAD, and Sequans to develop solutions for utilities that enhance the value of their private wireless broadband network investments.”

“In developing the Cassiopeia CA410 module, we leveraged our years of experience working with USA mobile network operators and utility companies,” said Olivier Pauzet, EVP, Marketing and Strategy, Sequans.

“Now fully certified, field tested, and in mass production, the CA410 is ready to take its place as a key component in smart meters, gateways, and routers in utility AMI/DA applications, with the required flexibility, reliability, and security.”

The Cassiopeia CA410 module delivers LTE Cat 4 throughput and is available in two form factors: LCC, a small surface mount form factor that enables easy mounting into small and thin devices; or M.2, a standard form factor that enables immediate integration into devices with M.2 sockets.

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Internet of Things, or IoT, is no longer just about smart homes and wearable tech, it rather marks a profound new shift in the digital landscape, one that is leaving its mark in traditionally rigid sectors such as legal services and compliance.

By connecting everyday objects to the web, IoT is now making legal compliance smarter, swifter, and more transparent, and helping reduce the inefficiencies and red tape that have long been prevalent in this space.

In this article, we uncover IoT’s nuances and how they interact with the legal universe while fundamentally reshaping the business compliance playbook.

Automated Monitoring: Catching Issues As They Happen

The world of compliance revolves around a checklist, that comes with specific timelines, but imagine if you will, a future where this is no longer the case, but is replaced with automated, real-time, round-the-clock monitoring which leaves absolutely nothing to chance.

For example, IoT sensors can now monitor pollution levels in real-time, tracking and reporting any deviations, so that corrective actions can be taken right away. Traditionally, pollution monitoring involved conducting expense audits after regular intervals, following which a business would likely be fined for failing to meet the standards.

IoT sensors aren’t just collecting data, they are proactively communicating with different parts of your entire operation, generating actionable insights for decision-makers.

Precision & Clarity In Reporting

When it comes to compliance, accuracy is non-negotiable. IoT shines here, offering precise, tamper-proof records that streamline reporting.

What’s more, integrating blockchain can lock down this data, making it secure from tampering and easy to trace. This isn’t just good for meeting regulations – it builds trust with regulators and can simplify compliance, potentially cutting down on inspections and costs.

This transparency is a boon for businesses too. It demonstrates a commitment to legal and ethical standards, boosting public image and reassuring investors. In a nutshell, accurate IoT data can make or break a company’s reputation.

Leveraging Legal Operations Support in the IoT Era

As businesses navigate the complexities of compliance in the IoT era, leveraging legal operations support becomes increasingly vital. Legal operations professionals play a crucial role in ensuring that companies adhere to regulatory requirements while maximizing the benefits of IoT technology.

These experts draft contracts, manage compliance frameworks, and provide essential support to legal teams. This enables seamless integration of IoT into business operations. Deciding to access legal operations professionals can be a strategic move for those looking to enhance their legal team’s capabilities.

Predictive Powers: Staying One Step Ahead

IoT’s capabilities don’t end with monitoring, they extend into predicting potential compliance issues before they blow up. Thanks to advanced analytics and machine learning, IoT systems can spot patterns and forecast future trends. This means companies can act preemptively to sidestep compliance pitfalls, shifting from a reactive to a proactive stance.

In the realm of finance, for example, integrating IoT with AI can track and flag unusual transactions in real time, bolstering efforts against money laundering. This proactive approach is efficient and can be a game-changer in regulatory compliance, allowing companies to handle potential issues before they become real headaches.

Navigating Challenges & Ethical Waters

With great technology comes great responsibility – especially when it comes to privacy. As IoT devices scoop up vast amounts of data, safeguarding personal information in line with laws like the GDPR becomes paramount.

Companies need to be crystal clear about what data they collect and how they use it to avoid infringing on privacy rights.

Moreover, the tech-heavy nature of IoT raises cybersecurity stakes. Unsecured devices can open the door to cyberattacks, risking sensitive compliance data. Thus, strong cybersecurity measures are essential to protect data and maintain privacy.

Conclusion

The influence of IoT on legal compliance is poised to expand. As regulatory technology (RegTech) continues to evolve, it will likely integrate more deeply with IoT, offering even more powerful tools for managing compliance.

The future may also see a push toward global standardization of compliance practices, making life easier for companies operating across borders.

In sum, IoT is not just reshaping legal compliance – it’s redefining it, embedding it into the operational fabric of businesses. As technology advances, compliance is set to become a seamless aspect of business strategy, benefiting everyone from boardroom execs to the everyday consumer.

The post How IoT Is Transforming Legal Compliance In The Digital Age? appeared first on IoT Business News.

Breaking down the complexities of LoRaWAN development to reduce time-to-market for IoT projects and lower total cost of ownership.

Arrow Electronics has announced an EMEA distribution agreement with The Things Industries, a full-service LoRaWAN (Long Range Wide Area Network) solutions provider.

Building on the synergies between The Things Industries’ LoRaWAN network server, The Things Stack Cloud, and Arrow’s suite of related products, the collaboration will help reduce the total cost of ownership for LoRaWAN projects.

Through the agreement, Arrow will provide all three essential elements for a successful LoRaWAN project – components, LoRaWAN connectivity, and engineering services – from a single source. This integrated approach offers customers significant advantages, including cost savings, time efficiency, simplified procurement, and efficient support.

Vitali Damasevich, director engineering – Eastern Europe & ESC EMEA, Arrow Electronics, said: “Customers can accelerate and streamline their LoRaWAN-enabled product development by pairing Arrow’s high level of support, from design, development and production and The Things Industries secure cloud provisioning.”

As a well-established LoRaWAN connectivity and services provider, The Things Industries assumes a leading role in the global LoRaWAN ecosystem. With a global installed base of over 50,000 gateways, 1.5 million connected devices and 500 enterprise customers, the company’s mission is to break down the complexities of LoRaWAN development, allowing for integration and interoperability across the supply chain and lower the total cost of ownership. The company envisions a platform for anyone who wants to become a LoRaWAN expert and build competitive LoRaWAN solutions.

Wienke Giezeman, CEO, The Things Industries, said:

“Our LoRaWAN solution, The Things Stack Cloud, along with Arrow’s IoT hardware and software expertise, will help companies save significantly on upfront development and ongoing IoT operational costs, as well as reduce time-to-market.”

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Introduction

In the expansive realm of the Internet of Things (IoT), seamless and efficient communication is paramount. As industries evolve to become smarter and more interconnected, the role of IoT protocols becomes increasingly critical. MQTT (Message Queuing Telemetry Transport) and OPC UA (Open Platform Communications Unified Architecture) are two of the foremost protocols spearheading this advancement in industrial and automation sectors. Their robustness, flexibility, and security features make them indispensable in today’s IoT ecosystem. This article series will explore each protocol in depth, illustrating their importance and functionalities, and why they are considered foundational components of IoT communications.

Understanding MQTT

History and Origin

Developed in 1999 by Andy Stanford-Clark of IBM and Arlen Nipper of Cirrus Link (formerly Arcom), MQTT was originally created to support connections with remote oil pipelines over satellite networks, which required a highly efficient messaging system. The protocol’s design was specifically tailored to conserve bandwidth and ensure reliable message delivery in environments with limited connectivity, making it an ideal choice for various telemetry applications.

Core Concepts and Architecture

MQTT is fundamentally built on a publish/subscribe messaging pattern. This architecture is facilitated by a central broker that manages all message transmissions. Clients, which can be either publishers or subscribers, connect to the broker. Publishers send messages to the broker, tagging them with a topic, and subscribers receive messages by subscribing to these topics.

Broker

The broker is the heart of MQTT’s architecture. It is responsible for receiving all messages, filtering them, determining who is interested, and then publishing those messages to subscribed clients. This decoupling of publishers and subscribers allows the network to efficiently scale to a large number of distributed systems.

Publisher/Subscriber Model

The publisher/subscriber model eliminates the need for direct connections between devices, which enhances scalability and reduces system complexity. This model is particularly effective in IoT scenarios where many devices need to send data to multiple consumers who may have different data requirements.

Topics and Message Structure

• Topics: In MQTT, topics are used to route messages from publishers to subscribers. The topic namespace is hierarchical and resembles a filesystem path structure, which allows for expressive and flexible topic filtration.
• Message Structure: MQTT messages are composed of three parts:
• Fixed header: Contains essential metadata about the message, such as the message type and the QoS level.
• Variable header: Optional and context-specific, includes elements like topic name and packet identifier.
• Payload: The actual data being sent, which can be up to 256 MB in size.

Key Features

• Quality of Service (QoS): MQTT offers three levels of QoS to cater to different delivery guarantees:
• QoS 0 (At most once): Best-effort delivery without confirmation.
• QoS 1 (At least once): Ensures the message arrives at least once.
• QoS 2 (Exactly once): Guarantees message delivery exactly once.
• Last Will and Testament (LWT): This feature is crucial for detecting and responding to client disconnections from the broker. A client can specify a will message that the broker will send to interested parties if it disconnects ungracefully.

Advantages and Use Cases

MQTT’s lightweight packet structure and efficient distribution mechanism make it highly suitable for environments with limited network bandwidth. Its use cases are broad, covering:

• IoT applications where devices periodically send data like temperature or status updates.
• Implementations requiring real-time updates and alerts, such as security systems and vehicle tracking.

Ideal Scenarios for MQTT Usage

• Telemetry: Data collection from field devices such as in agriculture for monitoring soil moisture.
• Home Automation: Controlling lights, locks, and other home systems remotely.

Case Studies Highlighting MQTT Implementation

Industries like manufacturing and healthcare have leveraged MQTT to enhance operational efficiency and patient care. For example, MQTT has been used to monitor manufacturing equipment to predict maintenance needs and in healthcare settings to manage asset tracking of medical equipment.

Demystifying OPC UA

Historical Context and Development

OPC UA was developed by the OPC Foundation as a successor to the original OPC (OLE for Process Control) standards, which were tied to Windows operating system platforms and dependent on Microsoft’s COM/DCOM technologies. Recognizing the need for a platform-independent, more secure, and scalable architecture, the OPC Foundation introduced OPC UA in 2006. This new protocol was designed to support complex data types and offer a secure and reliable communication framework suitable for the demands of industrial automation.

Core Concepts and Architecture

OPC UA is more than just a protocol; it is a comprehensive framework for data exchange and a machine-to-machine communication paradigm in industrial automation. Unlike MQTT, which primarily focuses on data transport, OPC UA also emphasizes data modeling, which is crucial for representing the semantics and metadata of information.

Server/Client Model

• Server: In OPC UA, the server provides data to clients and offers interfaces for clients to interact with it. It handles all aspects of the data management, security, and communications.
• Client: The client consumes the data provided by the server and can also send commands or write data back to the server, depending on the permissions set by the system.

Information Modeling in OPC UA

One of OPC UA’s standout features is its robust information modeling capabilities, which allow it to not only transport data but also describe what the data represents. This is essential in industrial applications where understanding the context of data is as important as the data itself.

• Nodes and References: At its core, OPC UA represents data as nodes, which can be objects, variables, or methods. These nodes are interconnected by references, which can represent hierarchical relationships or data flows.
• Address Space: OPC UA utilizes a structured address space that contains nodes representing all data and services accessible from the server. This approach allows clients to discover data and functionalities dynamically and interact with them in a standardized way.

Key Features

• Platform Independence: Unlike its predecessors, OPC UA is platform-agnostic, capable of running on any system from embedded microcontrollers to cloud-based servers.
• Built-in Security Mechanisms: OPC UA offers comprehensive security features, including encryption, authentication, and user control, making it suitable for critical industrial applications.
• Data Encryption and Authentication: These features ensure that data is not only secure during transmission but also that the entities exchanging information are verified.

Advantages and Use Cases

OPC UA’s sophisticated information modeling and security features make it ideal for complex industrial automation tasks where multiple systems need to interact seamlessly and securely.

• Industry 4.0 and Smart Factories: OPC UA is crucial in the context of Industry 4.0, where it facilitates interoperability among various devices and systems within smart factories.
• Energy Management: OPC UA is used in energy management systems for efficient monitoring and control of electrical systems across grids.

Real-world Examples of OPC UA in Action

Several industrial automation giants have adopted OPC UA to enhance connectivity and automation in their processes. For instance, major automotive manufacturers use OPC UA for device interoperability and to streamline their production lines, enhancing real-time data exchange and system interoperability.

MQTT vs. OPC UA

Below is a detailed comparison of MQTT and OPC UA presented in a tabular format, highlighting their primary characteristics, advantages, and typical use cases to facilitate a clear understanding of when and why each might be preferred in different IoT environments.

Comparative Table: MQTT vs. OPC UA

This table summarizes the distinct aspects and capabilities of MQTT and OPC UA, helping to clarify the scenarios in which each protocol excels. MQTT is generally better suited for less complex, high-volume, and resource-constrained environments. In contrast, OPC UA is tailored for industrial applications where detailed data modeling, robust security, and reliable communications are paramount.

When selecting a protocol, consider the specific demands of your application, including data complexity, required security level, network stability, and scalability needs. This comparison should serve as a guide to making an informed decision that aligns with the technical requirements and goals of your IoT or IIoT deployment.

The post Exploring MQTT & OPC UA: The Backbone of IoT Communication appeared first on IoT Business News.

In today’s fast-paced business landscape, compliance with regulations and standards is paramount. Failing to meet these requirements can result in hefty fines, damaged reputations, and even legal consequences. To navigate this complex regulatory environment, companies are turning to compliance automation software. These tools streamline processes, reduce human error, and ensure adherence to regulations.

The top 8 compliance automation software solutions of 2024

1. Scytale

Scytale takes the top spot on our list, and for good reason. This comprehensive compliance automation platform offers unmatched automated capabilities and expert guidance. The platform’s intuitive interface simplifies the compliance process for more than 20 frameworks and regulations, allowing users to easily navigate complex compliance standards. Users particularly appreciate the expert guidance provided by Scytale’s team, as well as the platform’s automated evidence collection capabilities and built-in audit solutions. This combination of advanced technology and personalized support has solidified Scytale’s position as a top choice for compliance automation.

2. Strike Graph

Strike Graph earns its place as a strong contender in the compliance automation arena. This platform excels in simplifying compliance workflows and facilitating collaboration among team members. Its integration with popular productivity tools enhances efficiency, while its powerful analytics capabilities provide valuable insights. However, Strike Graph falls short in terms of customization options and scalability compared to its competitors, making it less suitable for larger enterprises with complex compliance needs.

3. Logicgate

Logicgate offers a user-friendly interface and robust automation features, making it a popular choice among compliance professionals. Its workflow management capabilities streamline processes, reducing the time and resources required for compliance tasks. However, Logicgate lags behind in terms of risk assessment functionality, limiting its effectiveness in identifying and addressing potential compliance risks proactively.

4. Onetrust

Onetrust is renowned for its privacy and data governance capabilities, making it an ideal choice for organizations handling sensitive information. However, its compliance automation features are somewhat limited compared to other solutions on our list. While Onetrust excels in specific areas such as GDPR compliance, it may not offer the breadth of functionality required to address all compliance needs comprehensively.

5. ComplyUp

ComplyUp caters to the needs of small to mid-sized businesses seeking to streamline their compliance efforts. Its straightforward interface and customizable templates make it easy to implement and adapt to various regulatory requirements. However, ComplyUp lacks the advanced features and scalability needed to support larger enterprises with complex compliance frameworks.

6. Apptega

Apptega stands out for its user-friendly interface and robust risk management capabilities. Its comprehensive library of compliance frameworks simplifies the process of aligning with industry standards and regulations. However, Apptega falls short in terms of integration options and automation capabilities, limiting its potential for seamless compliance management.

7. AuditBoard

AuditBoard excels in audit management and compliance reporting, providing organizations with the tools they need to conduct thorough assessments and maintain audit trails. However, its compliance automation features are relatively basic compared to other solutions on our list. Organizations seeking a more comprehensive compliance management solution may find AuditBoard lacking in certain areas.

8. Onspring

Onspring offers a range of compliance management features, including policy management, issue tracking, and reporting. However, its user interface is less intuitive compared to other solutions, making it somewhat challenging to navigate for less tech-savvy users. Additionally, Onspring lacks the advanced automation capabilities found in top-tier compliance automation software solutions.

Benefits of Compliance Automation Platforms

Enhanced Accuracy and Consistency

Manual compliance processes are susceptible to errors stemming from human oversight or misinterpretation of regulations. Compliance automation platforms leverage advanced algorithms and data analytics to ensure accuracy and consistency in compliance-related tasks. By automating routine processes such as data collection, analysis, and reporting, these platforms significantly reduce the margin for error, thereby enhancing regulatory compliance.

Time and Cost Savings

Traditional compliance methods often entail a considerable investment of time and resources. Manual data entry, extensive paperwork, and repetitive tasks consume valuable manpower and hinder operational efficiency. Compliance automation platforms streamline these processes, allowing organizations to reallocate human resources to more strategic initiatives. By automating routine tasks, businesses can achieve significant cost savings in the long run, thereby enhancing their competitive edge.

Real-time Monitoring and Alerts

Data security regulations and frameworks are constantly evolving, with new laws, directives, and guidelines being introduced regularly. Compliance automation platforms enable real-time monitoring of regulatory changes, ensuring that organizations stay abreast of the latest developments. Automated alerts and notifications promptly notify stakeholders about relevant updates, allowing for proactive compliance management. By staying ahead of regulatory changes, businesses can mitigate risks and avoid potential penalties or legal consequences.

Scalability and Flexibility

As businesses expand and evolve, their compliance requirements also become more complex. Compliance automation platforms offer scalability and flexibility to adapt to changing regulatory environments and organizational needs. Whether it’s accommodating new regulations, scaling operations, or integrating with existing systems, these platforms provide the agility necessary to navigate compliance challenges effectively.

Why Do You Need an Automated Compliance Platform?

The need for compliance automation platforms extends beyond mere regulatory adherence; it encompasses broader strategic imperatives for businesses.

Mitigating Compliance Risks

Non-compliance can have severe consequences for businesses, including financial penalties, legal liabilities, and reputational damage. Automated compliance platforms provide a robust framework for mitigating compliance risks by ensuring adherence to regulatory requirements and industry standards. By proactively managing compliance obligations, organizations can safeguard their operations and protect their stakeholders’ interests.

Enhancing Operational Efficiency

Manual compliance processes are inherently inefficient, consuming valuable time and resources that could be allocated to core business activities. Compliance automation platforms streamline workflows, eliminate redundant tasks, and accelerate processes, thereby enhancing operational efficiency. By automating routine compliance activities, businesses can optimize resource allocation, reduce overhead costs, and improve overall productivity.

Driving Business Agility

Agility is key to staying competitive and resilient. Compliance automation platforms empower organizations to adapt quickly to regulatory changes, market dynamics, and emerging risks. By leveraging advanced technologies, these platforms enable predictive insights and proactive risk management. This agility not only ensures regulatory compliance but also fosters innovation and growth.

In conclusion, compliance automation software plays a crucial role in helping organizations navigate the complex regulatory landscape of 2024. While each solution on our list has its strengths, Scytale emerges as the top competitor, offering unparalleled versatility, efficiency, and expert guidance. By leveraging Scytale’s comprehensive features, organizations can streamline compliance processes, mitigate risks, and ensure adherence to regulatory requirements with confidence.

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To avoid fallout from internet connectivity outages, here’s what you need to do.

Our world today is defined by digital dependence and constant connectivity, and enterprises face many challenges, including cyber threats and infrastructure vulnerabilities. Robust network resilience has never been more crucial. As a cellular connectivity provider at the forefront of mobile and IoT connectivity, we understand the importance of safeguarding against disruptions, and our solutions are geared for this. Here’s how.

Resilience refers to a network’s ability to detect, respond to, recover from, and adapt to faults and challenges to normal operation without downtime or functionality loss. It is crucial for success and longevity.

David Farquharson, founder and CEO of iONLINE Connected Networks, an enterprise private LTE/5G provider supplying IoT connectivity solutions globally, likens a lack of network resilience to trying to drive a car without fuel: it simply won’t move and is a risky game to play.

He says: “Clients are looking to grow, expand, and scale their businesses and without network resilience, their operations can come to a complete standstill. This impacts not only the availability of their products but also their brand reputation and financial performance.”

A resilience plan is essential to mitigate risks, Farquharson adds.

“This is where our role becomes critical. By providing resilient solutions, we prepare our customers for the inevitable challenges, ensuring that, when faced with disruptions, they can continue to operate smoothly.”

Resilience failure in real life

Farquharson exemplifies this with the recent widespread outage experienced by AT&T in the USA, which left thousands of companies without connectivity.

“In the USA, our solution aggregates all three major carriers, enabling multi-carrier resilience on a single SIM. So, when AT&T’s network went down recently, our clients experienced zero downtime. As an example, one of our clients is NOAA, the National Oceanic and Atmospheric Administration. At the time of this AT&T outage, NOAA was able to continue reporting on weather systems and patterns and provide forecasts and warnings without interruption – crucial information on which a lot of people depend. Without the resilience of our solution, this would not have been the case.”

A similar situation was also seen recently when the subsea cables off the African coast were severed. “Thousands of companies went down when their supporting network was impacted, but iONLINE’s network did not,” Farquharson explains. “Our connectivity solution continued unhindered. Our SIMs can connect to multiple carriers, with multiple breakouts to different links, making our network highly resilient. This allowed us to maintain connectivity for our clients.”

iONLINE recently launched FlexiSIM, its intelligent network switching (eUICC) SIM, in the USA. Offering multi-network resilience, FlexiSIM provides local and global connectivity, always ensuring the best connection, regardless of location. It connects in more than 189 countries, on over 700 carriers.

FlexiSIM: an ideal solution for enterprises

FlexiSIM is a network IoT SIM with tens of thousands of unique connectivity options differentiated by country, carrier, interconnect, breakout, price, and more. While traditional global SIMs break out at a single location, FlexiSIM breaks out locally in-country, decreasing latency and improving performance. It can be remotely updated with new carrier information over the air, controlling in which countries and to which carriers it can connect.

Several international organizations already benefit from FlexiSIM, including NOAA, Fujifilm, AIoTSense, and Fidelity ADT. Fidelity ADT is the largest security services provider to large-scale enterprises in Southern Africa. They use thousands of FlexiSIM SIM cards to run their operations and keep their staff, the public, and the assets in their care safe. This includes critical infrastructure such as airports, government, health and education departments, as well as hospitality venues, casinos, shopping centres, and residential housing estates and their occupants.

Resilience cannot be overlooked

“The recent massive outages in the USA and Africa are a stark reminder of the importance of network resilience,” says Farquharson. “Connectivity is so much more than a service; it’s the lifeline of modern enterprises; fueling operations, empowering innovation and connecting us globally. iONLINE is proud that, amid widespread disruptions, our clients remained not just operational but ahead of the pack, flourishing where others faltered.”

To find out how FlexiSIM can help your business, schedule a free demo with one of our connectivity experts.

You can also follow us on LinkedIn and Facebook, where we share insights, trends, use cases, and industry news every week.

For more information on FlexiSIM or to schedule an interview with a company representative, contact Cory Mabry, Global Marketing & Communications Specialist at iONLINE, at cory@ionlinesp.com.

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SECO, a global leader in delivering end-to-end technological solutions for industrial digitalization, has released the StudioX AI platform for businesses to create AI-powered support services that enhance internal roles as well as customer experiences.

Businesses can build tools with StudioX that present a chatbot for users to interact and quickly find information or support they need. The platform leverages cutting-edge technologies including generative AI, Large Language Models (LLMs), machine learning, deep learning, and computer vision. Services can be tailored to support roles such as operations management, workflow analysis, research and development, and product marketing, to boost productivity, elevate product quality, increase business efficiency, and help create new revenue streams. Interacting directly with the StudioX chatbot front-end, users can navigate a vast data landscape to quickly obtain accurate and timely information to guide their decisions. StudioX is available via SMS, web, phone, email, and WhatsApp.

This means StudioX is an ideal platform to create powerful customer experiences that cut waiting times and increase satisfaction. Multiple-language support enables services to cater for diverse linguistic preferences and services can be customized, with analysis to identify patterns and drive continuous improvement.

This Enterprise AI tool can be trained using organisational data such as manuals, technical specifications, and troubleshooting guides, quickly becoming a tool capable of providing instant assistance. In operation, StudioX can ingest data directly from operational equipment, such as machinery on the factory floor, and provide access to AI-generated knowledge in real time. Moreover, the customised StudioX is always available and provides multi-language support.

An operations manager can quickly get information about production status, equipment downtime, defects and other performance criteria, interacting through StudioX’s natural-language interface. Staff in other roles, such as R&D, can filter information from datasheets and other sources, create graphs using StudioX generative tools, greatly simplifying and accelerating information retrieval.

StudioX analyzes time-series data, parses and compares many types of documents, and classifies data from diverse sources such as image sensors, cameras, and audio. When integrated with real business systems and workflow, StudioX can provide advanced predictive and forecasting solutions and conduct real-time manufacturing quality inspections.
SECO recently hosted an exclusive webinar focused on harnessing the power of artificial intelligence in manufacturing through StudioX.

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The latest report from industry analyst firm Transforma Insights presents its annual snapshot of the status of the IoT market worldwide.

Transforma Insights has today published its report ‘Global IoT Forecast Report, 2023-2033’ which provides the industry benchmark of the status of the global Internet of Things market.

The key highlights are:

• At the end of 2023 there were 16.1 billion active IoT devices, a figure which will grow to 39.9 billion in 2033, a compound annual growth rate (CAGR) of 10%. Annual device sales will grow from 4.1 billion in 2023 to 8.7 billion (a CAGR of 8%).

• Short range technologies will dominate connections, accounting for 73% in 2033, a slight reduction compared to the 79% they account for today.

• Cellular connections will grow from 1.9 billion at end 2023 to 7.5 billion at end 2033. By 2033 total ‘5G’ including mMTC will be 5.5 billion, but just 1.1 billion will be ‘full’ 5G New Radio (NR). The remainder will be mMTC technologies such as NB-IoT and LTE-M. Substantially the biggest 5G non-mMTC use case is vehicle head units, accounting for 41% of connected in 2033.

• Other Low Power Wide Area technologies such as LoRaWAN will collectively grow from 360 million in 2023 to just over 2 billion in 2033.

• In revenue terms, the total IoT market (defined as including connectivity modules, value added connectivity, and core associated applications) in 2023 was worth USD335 billion, a figure which will rise to USD934 billion in 2033. Value Added Connectivity will account for 10% of spend in 2033, with the connectivity modules accounting for a further 4%.

• In 2033 the consumer sector will account for 61% of all connections. Of the enterprise segment in 2033, 35% of devices will be accounted for by ‘cross-vertical’ use cases such as generic track-and-trace, office equipment and fleet vehicles, 24% by utilities, most prominently smart meters, 22% by retail/wholesale (predominantly payment processing devices and electronic shelf labels), 7% by government, 4% by transport and logistics, and 3% for agriculture.

• Geographically, China, North America, and Europe dominate, accounting for 32%, 21% and 19% respectively of the total value of the IoT market in 2033.

Commenting on the findings, Principal Analyst Matt Arnott said: “The growth in adoption IoT continues at a steady pace, reflecting the diversity of use cases encapsulated within the concept. It’s not a hockey stick and never has been, but a series of micro-markets that each have their own dynamics, with some growing faster and others slower. There are micro-level factors that can massively accelerate growth such as the requirement in Spain to adopt breakdown beacons, and there are notable macro-level trends which will also have knock on effects on growth, such as populations aging even faster than expected. To forecast the IoT market you need to understand both, and much more besides.”

The report provides a summary of the data within Transforma Insights’ ultra-granular IoT Forecast Database and associated Forecast Insight reports, which together provide application-by-application analysis of the market.

Matt Hatton, Founding Partner at Transforma Insights noted: “Transforma Insights analysts have been forecasting the Internet of Things market opportunity for over a decade. Back in 2011 our analysts’ expectation of 12 billion IoT devices by 2020 was close to the bottom of the league table of predictions but proved to be easily the most accurate. Today as Transforma Insights our team continues to provide the most extensive and deeply researched forecasts of the IoT, making ours the benchmark against which all predictions of IoT market growth should be compared.”

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The transition to sustainable energy systems is one of the most significant challenges of our time, requiring innovative technologies to optimize efficiency and integration at the enterprise level across numerous sectors. Among the most transformative technologies in this regard is the Internet of Things (IoT), which is continuously reshaping the landscape of energy management.

By enabling more efficient monitoring, management, and optimization of energy, IoT technologies are pivotal in advancing the energy transition across multiple fronts by enabling more efficient monitoring, management, and optimization of energy.

Secure and Efficient Energy Systems with IoT

Secure connectivity is essential in today’s energy systems, providing the backbone for reliable and resilient energy management. IoT technology augments this foundation by facilitating safe, real-time monitoring and data collection from various distributed energy resources. This secure data transit is crucial for protecting systems against cyber threats while ensuring that energy operations are efficient and adaptable to real-time conditions.

Furthermore, IoT’s impact extends significantly to optimizing renewable energy sources such as solar power. Through IoT-enabled devices, energy providers can perform real-time monitoring and predictive maintenance, which are vital for minimizing downtime and improving grid stability. These systems utilize advanced analytics to forecast energy output and adjust grid operations dynamically, enhancing the integration of renewable resources like solar and wind. Despite the cybersecurity challenges and the complexity of achieving seamless interoperability among diverse technologies, the robust capabilities of IoT provide a solid foundation for overcoming these hurdles and maximizing the efficiency of solar energy solutions.

Empowering Consumer Engagement and Decentralized Systems

IoT-driven advancements in the energy space extend beyond industry-level operations; they also directly impact everyday consumers. These technologies revolutionize how energy providers operate and transform how consumers conceptualize, interact with, and manage their energy usage.

By delivering detailed consumption data directly to consumers, IoT devices empower individuals with the knowledge to make informed decisions about their energy use through real-time monitoring, personalized insights, and demand response capabilities. These factors drive behavioral changes and foster greater energy efficiency and sustainability at the consumer level.

Additionally, IoT plays a crucial role in facilitating the rise of decentralized energy systems. These systems allow for more localized management of energy resources, reducing dependencies on centralized grids and enhancing community resilience to energy disruptions. IoT enables efficient management and coordination of distributed energy resources (DERs), such as residential solar panels and community battery storage, providing a seamless flow of energy and real-time adjustments based on local consumption and production patterns.

Navigating Challenges and Seizing Opportunities

While IoT introduces transformative potential for the energy sector, it also brings challenges, particularly in cybersecurity and data privacy. These concerns are paramount as energy systems become increasingly interconnected and reliant on digital infrastructures. However, the strategic implementation of IoT can address these challenges by enhancing system security and reliability through continuous monitoring and advanced cybersecurity protocols.

The opportunities for growth and improvement are vast. IoT technologies not only enhance operational efficiencies but also support crucial sustainability goals by more effectively integrating renewable energy sources into the grid. Moreover, they enable predictive maintenance capabilities that reduce downtime and operational costs, all while improving the reliability and lifespan of energy equipment.

As the energy sector continues to evolve, integrating IoT technologies will play an increasingly vital role in shaping a sustainable future. IoT is at the heart of the energy transition by enhancing grid stability, optimizing renewable integration, and empowering consumers. For energy stakeholders, investing in IoT is a technological upgrade and a strategic move towards a resilient, efficient, and sustainable energy framework, promising a brighter future for global energy systems.

The post How IoT Is Revolutionizing the Energy Transition appeared first on IoT Business News.

In the swiftly evolving tech landscape, the Internet of Things (IoT) stands out as a revolutionary force, reshaping industries from healthcare to urban development. Its reach is vast, yet its application in the realm of professional writing and research remains underexplored. By integrating IoT into their workflows, professional writers can leverage connected devices to streamline research, enhance data accuracy, and delve deeper into their subjects. This blog post explores how IoT can elevate the research process for writers, offering both efficiency and a competitive edge in producing high-quality, insightful content.

Understanding IoT and Its Capabilities

The Internet of Things (IoT) refers to a network of interconnected devices that communicate and exchange data with each other and the cloud, without human intervention. This network includes everything from everyday household items like refrigerators and thermostats to sophisticated industrial tools. At the heart of IoT are sensors and devices that collect data, networks that transmit this data, and software that analyzes it.

IoT’s utility stretches across multiple fields:

• Healthcare: IoT devices monitor patient vitals in real-time, alerting healthcare providers to changes that could indicate medical issues.
• Agriculture: Sensors assess soil moisture and nutrient levels, automating irrigation and fertilization to increase crop yield.
• Smart Cities: Connected devices manage everything from traffic flow to energy use, improving efficiency and reducing costs.

By leveraging such devices, professional writers can access a wealth of real-time data, which can be invaluable for enriching content and supporting robust research findings. This technology not only expands the scope of what writers can explore but also enhances the precision with which they can write about complex topics. To ensure high-quality outputs in academic and professional writing, many choose to hire professional paper writers, who utilize these advanced tools to deliver well-researched and meticulously crafted documents.

The Role of IoT in Enhancing Research Quality

IoT technology can significantly elevate the quality of research conducted by professional writers by providing access to real-time, large-scale, and varied data sets that were previously difficult or even impossible to collect. This can enhance both the depth and breadth of content that writers can produce. Here’s how IoT facilitates these improvements:

Real-time Data Collection

IoT devices operate continuously, gathering data 24/7 and providing up-to-the-minute information. For writers covering dynamic topics such as market trends, environmental studies, or technological advancements, real-time data ensures that their content is both current and relevant. For instance, a writer discussing urban air quality could use data from IoT-enabled air quality sensors distributed throughout a city to provide readers with the latest findings.

Access to Larger Data Sets

IoT devices collect vast amounts of data from multiple sources simultaneously. This comprehensive data collection can reveal patterns and insights that are not visible through traditional research methods. Professional writers can harness this capability to support stronger, data-driven arguments in their papers. For example, using data from IoT sensors in multiple vehicles can help a writer analyze traffic patterns in real time, offering evidence-based solutions to urban congestion.

Case Study: Smart Farming

Consider the impact of IoT in agriculture, where sensors measure everything from soil moisture to crop health. A writer specializing in sustainable farming techniques could use data from these sensors to discuss the effectiveness of different farming strategies with precision, making the case for IoT-based solutions in agriculture with concrete evidence.

Practical Applications of IoT for Professional Writers

The integration of IoT technology offers a variety of practical tools and devices that can significantly aid professional writers in their research and content creation. Here’s a look at some key applications:

Environmental Sensors

Writers covering topics related to geography, climate change, or environmental science can benefit from environmental sensors that monitor air quality, water quality, and weather conditions. These sensors provide data that can enrich articles, reports, and papers with up-to-date, location-specific information. For example, data from oceanographic sensors can be used by writers to detail changes in ocean temperatures and their effects on marine life in environmental studies.

Wearables and Mobile Apps

Health and lifestyle writers can utilize data from wearables like fitness trackers and smartwatches to gather insights on health trends, fitness habits, and well-being. This information can support articles on topics such as the effectiveness of new fitness regimes or the impact of sleep on productivity, offering personal health data to illustrate broader trends.

Smart Home and Office Devices

For writers focusing on technology, business, or home improvement, smart home devices like connected thermostats, security cameras, and lighting systems provide a wealth of information on energy efficiency, security, and modern living. By accessing data from these devices, writers can discuss the practical implications of smart technology in everyday life or evaluate the ROI of smart home investments.

Integration with Research Methodologies

IoT can also transform traditional research methods. For instance, historians or cultural researchers might use IoT devices to monitor and analyze environmental conditions in historical archives or museums to study the effects of the environment on the preservation of artifacts, providing a novel angle in their research.

Streamlining the Research Process with IoT

The impact of IoT on the research process extends beyond just enhanced data collection—it also streamlines the entire workflow, making research faster, more efficient, and often more comprehensive. Here’s how IoT contributes to streamlining research for professional writers:

Automation of Data Collection

IoT devices automatically collect and record data, reducing the need for manual input and the time spent on data gathering. For instance, a writer focusing on urban development could use IoT sensors to automatically collect data on traffic patterns, noise levels, and air quality in different parts of a city, eliminating the need for physical surveys and manual data logging.

Real-Time Analysis and Alerts

Many IoT systems are equipped with tools that analyze data in real-time and can alert writers to significant changes or trends as they happen. This capability allows writers to quickly update their content to reflect current situations, ensuring that their articles or reports remain relevant and timely. For example, a financial analyst could receive instant updates from IoT-connected stock market tools, enabling them to write about market shifts the moment they occur.

Enhanced Data Organization

IoT platforms often include software solutions that help organize and visualize data, making it easier for writers to interpret complex datasets and translate them into understandable content. This is particularly useful for writers dealing with large amounts of data, such as those researching for extensive reports or books on complex subjects like climate change or economic forecasts.

Case Example: IoT in Disaster Reporting

In the context of disaster reporting, IoT devices can provide journalists with immediate data from the field. Sensors can monitor weather conditions, structural integrity of buildings, and even the movement of people in real time during a disaster like an earthquake or hurricane. This immediate flow of data helps journalists report more accurately on the event, potentially saving lives and informing emergency response efforts.

Challenges and Considerations

While IoT offers numerous advantages for enhancing research and writing, it also presents several challenges and considerations that professional writers need to be aware of. Addressing these issues is crucial for effectively leveraging IoT technologies.

Data Privacy and Security

One of the most significant concerns with IoT devices is the security and privacy of the data they collect. Writers must ensure that any data used complies with privacy laws and ethical standards, especially when dealing with sensitive information. For instance, using data from wearables for health-related articles must be handled carefully to respect user confidentiality.

Accuracy and Reliability of Data

Not all IoT devices are created equal, and the accuracy of data can vary significantly. Writers need to verify the reliability of the IoT data sources they use to avoid the risk of basing articles on inaccurate information. This might involve cross-verifying IoT data with other data sources or using only well-established IoT providers with a proven track record.

Ethical Considerations in Automated Data Collection

The use of automated systems to collect data can raise ethical questions, especially when individuals are unaware that their data is being collected. Writers should consider the ethical implications of using such data and ensure transparent communication about how it is gathered and used, particularly in journalism.

Technological Dependence

Relying heavily on IoT devices can make writers vulnerable to technical failures or data losses. It’s important to have backup systems and alternative research methods in place to mitigate these risks.

Case Study: IoT in Behavioral Research

Consider a case where IoT devices are used to track consumer behavior for a marketing analysis article. The writer would need to address how consumer consent was obtained, how data anonymity was preserved, and the accuracy of the devices used to ensure the integrity of the research and compliance with ethical standards.

The Future of IoT in Professional Writing

As IoT technology continues to evolve and become more integrated into our everyday lives, its influence on professional writing is expected to grow. Here’s a look at some emerging trends and potential future scenarios for IoT in the writing industry:

AI Integration for Predictive Analytics

IoT devices are increasingly being combined with artificial intelligence (AI) to provide predictive analytics. For writers, this could mean tools that not only gather data but also predict trends based on that data, offering deeper insights and forecasts. For instance, a business writer might use AI-enhanced IoT systems to predict market shifts or consumer behavior, providing readers with forward-looking analyses that add significant value to their content.

Blockchain for Enhanced Data Security

As concerns about data privacy and security grow, blockchain technology could play a crucial role in securing IoT data. Writers covering topics sensitive to data breaches could rely on IoT devices backed by blockchain to ensure their data sources are tamper-proof and fully secure, thus enhancing the credibility of their work.

More Sophisticated Content Customization

IoT could enable a new level of content customization for readers. Writers could use IoT data to understand reader preferences and behaviors in real time, tailoring content dynamically to suit individual reader needs and contexts. This could revolutionize how content is consumed and valued by audiences.

IoT as a Standard Research Tool

In the near future, IoT might become a standard tool in the researcher’s toolkit, much like the internet is today. Writers in fields from science to humanities could routinely use IoT data to enhance accuracy, provide real-time updates, and offer interactive content that engages readers in unprecedented ways.

Conclusion

The integration of IoT into professional writing and research heralds a new era of data-driven journalism and content creation. By leveraging real-time data, writers can not only enhance the accuracy and depth of their articles but also offer readers insights that were previously beyond reach. As we look forward, the potential for IoT in professional writing is vast, limited only by the creativity and ethical standards of the writers who wield this powerful tool. For those interested in further exploring the potentials and pitfalls of IoT in professional writing, resources like this offer insights into how technology is shaping educational services and student support mechanisms.

The post Enhancing Research with IoT: How Connected Devices Can Aid Professional Writers appeared first on IoT Business News.

The Internet of Things (IoT) has woven itself into the fabric of our daily lives, influencing everything from how we manage home security to optimizing our health routines. In the realm of education, IoT’s impact has started to make significant waves, transforming traditional teaching methods and learning environments. As we delve into the role of IoT within educational settings, it is crucial to explore not only the potential it offers but also the necessities and implications of extending these technologies into students’ homes. This exploration is particularly timely, considering the recent shifts toward more digital and remote learning environments across the globe.

The Evolution of Educational Technologies

The journey of technology in education has been marked by continuous innovation, starting from the simple blackboards of the 1800s to the advanced digital tablets and virtual learning environments we see today. Each leap in technological advancement has aimed to enhance educational delivery and accessibility. Notably, recent global events, such as the COVID-19 pandemic, have accelerated the adoption of remote and hybrid learning models, pushing schools and institutions to adopt more flexible and interactive technologies.

In this context, IoT devices have begun to play a central role in classrooms and laboratories, with smartboards that can sync with teacher and student devices, sensors that can gather and analyze real-time data for science experiments, and even attendance systems that can automatically update student logs. These advancements are not just modernizing teaching tools but are also reshaping the educational landscape to be more inclusive, efficient, and engaging.

For those looking to improve their academic performance or streamline their study processes, a term paper writer service can complement these technological advances by providing tailored writing assistance, ensuring students maximize their educational outcomes.

Benefits of IoT in Education

The integration of IoT technologies in education brings multiple, significant benefits that enhance both teaching and learning experiences.

Interactive Learning

First, IoT enables interactive learning environments that can adapt to the needs of individual students. For instance, smart devices can use algorithms to modify lessons based on a student’s pace and learning style, promoting a more personalized education. According to a study by the Center for Digital Education, schools that utilize IoT technologies have seen a 20% improvement in student engagement and comprehension rates.

Accessibility

It is another crucial benefit. IoT devices such as voice-assisted technology and smart braille readers help students with disabilities by providing them with more independent learning opportunities and access to the same resources as their peers. A report by the American Institutes for Research highlights that technology-assisted learning significantly reduces barriers for over 6.5 million students with disabilities in the U.S.

Customization

IoT enables the customization of educational content, allowing for a tailored educational experience that can adjust to different learning speeds and preferences. This customization not only aids in maintaining students’ interest but also in improving their academic performance by focusing on areas that require additional attention.

The Case for IoT at Home

The extension of IoT from classrooms to home environments can create a seamless continuity in learning, which is crucial for comprehensive education today. IoT devices at home enable students to continue their learning with the same tools and methods they use at school. For instance, smart home devices can help schedule homework, manage project deadlines, and even remind students of upcoming tests, mimicking the supportive environment they have at school.

Real-time Access to Educational Resources

It is another significant advantage. With IoT devices, students can instantly connect to cloud-based educational platforms where textbooks, tutorials, and supplementary materials are readily available. This connectivity ensures that learning doesn’t have to pause when the school day ends. According to a survey by Education Week, over 70% of teachers believe that students who regularly use technology are more likely to take advantage of online learning resources at home, fostering better study habits.

Parental Involvement

It is facilitated through IoT as well, allowing parents to monitor their child’s academic progress more closely. Devices can provide updates on student performance and alert parents to missed assignments or areas where their child may need extra help, bridging communication gaps between parents and schools.

Challenges and Considerations

While the benefits of IoT in education are substantial, there are significant challenges and considerations that must be addressed to ensure its effective and safe implementation.

Privacy and Security

They are paramount concerns. IoT devices collect vast amounts of data, and without stringent security measures, this data is vulnerable to breaches. According to a report by the Internet Society, over 60% of IoT devices are at risk of severe security vulnerabilities, including unauthorized access to personal information.

Equity and Access

Another critical issue is equity and access. The deployment of IoT in education requires that all students have access to necessary technologies at home, which is not always the case. A study by the National Center for Education Statistics found that approximately 14% of children had insufficient internet access at home, highlighting a significant digital divide. Ensuring that every student benefits from IoT technology entails addressing these disparities, potentially through government and community initiatives to provide the required devices and connectivity.

Over-Reliance on Technology

Furthermore, there’s a risk of developing an over-reliance on technology. While IoT can greatly enhance learning, it’s essential to maintain a balance to ensure that students also develop critical thinking and problem-solving skills without total dependence on digital tools. The educational curriculum must integrate IoT thoughtfully, ensuring it complements traditional learning methods rather than completely replacing them.

Implementation Strategies

Successfully integrating IoT into students’ homes requires thoughtful planning and strategic implementation.

Technological Infrastructure

The first step is establishing the necessary technological infrastructure. This includes not only ensuring reliable internet connectivity but also equipping students with compatible devices. According to a report by the Consortium for School Networking, schools, and districts must partner with local governments and businesses to provide subsidized broadband services and affordable devices to low-income families, ensuring all students can access home-based IoT solutions.

Partnerships and Funding

They are crucial to overcoming financial and resource-based challenges. Educational institutions can collaborate with technology companies and non-profit organizations to fund and deploy IoT initiatives. For example, initiatives like the ConnectED program launched by the Obama administration have aimed to bring high-speed internet and free digital devices to underserved schools, demonstrating the potential impact of public-private partnerships.

Training and Support

Training and support for teachers, students, and parents are equally important. As per a survey by the National Education Association, over 80% of teachers felt they needed further training to integrate technology effectively into their teaching. Comprehensive training programs must be developed to empower teachers with the skills to use IoT tools effectively, while also providing students and parents with the necessary guidance to utilize these technologies safely and effectively at home.

Case Studies

To illustrate the practical benefits and challenges of IoT in home learning, let’s explore a few case studies:

Case Study 1: Smart Learning Program, South Korea

South Korea’s Smart Learning Initiative launched in 2011 aimed to digitize all school textbooks and create a comprehensive database of educational resources accessible through various IoT devices. By 2015, the initiative reported that students using the system experienced a 30% improvement in reading and math scores. The program included features such as AI tutors and virtual reality simulations that students could access from home, fostering an engaging and continuous learning environment.

Case Study 2: Connect Home USA

This initiative aimed to bridge the digital divide for residents in public housing across the United States. It provided not only free or low-cost internet access but also digital literacy training programs. An impact assessment showed that participating families saw improved educational outcomes for children, particularly in homework completion rates and overall academic performance, as students had better access to online resources and learning tools.

Case Study 3: IoT at Home for Special Needs Education, United Kingdom

In the UK, a pilot project deployed IoT devices tailored for children with special educational needs. Devices included customized tablets with educational apps and games designed specifically for skill development in children with learning disabilities. The project noted marked improvements in children’s engagement and independent learning skills, with parents reporting a 40% increase in their children’s ability to complete tasks independently.

Future Trends

The future of IoT in education promises even more integration and innovative uses, leveraging emerging technologies to further enhance learning environments.

Artificial Intelligence

One key trend is the increased use of artificial intelligence (AI) alongside IoT devices. AI can analyze data collected from IoT devices to tailor educational content more precisely and predict student performance trends, potentially improving outcomes. For example, AI-powered IoT devices can adjust learning schedules and content in real time based on the student’s progress and engagement levels.

Augmented Reality and Virtual Reality

Another emerging trend is the use of augmented reality (AR) and virtual reality (VR) integrated with IoT. These technologies can transform how subjects like history and science are taught, by providing immersive experiences that are not possible in a traditional classroom. For instance, students could take a VR tour of ancient Rome or visualize complex scientific processes in real time. Research by Tech Edvocate suggests that AR and VR in education are expected to increase student engagement by up to 70% and retention rates by 30%.

Internet of Behavioral

Furthermore, there is an increasing focus on the Internet of Behavioral (IoB) technologies, which analyze student behavior data to help in customizing education strategies and improving student outcomes. This could include monitoring attention spans and learning habits to better accommodate individual learning needs.

As we look towards these future developments, it is crucial for educational stakeholders to consider the ethical implications and ensure that these technologies are implemented in ways that are secure, equitable, and beneficial to all students.

Conclusion

As we have explored throughout this article, the integration of IoT in education, extending from classrooms to homes, presents both significant opportunities and challenges. The benefits of IoT—enhanced learning experiences, increased accessibility, and personalized education—are substantial, yet they come with concerns about privacy, security, and equitable access that must be carefully managed. The future of IoT in education is poised for even greater innovation, with advancements like AI, AR, and IoB technologies set to redefine traditional learning environments further.

For stakeholders in education—policymakers, educators, and technology providers—it is essential to collaborate on strategies that maximize the benefits while addressing the potential downsides. Ensuring robust security measures, providing equitable access, and maintaining a balanced approach to technology in education are crucial steps towards a future where all students can benefit from these innovations.

As we continue to navigate this evolving landscape, the goal should remain clear: to leverage IoT to make education more engaging, accessible, and effective for every student, regardless of their background or abilities.

The post Tech Trends Transforming Education: Do Students Need IOT at Home appeared first on IoT Business News.

Leading remote teams requires more than just a strong Wi-Fi signal; it demands robust tools that streamline collaboration and elevate communication to near-seamless levels. Enter the Internet of Things (IoT). This innovation powerhouse is transforming how we interact within the virtual workspace.

The secret lies in IoT’s ability to integrate with our daily work instruments – think secure document sharing enhanced by project management software tucked into your smartwatch. The leap from ideas to execution has never been so frictionless.

Presenting innovative ideas? The marriage of design and efficiency shines through online platforms that transform PPTs into universally accessible PDFs, balancing creativity with convenience.

The Convergence of IoT and Daily Workflow

IoT stands not merely as a buzzword but as the architect providing tools for virtual workspaces. It extends beyond gadgets and into the realm of productivity, where every device becomes a potential ally in the daily grind.

With IoT’s deep integration, team members scattered around the globe now tap seamlessly into workflows once confined to the office. This digital renaissance fosters an interconnected workspace that is responsive and intelligent.

Data flows unimpeded from screens to servers, bridging distances with a mesh of shared information. Indeed, this is more than convenience – it’s a transformative approach to collaboration that champions efficiency and unites remote teams under one digital sky.

Secure Document Sharing

In the pursuit of seamless remote collaboration, secure document sharing sits at the forefront. The advent of wearable IoT devices is pushing boundaries further; picture receiving a notification on your smartwatch – a prompt to review a teammate’s presentation. It’s an age where convenience collides with high-level security protocols.

When time zones and deadlines conspire, leveraging an online PPT to PDF converter becomes invaluable, ensuring that visually engaging presentations are not only created but also shared swiftly as universally accessible PDFs.

This digital alchemy facilitates a barrier-free environment for ideas to proliferate securely across continents. Such tools don’t just convert; they act as catalysts for efficiency within our ever-evolving work landscape.

Project Management on Your Wrist: The New Frontier

The realm of project management is experiencing a heralded shift, thanks to IoT wearables like smartwatches. These devices are no longer confined to tracking steps or delivering messages – they have evolved into robust tools for managing tasks and deadlines with the flick of a wrist.

Syncing with leading project management software, they offer real-time updates and alerts that keep teams aligned and actionable items in check, regardless of physical location.

This evolution symbolizes not just technological progress but also a cultural one, where the very fabric of team dynamics is enhanced by continuous connectivity. Facilitating immediate responses and decision-making, smartwatches are redefining what it means to be hands-on in the digital age.

Revolutionizing Meetings with Smart Room Technology

A successful IoT project does not halt at personal devices; it extends its reach into the very environment where virtual collaboration flourishes. Smart room technology is redefining the traditional meeting space, crafting an atmosphere primed for productivity and participation across any distance.

IoT-enriched rooms are equipped to detect participants, adjust lighting and climate for comfort, as well as manage advanced conferencing equipment with effortless precision. This intelligent orchestration amplifies focus and fosters a setting where ideas can thrive unfettered by technical glitches or environmental distractions.

As businesses navigate the complexities of remote leadership, smart technology stands as a steadfast ally in orchestrating meetings that rival their in-person counterparts in efficacy and engagement.

Enhancing Team Synergy with IoT: A Glimpse into Tomorrow’s Workspace

The linchpin of remote team synergy lies in the innovative application of IoT within collaborative environments. By integrating a constellation of smart devices and systems, the workplace transcends physical boundaries, fostering a synergy that propels productivity to new heights.

IoT innovations offer a glimpse into the future workspace – an ecosystem where real-time data from sensors inform decision-making, and AI algorithms predict project bottlenecks before they occur.

Such seamless interconnectivity ensures that every team member is attuned to the pulse of ongoing tasks, regardless of their location. As we look ahead, it’s clear that IoT stands as a cornerstone for crafting highly responsive and cohesive teams, ushering in an era where collaboration is not just facilitated but truly enhanced by technology.

Future-Proof Your Teamwork with IoT

IoT is revolutionizing remote work, transforming challenges into opportunities for unparalleled collaboration. By embracing these technologies, leaders can future-proof their teams, ensuring efficiency and unity in the digital workspace. The integration of IoT is not just a trend; it’s the new standard for competitive teamwork.

The post Leading Remote Teams: IoT Innovations in Workplace Collaboration appeared first on IoT Business News.

iONLINE Connected Networks, an enterprise private LTE/5G provider supplying IoT connectivity solutions globally, has today launched FlexiSIM, its intelligent network switching (eUICC) SIM, in the United States.

Many businesses face challenges around network resilience, security, and scalability. These frustrations are worsened by ineffective SIM and data management with inflated cost structures. FlexiSIM solves these issues by offering a seamless, multi-network-resilient SIM card that is adaptable, affordable, reliable, and secure, ensuring that your devices stay connected both in the US and globally.

iONLINE firmly established its presence as a South African business in 2005 and over the last two decades has become a global enterprise with offices in Johannesburg, London, Sydney, and now Tennessee.

David Farquharson, founder and CEO of iONLINE, believes FlexiSIM’s multi-network resilience, combined with enhanced IoT security services and features, has a lot to offer enterprise organizations which use mobile networks to connect their devices.

“Unstable connectivity can have serious consequences,” he says. “It impedes growth, progress, and innovation, and hinders overall business operation efficiencies. Unreliable connectivity can be the deciding factor between a flourishing business and a failing one.”

Improve your company’s network resilience with FlexiSIM.

Security and privacy, management and control, scale and cost – these are very real concerns for companies doing business in today’s interconnected world. FlexiSIM’s emphasis on privacy, security, and management ensures these concerns are all but eliminated.

A cost-conscious solution, you will only pay for the data you use, nothing more. Better yet, you can control this down to the most granular level, overseeing all aspects with iONLINE’s intuitive CentralFlex data management platform. When it comes to IoT device monitoring, CentralFlex lets you quickly and easily collect and analyze different data points and metrics in real time, facilitating faster decision-making. You’ll no longer need to rely on sluggish and unresponsive MNOs to monitor your connections, data usage, and costs associated with incorrect bundle overcharges.

Built on a fully private and secure network, with dedicated routing and private IPs delivered to your network, FlexiSIM only connects to what you allow. You can do business with confidence knowing that your data, network, and devices are fully safe and secure.

Give delays, high costs, and lack of control the boot, and instead welcome a highly responsive, secure and reliable IoT connectivity network, backed by iONLINE’s world-class support.

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Semtech Corporation, a high-performance semiconductor, IoT systems, and connectivity service provider, and Console Connect, a leading Network-as-a-Service (NaaS) platform, today jointly announced their collaboration which will expand Semtech’s connectivity coverage across the Asia-Pacific (APAC) region for its AirVantage® Smart Connectivity service.

Semtech is leveraging Console Connect’s IMSI service and extensive partner roaming network to extend the reach of its AirVantage Smart Connectivity service to more markets and locations across the APAC region.

AirVantage Smart Connectivity service provides customers with a network of the world’s leading cellular service providers, enabling ultimate flexibility by seamlessly switching to the next available network for constant and resilient global connectivity. The multi-profile, multi-network service offers global coverage for deployments of both fixed and mobile applications, overcoming regulatory and roaming restrictions.

Console Connect provides automated IoT connectivity coverage and direct access to the cloud in over 180 countries worldwide, with extensive reach and competitive pricing throughout the APAC region, enabling Semtech customers to experience seamless and affordable roaming.

Rupa Datta, senior director of product management, managed connectivity at Semtech, said:

“This collaboration not only expands our presence in APAC with access to the full range of LTE technologies, but also extends global access to the best networks in terms of speed and coverage for our Smart Connectivity offering and its growing customer base.”

“We are excited to be Semtech’s connectivity partner of choice for the APAC region, where our features and network offer comprehensive reach and reliability. With IoT deployments accelerating across the region, this collaboration facilitates businesses to keep devices always connected,” said Yogesh Lulla, vice president, mobility services, Console Connect.

AirVantage Smart Connectivity offers resilient coverage, maximizes uptime and provides seamless expansion into new markets with access to over 600 partner networks in over 190 countries and territories via one global SIM. The service seamlessly switches to available networks to enable critical assets to stay connected. With multi-network connectivity, the service delivers maximum coverage and performance with ultimate versatility for customers needing “always-on” connectivity by finding the best data-capable connection for continuous operation.

Leveraging the latest network automation technology, Console Connect IoT enables businesses to orchestrate and manage their connectivity using Console Connect’s fast, secure and private high-performance global network. In 2023, Console Connect launched the world’s first private connectivity solution linking devices with clouds on a global scale. Edge SIM ensures mobile traffic is not exposed to the public internet and provides greater visibility, security and control over global IoT assets.

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