The realm of Internet of Things (IoT) is witnessing a remarkable transformation, particularly in the field of remote monitoring. Advanced IoT connectivity solutions are not merely an add-on but a core component driving efficiency and innovation across industries.

The deployment of IoT in remote monitoring has revolutionized various industries, transitioning from an innovative concept to a cornerstone of business operations. In healthcare, IoT devices are being utilized to monitor patients remotely, drastically improving patient care by enabling continuous health monitoring and rapid response to emergencies.

In manufacturing, sensors and connected devices provide a constant stream of data on equipment performance, leading to enhanced operational efficiency and predictive maintenance capabilities. Similarly, in agriculture, IoT technology is used to monitor crop conditions, automating irrigation, and optimizing resource usage. These applications are just the beginning, as IoT connectivity continues to open new frontiers in remote monitoring, driving smarter decision-making and elevating overall efficiency across diverse sectors.

Pioneering Innovations: Multi-IMSI Smart SIMs and Beyond

A pivotal innovation reshaping the IoT landscape is the advent of multi-IMSI smart SIMs. These advanced SIM cards, equipped with the ability to connect to multiple International Mobile Subscriber Identities (IMSIs), are revolutionizing IoT connectivity. By facilitating seamless network switching, they ensure uninterrupted data flow – a critical requirement for remote monitoring in areas like healthcare, where consistent data transmission can be lifesaving, and in industrial applications where real-time monitoring can prevent costly downtimes.

The versatility of multi-IMSI smart SIMs extends beyond just reliable connectivity. They offer enhanced flexibility for IoT devices operating across different geographical regions. This is particularly beneficial for global enterprises, where devices need to stay connected across various network territories. The technology also supports scalability, allowing businesses to expand their IoT infrastructure without the logistical complexity of negotiating with multiple network providers.

Furthermore, these SIMs come with sophisticated management platforms, providing administrators with unparalleled control over their IoT devices. Features like remote provisioning, real-time usage monitoring, and advanced security protocols make these SIMs indispensable in the modern IoT ecosystem.

By integrating multi-IMSI smart SIMs, businesses can not only elevate their operational efficiency but also unlock new opportunities for innovation and growth. The technology’s adaptability makes it a cornerstone for future IoT developments, paving the way for more connected, efficient, and responsive systems across all sectors.

Transforming Industrial Operations

In the industrial sector, IoT connectivity‘s role transcends mere monitoring. By integrating IoT sensors into machinery, industries can access a wealth of real-time data, revealing critical insights into equipment health and operational efficiency. This advanced monitoring enables predictive maintenance, preemptively identifying potential issues before they escalate into costly breakdowns. It also refines maintenance schedules, eliminating unnecessary routine checks, saving time, and reducing expenses.

In the realm of supply chain management, IoT’s impact is equally transformative. IoT-enabled devices precisely track the location and condition of goods in transit, offering a level of transparency and control previously unattainable. This real-time tracking optimizes logistics, from warehouse management to delivery, ensuring a seamless flow of operations.
Moreover, the comprehensive data collected facilitates informed decision-making, leading to smarter, more efficient supply chains. Ultimately, IoT connectivity in industrial operations is not just about technological advancement; it is about redefining efficiency and productivity in a connected world.

Navigating Challenges: Security and Network Reliability

As IoT connectivity expands, it brings with it complex challenges in cybersecurity and network reliability. The vast network of interconnected IoT devices, while efficient, also opens doors to potential security vulnerabilities.
To counter these risks, implementing robust security protocols is imperative. This means not only employing advanced encryption techniques but also ensuring secure authentication processes and conducting regular firmware updates to protect against evolving cyber threats. Additionally, the use of sophisticated intrusion detection systems and continuous security monitoring plays a critical role in safeguarding IoT networks.

In terms of network reliability, consistent, high-quality connectivity is vital, especially in remote or challenging environments. Here, the use of multi-IMSI smart SIMs and other advanced connectivity solutions helps maintain a stable connection. These technologies adapt to varying network conditions, ensuring that IoT devices remain online and functional.

The integration of redundant network paths and failover mechanisms further enhances network resilience, ensuring that connectivity is maintained even in the event of a network failure. Addressing these challenges effectively combines cutting-edge technological solutions with rigorous security and network management practices.

Future Trajectory: The Role of 5G and Emerging Technologies

The advent of 5G technology marks a significant milestone for IoT connectivity. With its higher bandwidth and lower latency, 5G is set to enhance the efficiency of IoT applications, enabling the handling of vast data volumes at unprecedented speeds.

This advancement will facilitate more complex and responsive IoT systems, from autonomous vehicles to advanced industrial automation. Moreover, emerging technologies like edge computing will play a key role, allowing data processing to be conducted closer to the source, thus reducing response times and bandwidth usage. These advancements herald a new era of IoT capabilities, transforming how we interact with technology.

The integration of IoT in remote monitoring is not just a technological evolution but a strategic necessity for future-focused businesses. As we continue to witness innovations in IoT connectivity, the scope for transforming various industry verticals is immense, underscoring the critical role of IoT in the digital age.

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The Internet of Things (IoT) is transforming the landscape of remote monitoring across a multitude of industries. IoT-enabled devices and sensors are providing real-time data, offering enhanced monitoring capabilities, and enabling proactive responses to various applications. In this article, we’ll explore how IoT is driving remote monitoring to new heights, its diverse applications, the advantages it brings, and what the future holds for this technology.

The IoT Revolution in Remote Monitoring

Remote monitoring involves the collection of data from a distant location, often in real-time, for the purpose of analysis, control, or decision-making. Traditionally, remote monitoring was limited by the availability of data and the capacity to transmit it over long distances. IoT has changed this by providing a robust framework for collecting, transmitting, and analyzing data from remote locations.

Key Applications of IoT in Remote Monitoring

1. Healthcare and Telemedicine

IoT plays a crucial role in healthcare by enabling remote patient monitoring. Patients can use wearable devices equipped with sensors to measure vital signs, track chronic conditions, and even manage medication adherence. Healthcare providers receive this real-time data, enabling them to provide timely interventions and adjustments to treatment plans.

2. Environmental Monitoring

Environmental monitoring is essential for tracking and mitigating climate change, air quality, and other ecological factors. IoT sensors can be deployed across remote locations to measure temperature, humidity, air pollution, and other environmental variables, providing valuable data for research and policy decisions.

3. Industrial Processes

In industries such as manufacturing, oil and gas, and utilities, IoT-enabled sensors are used for remote monitoring of equipment and processes. These sensors detect anomalies, predict maintenance needs, and ensure that machinery operates efficiently, reducing downtime and improving safety.

4. Agriculture

IoT is transforming agriculture by providing farmers with real-time data about soil conditions, weather patterns, and crop health. This information allows farmers to optimize irrigation, fertilization, and pest control, resulting in higher crop yields and resource efficiency.

5. Infrastructure and Utilities

IoT-based remote monitoring of critical infrastructure, such as bridges, dams, and power grids, ensures the safety and reliability of these systems. Sensors detect structural issues or potential failures, allowing for timely maintenance and preventing catastrophic events.

6. Energy Management

IoT sensors are used for remote monitoring of energy consumption in buildings, homes, and industrial facilities. This data helps identify energy-saving opportunities and reduce energy costs.

7. Fleet Management

IoT-enabled devices are used for tracking the location, performance, and maintenance needs of vehicles in fleet management. Real-time data helps optimize routes, improve fuel efficiency, and ensure driver safety.

Benefits of IoT in Remote Monitoring

The integration of IoT in remote monitoring offers numerous advantages:

1. Real-time Data

IoT provides real-time data, allowing for immediate response to critical events or anomalies. This real-time awareness is invaluable for industries that require swift decision-making.

2. Cost Savings

IoT-enabled remote monitoring can lead to significant cost savings. By predicting maintenance needs, optimizing processes, and reducing downtime, businesses can operate more efficiently and cost-effectively.

3. Safety

In industries such as healthcare and critical infrastructure, remote monitoring with IoT improves safety. Early detection of issues and timely interventions prevent accidents and ensure the well-being of individuals.

4. Efficiency

IoT enhances operational efficiency. By collecting and analyzing data, organizations can identify bottlenecks, streamline processes, and reduce waste.

5. Sustainability

Environmental monitoring and agricultural applications of IoT in remote monitoring contribute to sustainability efforts by providing data to support better resource management and eco-friendly practices.

Challenges and Considerations

While IoT in remote monitoring offers numerous benefits, it also poses challenges and considerations:

1. Data Security and Privacy

Collecting data remotely raises concerns about data security and privacy. Ensuring that data is transmitted and stored securely and that it complies with privacy regulations is essential.

2. Interoperability

IoT devices and systems must be compatible and interoperable to ensure seamless data exchange and integration. Common standards and protocols are necessary to achieve this.

3. Scalability

As organizations expand their remote monitoring capabilities, ensuring that the IoT infrastructure is scalable and capable of handling a growing volume of data is crucial.

4. Power Management

Many remote monitoring applications rely on batteries or other power sources. Efficient power management is essential to ensure that devices can operate for extended periods without frequent maintenance.

5. Training and Adoption

The successful adoption of IoT in remote monitoring often requires workforce training and a cultural shift within organizations.

The Future of IoT in Remote Monitoring

As technology continues to advance, the future of IoT in remote monitoring looks promising. Here are some trends and developments to watch for:

1. Edge Computing

Edge computing, which involves processing data closer to the data source, will become more prevalent. This reduces latency and can be crucial for applications that require rapid decision-making.

2. 5G Connectivity

The rollout of 5G networks will provide faster and more reliable connectivity, enabling real-time data transmission and better support for IoT applications.

3. Artificial Intelligence (AI)

IoT and AI will work hand in hand to analyze vast amounts of data, offering insights for various applications, including predictive maintenance, anomaly detection, and process optimization.

4. Blockchain Technology

Blockchain can be used to enhance the security and integrity of data in remote monitoring applications, ensuring that data remains accurate and private.

5. Autonomous Systems

IoT-enabled remote monitoring will contribute to the development of autonomous systems in various industries. These systems will use real-time data to make decisions and take actions, reducing the need for human intervention.

Conclusion

The Internet of Things is revolutionizing remote monitoring in a multitude of industries, offering real-time data, enhanced monitoring capabilities, and proactive responses to various applications. Challenges related to data security, interoperability, and workforce training must be addressed to ensure that the benefits of IoT in remote monitoring are fully realized.

As IoT technology continues to evolve, it will remain a driving force in remote monitoring, offering a glimpse into a future where data from remote locations is readily available, helping organizations operate more efficiently, cost-effectively, and sustainably.

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With new capabilities available in Wiliot’s ambient IoT Visibility Platform, companies can now continuously monitor the humidity of products — as well as temperature, location, and carbon footprint — to reduce waste and enhance quality, freshness, safety, and sustainability across the supply chain.

Wiliot, the Internet of Things pioneer whose ambient IoT Visibility Platform is enabling trillions of “things” to gain intelligence, today announced it has achieved the breakthrough ability to sense and analyze humidity levels of individual products, in real-time, throughout the supply chain.

By adding humidity sensing to the company’s Visibility Platform — on top of Wiliot’s existing temperature, location, and carbon emissions sensing capabilities — Wiliot has made it possible for companies to better ensure the safety, integrity, freshness, and sustainability of moisture-sensitive products – end-to-end and at unprecedented scale.

Wiliot’s ability to enable continuous monitoring down to the product level is unlike any traceability technology available today.

“This is a game-changing technology achievement for supply chain visibility,” said Wiliot VP of Data Products & Algorithms, Thaddeus Segura.

“By adding humidity sensing to the Wiliot Visibility Platform, we are transforming the handling of products we all consume and depend on. Now companies can deliver impeccable quality to their customers while promoting sustainability and responsible resource utilization.”

The Wiliot Visibility Platform connects the digital and physical worlds through the Wiliot Cloud and Wiliot IoT Pixels, which are low-cost, self-powered, mass-manufactured postage stamp-sized compute devices affixed to products and packaging.

IoT Pixels continuously and automatically transmit data to the Wiliot Cloud via standard Bluetooth devices, greatly reducing the staffing and operational cost of traditional tracking methodologies, while also reducing error rates, waste, mis-shipments, mis-picks and out-of-stocks.

By using the latest technology to efficiently connect any item to the internet and embedding it with intelligence and awareness, companies can create more efficient, profitable, and sustainable supply chains.

With this latest launch, Wiliot engineers have now introduced to IoT Pixels a tiny membrane that detects humidity in the air. When an IoT Pixel is exposed to different humidity levels, the information is relayed wirelessly to the Wiliot Cloud. In the cloud, this humidity data is combined with temperature and location data to generate insights and timely alerts for staff that can better optimize supply chain operations.

“Based on this new humidity data, companies can now track, in real-time, the relative impact of environmental conditions on moisture-sensitive products – to improve their freshness, quality, safety, and integrity,” Segura continued. “Food retailers can apply freshness insights to their operations to ensure the freshest, ripest products are sold first, while healthcare companies can monitor the safe handling and storage of medicines and health commodities. The Wiliot Visibility Platform gives businesses an entirely new level of insight into their supply chains.”

Products, from produce to pharmaceuticals, have different humidity handling requirements. The Wiliot Visibility Platform helps ensure compliance from producer to distributor to retailer to pharmacy, delivering significant benefits for companies and consumers. Produce stays fresher longer, reducing the amount wasted due to rot and spoil; medicines, which must be stored at specific temperatures and humidity levels, stay safe; and vaccines, which require precise handling and environmental conditions to deliver their intended health benefits, remain effective.

“Wiliot, and the ambient IoT, are changing the way the world operates – helping businesses transition to fully automated, completely transparent, and increasingly sustainable supply chains,” concluded Segura. “Now, with humidity sensing added to our platform, we’re establishing a new baseline for product freshness, quality, and safety – which will pay significant dividends for businesses and consumers alike.”

Wiliot is currently working with many of the world’s largest companies across retail, logistics, apparel, CPG, and pharmaceuticals on a variety of ambient IoT projects.

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The Lowdown on IoT and Why You Should Care

Internet of Things, or IoT, isn’t just your smart fridge ordering milk when you’re out or Alexa playing your favorite tunes. It’s turning into an industrial game-changer. Imagine a network of devices, all speaking to each other, exchanging data, making smart decisions, and literally building our world. Sounds like something straight out of a sci-fi flick, right? But hold your horses; this is happening in the here and now. And the construction industry, traditionally slow to adopt tech innovations, is jumping onto the IoT bandwagon. Why? Because it’s the smart thing to do (pun totally intended).

Bricks and Mortar, Meet Sensors and Data

So what’s the deal with IoT in construction software? Imagine a bulldozer that knows when it’s about to break down and books itself in for a service. Think of an inventory that knows exactly how much material is left and orders more just in time for the next phase of construction. Envision a construction manager getting alerts about potential safety hazards, before they cause actual harm. That’s not a dream; that’s IoT integrated with construction software, and it’s already changing the game.

Real-Time Monitoring Like You’ve Never Seen

We live in the age of instant gratification, and IoT delivers that in spades for construction. Sensors on everything from cranes to helmets feed data back to a centralized dashboard in real time. This isn’t just numbers and graphs; it’s actionable insights that you can use to prevent downtime, manage workflows, and seriously ramp up efficiency.

Inventory Magic

RFID tags and GPS tech aren’t new. But integrate them into an IoT framework, and you’ve got something that can track every nut, bolt, and piece of heavy machinery across your construction site. Theft? Not on IoT’s watch. Wasted materials? Say goodbye to that.

The Crystal Ball of Maintenance

Predictive maintenance is like having a crystal ball that tells you when things are about to go south so you can act before they do. IoT sensors monitor machinery conditions and trigger alerts for maintenance checks. It’s like your equipment says, “Hey, I’m feeling a bit under the weather, maybe it’s time for a check-up?”

Green Is the New Black

IoT isn’t just smart; it’s eco-smart. Energy-efficient practices are more easily adopted when you know exactly how much energy you’re using. Smart meters and monitoring systems can help construction sites reduce their carbon footprint while cutting costs. It’s a win-win.

The Awesome and the Annoying

Pros

• Cost-Cutting: We’re talking about potentially huge savings here.
• Safety: An ounce of prevention is worth a pound of cure, especially when that cure could be avoiding workplace accidents.
• Quality Checks: Constant monitoring means you’re always aware of the quality of work.
• Time: Time equals money. The efficiency gains are substantial.

Cons

• Security Risks: More devices connected to the net equals more potential backdoors for cybercriminals.
• Upfront Investment: Gear and specialized software don’t come cheap.
• Tech Complexity: IoT is cool, but it’s also complex. You’ll need a team that can handle it.

The Future Is Built, Not Born

IoT’s integration with construction software is more than a fad; it’s the blueprint for the future. The challenges? Sure, they exist. But the potential rewards in cost-saving, efficiency, and safety make this a no-brainer. So, whether you’re a developer, a builder, or just someone fascinated by how tech is changing traditional industries, keep your eyes on IoT in construction. The future isn’t just being written; it’s being built, one smart device at a time.

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Hawk IoT Data Logger and Sensor Hub Honored for Exceptional Innovation

Digital Matter, global leaders in low-power GPS and IoT hardware development, is proud to announce that the Hawk IoT Data Logger has been awarded the 2023 IoT Evolution Product of the Year Award by IoT Evolution World!

The award recognizes the best and most innovative products and solutions powering the Internet of Things.

The Hawk represents a significant advancement in remote monitoring applications. This robust plug-and-play device serves as an IoT data logger and sensor hub, transforming the industry with its flexible and unique approach to IoT sensor monitoring hardware. By reducing costs and complexity, the Hawk simplifies the deployment and management of remote monitoring solutions.

The Hawk’s versatile architecture provides near limitless options for interfacing to sensors that report on data to be used for analysis or generating actions. Through modular plug-in “I/O Cards,” the device seamlessly connects with an extensive range of third-party sensors. It boasts compatibility with SDI-12, I2C, 1-Wire, iButton, 4-20mA, RS485, Analog Inputs, Digital Inputs/Outputs, Switched Power, among others. This architecture empowers users to source their own sensors or create custom ones, aligning with their unique use cases.

The Hawk collects sensor data and transmits it via Cellular LTE-M and NB-IoT networks to any end platform, enabling seamless visualization and analysis. Its versatility allows it to excel in various verticals, including Environmental Monitoring (Temperature and Humidity, Soil Moisture and Quality, Air and Water Quality, Weather Stations), Resource Management (Water Management and Metering, Sewer Level Monitoring, Tank Level and Quality, Storm and Flood Water, Wildlife Management), and Equipment Management (Pulse Counting, Task Management and Control, Remote Pump Management).

Ken Everett, CEO and Founder of Digital Matter, says:

“We are thrilled to be recognized for our innovation in the IoT sensor monitoring market. This award is a testament to our commitment to delivering exceptional products that drive the industry forward.”

“The solutions selected for the IoT Evolution Product of Year Award reflect the diverse range of innovation driving the multi-billion dollar IoT market today. It is my honor to congratulate Digital Matter for their innovative work and superior contribution to the rapidly evolving IoT industry,” said Rich Tehrani, CEO of TMC, a co-publisher of IoT Evolution.

“It is my pleasure to recognize The Hawk, an innovative solution that earned Digital Matter the 2023 IoT Evolution Product of the Year Award,” Carl Ford, Community Developer, IoT Evolution World. “I look forward to seeing even more innovation from Digital Matter in the future.”

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IoT-based, cellular-connected monitoring system helps safeguard human tissues, vaccines, and medicines across pharmaceutical and healthcare environments.

Eseye, a pioneer of leading-edge cellular IoT connectivity solutions, today announced an innovative partnership with AmericanPharma Technologies, a leading provider of pharmaceutical and healthcare environment monitoring solutions.

The partnership will further improve the reliability and resilience of AmericanPharma’s already robust PharmaWatch system and help drive its international expansion.

PharmaWatch, an IoT-based System-as-a-Service software solution, helps customers maintain safe, regulatory-compliant standards for the storage of human tissue, vaccines, and medicine by monitoring critical parameters such as temperature, humidity, CO2 concentration, and differential pressure. The system provides real-time notifications, compliance reporting, and business intelligence through a website and mobile app, ensuring organisations are prepared for regulatory audits and improving their operations. However, during early deployments AmericanPharma found that relying on its customers’ Wi-Fi networks created risk of connectivity issues and data loss.

Seeking to address these challenges, AmericanPharma developed a first-generation cellular system, which resolved some Wi-Fi issues, but was limited to just one US network. This caused an increase in time spent fixing issues. By installing Eseye’s multi-network AnyNet+ eSIMs into its devices, AmericanPharma was able to guarantee reliable cellular connectivity in early device deployments.

Maintaining 99.6% connectivity – a mission-critical requirement

Since working with Eseye, AmericanPharma has recorded a staggering 87.5% improvement in connectivity performance. PharmaWatch device estates now operate with 99.6% connectivity – a mission-critical requirement to ensure medicines, human tissues, and embryos are stored and preserved at a low, stable temperature.

PharmaWatch was one of the first products to use Eseye’s latest AnyNet SMARTconnect intelligent connectivity optimisation software, which launched earlier this year. The solution embeds intelligent, global IoT connectivity directly into any device to provide dynamic optimisation of the connection, enabling organisations to get to market faster and focus on creating value for their customers.

AnyNet SMARTconnect boosts resilience, enabling devices to remain connected and optimised as connectivity requirements and technologies evolve over time. This guarantees operation over cellular networks at a high level and unlocks connectivity opportunities to support deployments beyond the U.S.

Recovering connectivity in 30 to 90 minutes during network outage

This proved extremely valuable during the Rogers Communication network outage in July 2022. While wireless connectivity remained active, the end-to-end data path was down. As a result, most IoT devices across a large area of Canada were offline for a full 19 hours. For PharmaWatch, all devices that had Eseye’s AnyNet SMARTconnect and AnyNet+ eSIM embedded were able to recover connectivity within 30 to 90 minutes, by redirecting traffic over the TELUS network. This resulted in minimum service downtime and disruption for customers: for example, allowing Canadian IVF clinics to ensure embryos were kept safe and protected throughout.

Casey Harris, Chief Technology Officer at PharmaWatch, comments,

“Eseye’s solution has made our PharmaWatch system orders of magnitude more reliable than Wi-Fi or our previous cellular-based solution. We’re in the 99.6% connectivity uptime range right now. It’s as good or better than what we expected; and it’s getting better every day. It’s now easier to sell, install, support, and scale up. We offer the most reliable monitoring solution for our market, which requires resilient connectivity. Eseye was a perfect match for our values and aligned with our aim to deliver mission critical service levels to customers.”

Transforming healthcare cold chain monitoring

With Eseye’s innovative IoT connectivity solution, AmericanPharma Technologies is poised to transform healthcare cold chain management on a global scale, ensuring pharmaceutical and healthcare organisations maintain safe and compliant environments for the well-being of patients and practitioners alike.

Commenting on the partnership, Nick Earle, CEO of Eseye, says: “AmericanPharma has witnessed the revolutionary impact of AnyNet SMARTconnect on global IoT deployments first hand. We strongly believe the device is critical to optimise connectivity and our global IoT connectivity switching intelligence and logic has already proven its value by safeguarding PharmaWatch devices from a major network outage.”

Nick continues, “Our partnership is a great fit because we offer flexible connectivity in regions such as North and Latin America where roaming restrictions must be adhered to, and localisation is essential. These changing environments not only affect near-term deployments but require flexibility and resilience throughout each project’s lifetime. As AmericanPharma expands into new global markets it is a pleasure to partner with the company to deliver a simplified, scalable IoT connectivity solution that consistently delivers on its reliability promise.”

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IoT connectivity provided by Pod Group is enabling Remote Monitoring Ltd to support breeding programmes at The Durrell Wildlife Conservation Trust.

Remote Monitoring Ltd, which automates record-keeping for temperature-critical applications, has announced that it will use global IoT connectivity from Pod Group, a Giesecke+Devrient (G+D) company and the world’s first Enterprise Network Operator, for its latest product, which is now monitoring breeding programmes for endangered species.

The product, RemoteM, automates the record-keeping process using multiple nodes to record temperature in different locations, transmits its readings wirelessly to a base station, and then sends the data via cellular connectivity to the cloud. As a result, RemoteM eliminates the high error rate of non-computerised monitoring processes.

The RemoteM system was initially designed to monitor the temperatures of valuable medicines during storage and transit. As veterinarians began using the system for similar purposes, it became apparent that it could be applied to other zoological applications as well.

The system’s success with veterinarians caught the attention of The Durrell Wildlife Conservation Trust, which began using it to monitor temperatures in its breeding program for endangered reptiles and amphibians. Now, RemoteM is also utilised through the trust to monitor shelters in the woods for small monkeys.

Pod Group’s smart SIM technology is used within RemoteM to ensure the widest possible coverage by being able to connect to multiple 2G, 3G, or 4G networks, selecting whichever is the strongest available at that moment in time. Pod Group’s API is also used to integrate with Remote Monitoring’s systems and processes for remote management and connectivity of base stations.

Temperature monitoring is crucial for many use cases and is often a regulatory requirement, with RemoteM allowing for remote monitoring with no loss of connectivity, even when products are indoors, on the move, or in hard-to-reach areas such as thick woodland, thanks to Pod Group’s global network.

Sam Colley, CEO, Pod Group, comments:

“We are proud to play a crucial role in ensuring accurate record-keeping in vital applications and removing the need for time-consuming manual tasks. This is a clear example of how Pod Group can help reduce the complexity of rolling out mission-critical IoT applications, providing cost-effective, reliable and future-proofed connectivity.”

Matthew Feeny, Director, Remote Monitoring Ltd, adds:

“A reliable network service is essential for our customers tasked with delivering valuable and, at times, life-saving products. We are excited to collaborate with Pod Group to provide this service with our RemoteM system. We look forward to developing a mutually beneficial relationship as we roll out our RemoteM system in even more applications.”

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Sateliot and GOSPACE LABS agreement will provide 5G IoT satellite connectivity solutions to private drinking water well owners to avoid contamination and prevent flood hazards with worldwide accurate measurement of water quality, water flow.

Sateliot, the first satellite constellation offering 5G standard connectivity from space, has teamed up with GOSPACE LABS, the space, telecoms and IoT hardware company, to provide standard 5G NTN NB-IoT connectivity from space to its MERATCH smart solution for water management, including drinking water well owners, in the US.

Currently, 15% of the US population, which is about 43 million people, rely on private wells as their primary source of drinking water. Supply can be compromised because of natural disasters such as floods or water contamination. In 2018, the USGS found traces of contaminants in 20% of US private wells.

MERATCH is an American Water Council Tech award-winning water management IoT solution, capable of monitoring the presence of contaminants in water by measuring pH acidity levels and temperature as well as water flow and its level when deployed in selected measurement points such as bridges. Once connected with a low latency-narrowband network, like Sateliot’s 5G satellite constellation, the system pings a notification alert when unusual situations occur, serving as an early warning system in case of upcoming floods or possible water contamination.

Monitoring water wells today is a luxury for the 43 million US rural inhabitants because of proprietary technology from legacy carriers which is expensive. Sateliot is the first satellite operator to leverage the 3GPP standard protocol, already used by MNOs and MVNOs for their terrestrial cellular networks, which benefits the final user with an affordable connectivity cost, comparable to teh terrestrial one.

Gianluca Redolfi, Sateliot CCO: “GOSPACE LABS has an outstanding record of services in water management and monitoring in Europe, and we are proud to join their mission in the US market to improve vital water access to all Americans.”

“Sateliot’s connectivity will provide the best service to MERATCH customers, helping them monitor their wells wherever they are located and notifying them of any possible hazards.”

Pavol Turcina, GOSPACE LABS CEO: “Well owners and users need to know that water is safe and 100% potable at all times. With Sateliot’s nanosatellite constellation, we can guarantee that data retrieved from MERATCH sensors is up-to-date and accurate, and available worldwide. Furthermore, because our sensors are already capable of connecting Sateliot’s NTN without any hardware modifications, MERATCH solution can work seamlessly to both cellular and satellite networks at a very affordable cost”.

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Groundbreaking U.S.-Based IoT Company Begins Data Integration with USMC Maintenance Systems.

Armaments Research Company, Inc. (ARC) announced today a contract award intended to further scale its conditions-based maintenance platform for U.S. Marine Corps (USMC) crew-served weapons.

This new award will integrate ARC’s flagship product with USMC enterprise maintenance system data to gain deeper sustainment insights, create a seamless user experience, and implement resilient system security.

This task order is part of the 5-year, $60-million Small Business Innovative Research (SBIR) Phase III contract with the U.S. Department of Defense (DoD) and General Services Administration (GSA) to develop systems for the Joint All Domain Command and Control (JADC2) project portfolio. JADC2’s goal is to connect sensors from each military service into one, integrated network.

The project expands upon Task Order 2 with the USMC, which ARC introduced last October. Task Order 2 focused on developing a turnkey predictive maintenance software system that empowers units to anticipate, plan and take proactive steps for events such as parts repair or failure before they occur, ensuring reliability and safety during training and operations. This platform will now be bolstered by enterprise maintenance data to better detect non-age-related weapons issues and empower end users to take action.

“The USMC has consistently expressed its desire for an integrated maintenance solution rather than an application end users must manage separately,” said Michael Canty, ARC’s CEO.

“This project represents a meaningful step toward building this weapons maintenance capability into end users’ natural sustainment rhythm.”

ARC adapted its state-of-the art, Internet-of-Things (IoT) sensor to crew-served weapons platforms to collect, synthesize, and communicate diagnostics for units to assess the overall health of their platforms. The data was used to develop machine-learning (ML) algorithms to detect when a component of the weapon may fail or when the weapon system requires maintenance.

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Globalstar, has partnered with Globalsat Group to deploy a jointly developed IoT solution powered by Globalstar’s satellite network designed to monitor renewable energy stations located in remote areas of Latin America.

The initial deployment will include 23,000 devices throughout the region with an expectation of additional opportunities in the short term.

The energy stations, which are installed in remote areas, have historically presented cost implications surrounding access and, similarly, without notice of service shutdowns, have caused additional loss of time, revenue, and information. The new solution will allow clients to obtain daily data, including information on equipment status and energy consumption. Maintenance costs will also be drastically reduced with preventive scheduling and real-time response. The solution will also provide monitoring visibility as a means of theft prevention.

“This deployment represents a critical milestone in our expansion into renewable energy verticals in Latin America,” said Juan Porras, General Manager of Globalstar for Latin America. “Through this partnership, we are now well positioned to expand into other energy markets around the world,” said David Kagan, CEO of Globalstar.

Globalstar and Globalsat have been working together since 2019 on solutions in the mining, oil and gas, and government industries throughout Latin America. Development of this renewable energy project started back in 2020.

J. Alberto Palacios, CEO of Globalsat Group, commented:

“It was a technically demanding development where we had to combine low power levels and high reliability, and our team was able to further optimize efficiency through the development of custom hardware, an aspect in which we are particularly proud of having been able to add value to this challenging project.”

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Toolie is the First-of-its-Kind Tool and Workforce Activity Tracker.

Momentum IoT today launched the Toolie, a revolutionary tool tracking technology that tracks both equipment and worker productivity.

Unlike other tracking products, the Toolie enables managers to visualize employee activity, remotely, and does not depend on pairing phones to beacons in the field.

“Poor visibility into the job site is costing businesses thousands of dollars — not just in tools, but loss in productivity,” said Justin Silva, CEO of Momentum IoT.

“With the Toolie, businesses can now track equipment from big to small and visualize job progress in real time.”

The Toolie easily affixes to equipment of all sizes — everything from a ladder to chainsaw or welder. The device works in conjunction with Momentum IoT’s fleet GPS tracker, called Eagle 1, by using Bluetooth to expand tracking capabilities.

In addition to tracking tools and sending alerts when equipment is left behind, the Toolie also showcases the following features:

• Tracks Activity: Built-in motion detection indicates when a tool is active at the site, and how a job is progressing.
• Always Connected: The Toolie is always on, and only works with Momentum IoT’s GPS/cellular trackers in company vehicles (Eagle 1), making it secure and reliable.
• Works Without a Phone: Unlike other solutions, the Toolie works without a phone. Just stick it on. No hassle.

“There’s nothing like it,” said Chris Spano, co-founder of Traffic Management Inc. “We tried RFID and QR codes. Those only do check ins. RFID helps you with hands free check-ins, basically. But Toolies give you insight into the job itself.”

“We think we can save hundreds of hours a week in unneeded yard hunts, and we think we can gain about five percent more efficiency by not having to call and text to get remote job updates. That is efficiency that drops straight to the bottom line,” Spano added.

“To be able to make money nowadays, you’ll need to be better able to understand your business and analyze the data,” says David Clifford, COO of Turfmaster Lawn Maintenance Inc. in Indianapolis. He uses Toolies to manage maintenance, make sure the right tools are on a truck when the truck, keep track of unforeseen events at remote job sites, and show proof of work.

“I like the model,” says Stacey Higginbotham of Stacey On IoT, a respected tech influencer. “I also like the idea of a future in which you can track smaller and smaller tools used in lawn maintenance, construction, building cleaning, and other use cases. This is where the IoT can shine, using cheap connected devices, cloud analytics, and data to make the invisible visible.”

Each Toolie will have approximately a two-year battery life, and when the battery gets low, Momentum IoT ships out a new device to the customer, for free.

The post Momentum IoT Invents ‘Fitbit for Tools’ appeared first on IoT Business News.

According to Global Industry Analysts Inc., the IoT analytics market will reach $40.6 Billion by 2024. Additionally, Statista predicts that the global market will reach $1.6T by 2025 and that 75B connected devices will be in use. Indeed, IoT deployment has gained significant traction in various industries such as autonomous vehicles, insurance, and telehealth.

One particular industry that is beginning to reap the rewards of IoT technology is the food & beverage industry. Overtime, IoT has enabled the integration of computation and networking with physical processes to help food manufacturers address labor shortages, proactively address maintenance, and, more importantly, improve productivity. However, there are still way more use cases to uncover for automation in the food and beverage sector.

It’s no surprise that the pandemic has upended the food and beverage industry. Factories were forced to shut down, and the ones that remained open were forced to lay off many of their employees. Outside of factories, people’s food consumption patterns also began to change. These events have clearly translated to rising food prices and have forced food manufacturers to not only update existing technology but apply new automation in their facilities. Here are three ways IoT technology is addressing issues in the food & beverage industry.

Predictive Maintenance VS Preventative Maintenance

Despite the initial friction that came along with the pandemic over two years ago, the food and beverage industry is still navigating unstable supply chains, and volatile levels of consumer demand. They’re also navigating this rugged terrain with less labor at their disposal. Therefore, the last thing that any manufacturing company needs is to deal with failing equipment and unexpected downtime.

Fortunately, new types of predictive maintenance through remote monitoring allows early detection of future problems that can extend machine health and lifespan. In many ways, technology is also working in tandem with artificial intelligence. For example, while AI is applying forecasting algorithms to their approach to predictive maintenance, IoT is the technology that monitors machines and equipment, which is more efficient than the status quo of preventative care. It can also do so cost-effectively. A study from Deloitte found that predictive maintenance will save companies $630B by 2025.

Examples of predictive maintenance are expanding in the food and beverage industry, but an interesting example came to light recently from our team working with a craft cold brew coffee maker. The brewery was seeing inconsistent operations of critical steam boilers used in their brewing process. The ‘misfiring’ led to sporadic failures with other adjacent equipment integrated with the boiler. To address the issue and get ahead of any larger scale failure they installed pressure and temperature sensors, as well as downstream vibration sensors as part of a case-specific IoT plan. The sensors revealed rapid pressure drops and vibration spikes on a localized compressor.

Without the use of technology in this case, the coffee brewer would have never identified the true root cause of the inconsistent operations. Real-time notifications delivered from the sensors and into the cloud enabled the company to alert product staff of needed maintenance when the issue is occurring, which diverted any downtime.

Improve Safety with Remote Monitoring

When people discuss safety in the manufacturing setting, it’s not uncommon for people to imagine images of workers in close quarters giving each other Covid. While this is undoubtedly a real-world concern, when it comes to the food & beverage industry, safety is highly imperative to both workers and consumers.

With that said, these companies dealing in perishable goods end up being impacted in different ways due to the time-sensitive nature of their products. As such, supply chain issues have only exasperated this problem. In fact, according to the National Restaurant Association, over 95% of operators experienced supply delays or shortages of crucial food or beverage items in 2021.

Additionally, the data companies receive from sensors, and other IoT technology is invaluable. For example, monitoring temperature fluctuations within processing facilities and storage facilities are essential for food and beverage safety. These temperatures can directly impact the quality of these products. Knowing this and the impact of ongoing labor shortages, it would make sense why these companies are looking to take the next step and embrace what Industry 4.0 has to offer, such as improved efficiency and safety.

However, retrieving this data is one of two roadblocks that prevent companies from receiving the total ROI of IoT deployment. Manufacturers that lack remote monitoring are not only spending more time than necessary extracting valuable data, but they also end up inadvertently forcing more employees to remain onsite, which poses transmission risk and exposes these employees to potential hazards that stem from faulty machinery and other impending failures.

When failure is imminent, it’s essential to have a robust monitoring system that can send an alert to service teams directly and give a higher level of overall visibility into these machines through actionable data.

Unleashing Commercial IoT’s Real Benefit: More Revenue

While preventing downtime and ensuring safety are vital, when you talk to commercial executives in the food and beverage sector their eyes really start to light up when you get to how IoT can improve their top and bottom lines. The holy grail for powering IOT-led revenue gains is found in the data.

If retrieving data is the first roadblock preventing companies from achieving the full ROI of IoT deployment, the second roadblock is making sense of this data. While many companies in the food and beverage space rely on sensors, they can’t interpret literally the piles of data it throws at them. Some of these companies rely on PLCs and receive their data through a data dump download but having data for the sake of having data is not only pointless, but it also requires end-users to take time from their daily tasks in order to sift through mountains of data.

That’s why food manufacturers, breweries and other consumer goods companies that are making the most of their use of IoT are focused on delivering concise, actionable, intelligence data to drive productivity gains. Increasingly, ‘digital twins’, or the act of using virtual representation that serves as the real-time digital counterpart, is the way to turn data overload into captive data streams.

These captive data streams can easily indicate a deviation from baseline process behavior to predict potential productivity gains. This actionable data adds tremendous value to food and beverage manufacturers looking to give their IoT data a voice without the unnecessary noise.

For example, breweries need to rely on robust cleaning processes in order to bring a safe beverage to market. Boiler pressure and temperature, turbidity rates (how hazy the beer is) and clean-in-place-cycles can be constantly monitored from anywhere. With that in mind, sensors are constantly monitoring the efficiencies of various equipment including tanks, pumps, boilers, chillers, generators, etc.

So, instead of solely relying on sensors to provide tons of data on tons of equipment, the use of a digital twin can help convert all that messy data into actionable business intelligence. Furthermore, by creating a digital twin, these organizations are building a virtual sandbox to test production changes in a non-production environment.

The post 3 Benefits IoT is Driving in The Food & Beverage Industry appeared first on IoT Business News.

Analysis of sensor data from vaccine storage freezer minimizes waste and promises efficient vaccine delivery to underserved communities.

The US Centers for Disease Control claims vaccine storage and transport issues are responsible for nearly 10% of the 65 million COVID-19 vaccine doses wasted in the US the past two years. To address this vaccine logistics challenge, the North Carolina Collaboratory and analytics leader SAS are using IoT analytics and sensor data from vaccine storage freezers to strengthen cold chain integrity and improve dosage delivery, particularly to underserved and rural communities.

Established by the state legislature in 2016 and headquartered at the University of North Carolina at Chapel Hill, the NC Collaboratory is a research and policy organization that taps into the resources and expertise of all 17 institutions of the University of North Carolina System. Among these institutions are several historically minority-serving institutions and remote campuses that host ultra-low temperature freezers that support more equitable vaccine distribution to underserved communities. The NC Collaboratory provided 63 freezers across the state, with a capacity of 9.3 million vaccine doses, nearly enough for every person in the state.

The NC Collaboratory turned to SAS® Analytics for IoT and Microsoft Azure to select, transform and operationalize data — without coding — from sensors across 10 freezer locations at universities, in addition to third-party public health data. The project monitored the impact of factors including temperature, humidity, vibration during transport, opening and closing, duration in storage and freezer capacity, while tapping predictive insights and intelligent alerting capabilities to identify and address potential dosage loss and regional vaccine shortages.

“COVID-19 created the largest and most complex medical logistics program in modern history,” said Jeff Warren, Executive Director of the NC Collaboratory.

“One of the most formidable challenges has been to protect supply chain integrity as vaccines are transported and stored from manufacturers to administration sites – particularly those in hard-to-reach, underserved communities. Our project with SAS demonstrated how IoT analytics and technologies can be a game changer in getting more vaccines to more people.”

Key pilot program achievements demonstrated included:

• Temperature threshold monitoring that examines temperature trends that indicate deteriorating freezer conditions and generates proactive alerts predicting the time remaining before temperature threshold is reached, preventing vaccine waste and ensuring vaccine viability.
• Freezer capacity alerting that provides intelligent alerts when vaccine supply is insufficient relative to virus spread in an area and offers recommendations for proactively reallocating supply to meet demand.

Supply chain expert Rob Handfield, Executive Director of North Carolina State University’s Supply Chain Resource Cooperative, has advised SAS on its cold chain IoT efforts. “With a cold supply chain, you must constantly maintain very low temperatures, as vaccines that exceed the limit begin to deteriorate in just five hours,” said Handfield. “The SAS approach seeks to create visibility and prediction into what is today a black box in the cold chain, helping logistics managers identify potential points of failure and proactively minimize vaccine loss.”

SAS Analytics for IoT is being used to tackle a variety of global challenges, such as analyzing crop data to deliver higher-quality food, improving energy forecasting to reduce utility bills, and protecting people and property from dangerous flooding.

“This project delivers on the promise of innovation by quickly and efficiently generating value from IoT data using SAS Analytics for IoT — an award-winning, cloud-native solution that employs AI and streaming capabilities to accelerate the generation of predictive insights,” said Jason Mann, Vice President for Internet of Things at SAS. “I’m proud of our university partnerships, and our focus on applying proven IoT solutions to improve critical outcomes and strengthen the cold chain. This initiative will undoubtedly accelerate the state’s ability to prepare and respond in the face of the next pandemic, variant or deployment of future mRNA vaccines.”

The post Improving vaccine cold chain integrity with IoT analytics through SAS and NC Collaboratory partnership appeared first on IoT Business News.

The new LoRa Edge LR1120 enables satellite-based networks and simplifies terrestrial network interoperability.

Semtech Corporation announces the addition of multi-band capabilities to its LoRa Edge device-to-Cloud geolocation platform.

The new LoRa Edge LR1120 allows for direct satellite-connected Internet of Things (IoT) applications in supply chain management and logistics with seamless low power geolocation on a global scale.

“Semtech’s LoRa® is targeting track and trace challenges faced by the logistics industry today with a geolocation IoT platform adapted to global transportation and mass-scale asset management,” said Marc Pégulu, vice president of IoT product marketing for Semtech’s Wireless and Sensing Products Group.

“With the launch of multi-band LoRa support, coupled with LoRa Cloud services, it has never been easier to expand ubiquitous IoT connectivity and geolocation globally.”

With LoRa Edge LR1120, intercontinental logistics companies can leverage highly integrated, ultra-low power trackers with enhanced interoperability, more versatile connectivity for a simpler operation and global mobility across multiple regulatory regions. Additionally, the possibility to offer a low power and low cost sensor with satellite connectivity unlocks a multitude of use cases in infrastructure monitoring, agriculture and environmental monitoring that require deployment in remote areas, which tend to be very capital intensive.

According to Christopher Taylor, Director, RF & Wireless with Strategy Analytics:

“Combining LoRa with small, relatively low-cost LEO satellites will change the game for LoRa and IoT. Adding satellite communication capabilities in the S-band to LoRa can help replace aging SCADA monitoring and opens up new applications and markets, especially in remote regions. So far, LoRa has attracted the interest of several satellite companies including EchoStar and Lacuna.”

Key Features of LoRa Edge LR1120:

• Multi-band LoRa capability (sub-GHz, 2.4GHz and licensed S-band for satellite) and multi-technology geolocation using GNSS for outdoor and Wi-Fi for indoor, as well as areas where satellite coverage is poor
• LoRa Cloud geolocation solver, which transfers the location processing workload from the device to the Cloud, making ‘deploy once’ battery life possible
• Supported by GPS and BeiDou constellations
• Hardware crypto engine for increased security

The post Semtech Extends LoRa Edge™ Platform to Support Seamless Worldwide Asset Tracking appeared first on IoT Business News.

NZ traffic management equipment company uses Pollin8 devices and analytics software with Thinxtra’s 0G Network to resolve expensive lost and stolen asset challenges.

New Zealand-based traffic management equipment company, PB Traffic, is using IoT technology from Pollin8 and Thinxtra to maintain road safety and optimise traffic flow at infrastructure development sites with real-time tracking that prevents asset theft and losses.

Established in 2009, Peter Berghaus New Zealand (PB Traffic) supplies traffic management equipment and portable traffic lights for roads, major infrastructure projects, and specialist operations. The company owns and operates 110 portable traffic light systems, each valued at over NZ$20,000. These have been deployed for the Puhoi to Warkworth motorway (NX2), Clevedon Water, Kaikoura SH1 rebuild, and other major infrastructure projects.

Historically, PB Traffic would lose an average of two traffic light systems annually, with some going missing while others were stolen by individuals attempting to profit from reselling the internal batteries. To reduce the risk of recurring financial hits of about $60,000 per year – and the threats to driver safety when lights aren’t present to control traffic – the company turned to real-time asset tracking technology from Pollin8 and Thinxtra.

Akshay Gupte, General Manager at PB Traffic, said:
“As well as being a lost asset, roads missing functioning traffic lights create huge safety risks. It increases the chances of head-on accidents when the light on one side is stolen or vandalised, and this quickly triggers significant congestion which causes stress for drivers and pedestrians.”

“We therefore needed a tracking system to give us full oversight of our traffic light systems no matter where they are, and the ability to understand whether they are working as expected. With Pollin8’s IoT devices and software plus Thinxtra’s 0G Network, we have a cost-effective and efficient solution that works beyond the standard capabilities of GPS tracking.”

PB Traffic has installed Pollin8’s battery-powered devices to its full fleet of signal lights, which record and transmit data in real time. The information is communicated over Thinxtra’s national 0G Network, and is viewed through Pollin8’s comprehensive web and mobile applications.

“Our team can now view life traffic conditions from our headquarters to understand how the lights are performing in every location, plus the benefit of adjusting the timing of signal light changes to prevent road congestion and accidents,” Gupte said.

In two instances where PB Traffic’s lights were stolen, the company worked with local authorities to locate and retrieve the systems in real time before they could be resold. Although the traffic lights lost power, Pollin8’s tracking devices, with a battery life of up to five years, continued to provide location data as they operate independently.

Nick Pickering, CEO at Pollin8, said:
“As a supplier of traffic management solutions, PB Traffic has incredible responsibility for the safety of all persons impacted by its systems. Taking the guesswork out of asset management with our IoT devices and Thinxtra’s national connectivity means the organisation can focus on proactively managing theft and optimising traffic flow, making roadworks safer with less impact on commuters.”

Nicholas Lambrou, CEO at Thinxtra, said:
“PB Traffic provides crucial safety assets for some of New Zealand’s most important infrastructure development and construction projects. By using real-time tracking powered by the Internet of Things, PB Traffic has created an invaluable safety net that not only ensures its traffic light systems are in the right places and working as intended, but keeps workers, drivers and pedestrians safe during their commutes.”

The post PB Traffic improves traffic conditions and road safety with Internet of Things appeared first on IoT Business News.

SAS and Attentis help improve flood and fire response as the climate changes.

As Earth Day approaches, we continue to see the impact of climate change everywhere. In eastern Australia, this impact can feel biblical.

Severe rain in February and March of this year has caused some of the worst flooding in history. At least 20 people have died, and tens of thousands of homes and businesses have been inundated.

And the 2019-2020 bushfire season scorched millions of acres, killing 33 people and destroying thousands of homes. The fires also decimated wildlife, with an estimated 3 billion animals in the path of the flames.

Australia’s iconic koala has seen a steep population drop and is now endangered. Among the causes? Climate-related weather events like fires and floods, as well as habitat destruction from development.

Technology drives rapid response and resilience

Attentis, an Australian technology firm, has designed and manufactured a range of intelligent sensors that provide local officials and emergency response teams with real-time information and monitoring. These sensors are powered by artificial intelligence (AI) and machine learning from SAS, the leader in analytics.

“Our sensor networks help monitor, measure and mitigate many of the effects of climate change, from fire ignition to flooding to air quality, soil and environmental health, and much more,” said Attentis Managing Director and founder Cameron McKenna.

“Attentis’ multi-sensors are now equipped with AI-embedded SAS® IoT analytics so that local officials, for the first time, can identify conditions and environmental factors – such as fire ignitions and rapid water-level rise – and respond immediately, while continuing to measure and monitor live environmental conditions to aid situational awareness.”

Powering the world’s largest environmental-monitoring network

Attentis has created the world’s first integrated, high-speed sensor network throughout Australia’s Latrobe Valley. Today, this network is the world’s largest real-time environmental-monitoring network.

Covering 913 square miles, the Latrobe Valley Information Network and its array of AI-powered sensors collects and delivers vital data that has improved local agriculture, utilities and forest industries, as well as emergency services.

Thousands of local and neighboring residents now access this data on a regular basis to monitor rainfall, air quality, fire starts, weather and more.

Collecting more real-time situational data via Attentis sensor networks and quickly uncovering key insights from that data using SAS Analytics for IoT means that local officials can make better, faster and more informed decisions that protect citizens, property and natural resources.

“SAS and Attentis boost the resiliency of the people of Latrobe Valley in the face of fires, floods and other challenges brought about by climate change,” said McKenna.

Protecting koalas and endangered species with AI

Historical data can also be used by government and academic researchers looking to protect endangered species like the koala. Understanding and monitoring threats to koalas – such as bushfires and floods – can help scientists assess the health of the population and develop strategies to sustain koala numbers.

SAS AI technologies are already used to protect other endangered species. See how WildTrack uses SAS Analytics to protect cheetahs, rhinos and more.

Artificial Intelligence of Things

Advanced analytics like AI help harness value from the Internet of Things (IoT). Data management, cloud and high-performance computing techniques help manage and analyze the influx of IoT data from sensors like those built by Attentis. Insights from streaming analytics and AI underpin digital transformation efforts in a host of industries – retail, manufacturing, energy, transportation, government and more – that improve efficiency, convenience and security.

“With fires and floods, every second matters. By combining Attentis’ intelligent sensors with our cloud-native SAS Analytics for IoT solution, we’re accelerating the speed and accuracy at which officials can respond to these environmental threats,” said Jason Mann, Vice President of IoT at SAS. “For example, with intelligent sensor networks and predictive analytics, emergency responders can now continuously and accurately assess river heights, rainfall and soil moisture in real-time. By closely monitoring and analyzing this data, these officials can quickly act on new insights and issue early flood warnings to people in high-risk areas who may be affected – or inundated – by severe weather.”

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

The number of participants in EM programmes on a daily basis in Europe, North America and Latin America amounted to about 46,000, 282,000 and 71,000 respectively during 2020.

The market value in 2020 reached US$ 823 million in North America, US$ 189 million in Europe and US$ 54 million in Latin America. The market value in the three regions together is forecasted to grow by a CAGR of 7.9 percent, from US$ 1.1 billion in 2020 to reach US$ 1.6 billion in 2025.

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

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

The electronic offender monitoring market is highly affected by political and societal changes. In the first half of 2020, when the COVID-19 pandemic broke out, several jurisdictions in the US and Europe released thousands of non-violent offenders from prisons with electronic monitoring equipment.

“The pandemic has acted as a catalyst for new and extended EM programmes”, says Martin Backman, Senior Analyst at Berg Insight. He adds that the justice system in many countries is now more inclined towards using new technologies to fight the issues of overcrowding and rising costs of incarceration.

Mr. Backman concludes:

“Smartphone-based and smartwatch-like EM solutions for low-risk offenders are gaining traction, along with a continued rising demand for traditional EM solutions.”

The post The electronic offender monitoring market in Europe and the Americas to reach US$ 1.6 billion in 2025 appeared first on IoT Business News.

NetOP Technology Forest Capsule Monitors Local Conditions In Remote Areas and Sends Alerts When Fire Danger Is High.

Kerlink, a specialist in solutions dedicated to the Internet of Things (IoT), and NetOP Technology, which designs and produces tailor-made IoT solutions for multiple verticals and applications, today announced their collaboration on a wildfire-prevention system that warns public officials when weather conditions predict fires.

This summer of 2021, 187,114 fires have so far been recorded across the globe, further underlining the urgency of acting on global warming. Extreme temperatures and droughts have fueled fires in Russia, Greece, Sicily, Algeria, Tunisia, the Amazon, Mozambique, Zimbabwe, Canada and the United States, particularly in California, where the Dixie Fire has been burning since mid-July and has ravaged more than 200,000 hectares. The previous record was set in September 2020 with 138,680 fires, i.e. almost 50,000 fewer.

To help identify risk areas, the LoRaWAN®-based system combines Kerlink Wirnet gateways with NetOP Technology Forest Capsules that measure meteorological conditions such as humidity, temperature, CO2 and the concentration of volatile organic compounds (VOC), using built-in sensors. The long-range wireless device detects, collects and reports dangerous conditions even in very remote locations via Kerlink’s LoRaWAN gateways, while its AI capabilities identify likely fire outbreaks with their exact GPS location.

The system’s intelligent dashboard features an integrated AI layer, sensors with machine-learning functions, forest fire prediction, on-line risk calculation, smart live maps of terrain, real-time heat maps and alarm scenarios.

“Our technology and Kerlink’s very wide LoRaWAN coverage allow forest and wildlands managers to expand their monitoring far beyond traditional capabilities of smoke detection and early fire observation,” said Olcay Taysi, co-founder of NetOP Technology.

“By predicting where fires are likely to start, the Forest Capsule system helps officials spend their monitoring and surveillance activities more effectively.”

“This solution delivers on the global scale by helping to anticipate climate change consequences potentially resulting in vast fires, and locally it protects wildlife and enables organizations to conserve water and other resources used in fighting fires,” said Romain Weryk, Kerlink key account manager. “Kerlink’s expertise on gateways and communication management is widely recognized for the robust performance those features deliver in diverse and challenging environments, and they make Kerlink an obvious partner for this world’s-first, IoT wildfire-prevention application.”

NetOP Technology also has been Kerlink’s distributor since July 2018.

The post Kerlink and NetOP Technology Partner on IoT-Based Wildfire Prevention System appeared first on IoT Business News.

United States Air Force awards contract to a local Austin small business to secure IoT data from remote, nuclear launch sites.

Vitro Technology Corporation, an Austin-based deep tech startup, has won a Direct to Phase II SBIR contract with the US Air Force defending the critical infrastructure of US’ nuclear arsenal.

Lieutenant Colonel Atwater, said:

“The mission impact of this project will be a reduction in travel by service teams of at least 50%. Trusted, detailed infrastructure data allows our airmen to focus on preventative maintenance and increased mission readiness.”

Remote monitoring of infrastructure is referred to as the “Internet of Things” or IoT. Vitro’s patented IoT hardware and software delivers “Zero Trust” IoT, an innovation that has won the company a national position in thought-leadership.

In December 2020, the IoT Cybersecurity Act became law. Since the adoption of IoT technology, cybersecurity hacks have become a common theme in the news. Despite the political turmoil of 2020, Congress recognized the fact that cybersecurity, specifically the security of the “Internet of Things”, is a clear and present danger to our national security and infrastructure. The IoT Cybersecurity Act is designed to address this problem directly.

“Square insulates merchants of all sizes from the technical and legal complexities of processing credit cards. In the same way, Vitro insulates military and commercial customers from the complexities of protecting IoT devices and proving that their data is authentic,” said David Goodman, founder and CEO of Vitro.

“Vitro puts a compliant, crypto-secure IoT platform in a box. We help our customers focus on artificial intelligence and machine learning that will make their operations more efficient and sustainable, ensuring that the real-world IoT data feeding these models is secure and trusted.”

The post Vitro Secures Nation’s Nuclear Arsenal with Zero Trust IoT appeared first on IoT Business News.

Octave all-in-one solution enables company to launch in less than five months a ground-breaking water quality analyzer for accurate, real-time information.

Sierra Wireless today announced that Aquamonitrix® is using Sierra Wireless Octave, the all-in one edge-to-cloud solution for connecting industrial assets to the cloud, to enable its ground-breaking water quality analyzer to provide accurate, real-time information on nitrate and nitrite levels in fresh and effluent water.

Octave Provides Real-Time Continuous Information, Speeds Time-to-Market, and Reduces Costs

Working in conjunction with Sierra Wireless and Sierra Wireless’ partner Linkwave Technologies, Aquamonitrix Ltd – backed by the resources of its parent company T.E. Laboratories (TelLab) – has been able to use Octave to develop a new remote monitoring IoT application that enables water managers to react immediately to nitrate-related pollution events, helping them to avoid fines, environmental damage, and reputation loss. The application also allows for near-continuous monitoring, so that episodic pollution events need no longer go undetected. Users can gather sufficient data to better model and understand nitrate/nitrite sources and treatment dynamics, enabling them to arrive at evidence-based, optimized solutions.

Alan Staunton, New Product Development Lead, Aquamonitrix, said:

“Octave’s innovative technology helps us capture critical data on water quality every few seconds. By getting up-to-date information on water quality, management can make data-driven decisions and ensure regulatory compliance.”

“Moreover, Octave’s efficient power consumption allows longer deployment periods, diminishing maintenance needs, and provides an integrated monitoring solution that is cost-effective.”

By using Octave, engineers at Aquamonitrix did not have to build any IoT infrastructure from scratch and were able to launch the remote monitoring IoT application in less than five months at a predictable cost.

“Being a complete solution, Octave provides not just the edge devices that extract data from the Aquamonitrix sensors, but also cellular connectivity and cloud actions that securely transmit sensor data over low power cellular networks to Aquamonitrix cloud applications,” said Olivier Pauzet, Vice President Product & IoT Solutions, Sierra Wireless.

“Octave enables secured connections from edge devices to any cloud provider or cloud-based application such as Azure Power BI. It also allows companies to simplify their development and de-risk their deployment so that they can focus on their data and creating innovative IoT applications,” said Andrew Newton, CEO, Linkwave Technologies.

Remote Monitoring IoT Application Delivers the Benefits of Real-Time Data Transmission to Users

Aquamonitrix makes access to real-time information on nitrate and nitrite in water systems practical and affordable. Unlike existing real-time analyzers, the Aquamonitrix solution incorporates a separation step that allows it to analyze ‘dirty’ or cloudy real-world samples, without any loss of accuracy or performance. Moreover, because the sensor sits outside the water, it does not succumb to biofouling and is compact, lite-weight and portable. Its total lifetime costs are also low since no specialized technical skills are required to set it up, operate it or service it.

Aquamonitrix has so far been deployed in applications that include catchment management, raw water abstraction monitoring, wastewater treatment optimization, and effluent monitoring.

The post Aquamonitrix Revolutionizes Water Quality Monitoring With Sierra Wireless Octave Edge-to-Cloud IoT Solution appeared first on IoT Business News.

• Hiber launches HiberHilo, a subscription based IoT solution, as organisations operating remotely call for simple solutions amid COVID-19 pandemic

• A first of many out-of-the-box offerings, the Oil & Gas Well Integrity Monitoring solution will exponentially increase well safety, enabling connectivity anywhere, at any time

• Proven by Nederlandse Aardolie Maatschappij (NAM) and Royal Dutch Shell, HiberHilo can monitor up to 250 wells in a 10km radius, wherever they are in the world

Dutch satellite Internet-of-Things (IoT) solution startup, Hiber, today announces the launch of HiberHilo, its first end-to-end solution for Oil & Gas Well Integrity Monitoring.

HiberHilo is also the world’s first subscription service for IoT-enabled remote Oil/Gas Well monitoring and the company will be introducing similar services for other specific use cases in 2021.

There is a growing demand for remote monitoring in industries such as Oil & Gas to create more sustainable and environmentally friendly practices, especially with COVID-19 limiting travel halting routine maintenance checks. However, the IoT SaaS market in this space is nascent and lacks simplicity. Having already been one of the first firms to develop a remote IoT connectivity solution with the launch of its proprietary nano-satellites in 2018, Hiber identified the urgent need for readily available out-the-box end-to-end subscription based offerings. These must be designed bespoke for particular use cases, as well as being simple and efficient for businesses to install and implement.

The HiberHilo solution for Oil & Gas Well Integrity Monitoring is the first offering of this kind that Hiber will launch because this process is currently complex, time-consuming and expensive (costing up to $40,000 per field visit). Additionally, manual monitoring is prone to error and is often not conducted frequently enough.

Monitoring is critical to ensure that anomalies are identified early and addressed – this can include potential leaks which, if left unaddressed, can impact people’s health and safety as well as negatively impact the environment. HiberHilo’s out-of-the-box subscription solution utilises Hiber’s global satellite network to empower organisations to automate continuous annulus pressure and wellhead monitoring of up to 250 wells in a radius of 10km, even in the most remote locations on Earth. Pricing starts at $449 per month per well (1 sensor and a 5 year contract).

The all-in-one product is available as both a starter kit and in the form of an enterprise solution, both of which feature:

• A pressure and optional temperature sensor to ensure accurate and regular measurements – organisations can add more sensors to the network if required
• Easy connectivity anywhere, sending up to 24 messages a day or one per hour
• Alarm and alert settings
• An intuitive dashboard for desktop and mobile
• Support both on-site and via mobile

Coen Janssen, co-founder and Chief Strategy Officer at Hiber said:
“We are excited to launch this first-of-its-kind IoT proposition for remote monitoring at a time when it is needed more than ever. HiberHilo has already been proven by Nederlandse Aardolie Maatschappij (NAM) and Royal Dutch Shell (better known as just “Shell”) on an abandoned on-shore well.”

“This technology can be installed in less than 2 hours and within 0.25% accuracy levels of a traditional wired system, which is extremely reliable.”

“We look forward to more companies embracing this new proposition as it will save them time, money and lives by allowing teams to monitor well integrity from home as well as reducing the risk of well integrity issues to create more sustainable practices. The future for remote monitoring is very bright!”

Hiber entered the market in 2018 purely as a connectivity provider, utilising its own proprietary nano-satellite technology to unlock IoT connectivity in the 90% of the world without it.

The post World’s First End-to-End IoT Subscription Service for Remote Oil & Gas Well Integrity Monitoring appeared first on IoT Business News.

Octave All-in-One Edge-to-Cloud Solution Simplifies Industrial IoT Infrastructure, Helping Ekatra Launch Leak Monitoring Application for Liquid Fertilizer Tanks in Only Three Months.

Sierra Wireless today announced that Ekatra successfully reduced the development time of its new Industrial IoT (IIoT) liquid fertilizer tank monitoring application by 50 percent using Octave, the all-in-one, edge-to-cloud solution for connecting industrial assets.

Octave enabled Ekatra to easily integrate IoT edge devices into industrial tank equipment, extend application intelligence to these IoT edge devices, and then integrate tank data into their cloud, allowing them to cut development time for the application from six to three months.

“Small and medium-sized companies are driving the growth of the Industrial IoT with innovative, practical, problem-solving applications that are transforming industries,” said Olivier Pauzet, VP Product IoT Solutions at Sierra Wireless.

“Ekatra is an excellent example, transforming regular liquid fertilizer tanks into smart tanks that can tell you when they are leaking or automatically stop themselves from being overfilled, and in only three months. By eliminating the need to build IIoT infrastructure from scratch, Octave makes it easier and faster to get IIoT applications from concept to market, allowing practically any company today to begin realizing the benefits of Industry 4.0.”

In addition to reducing development time, Octave has delivered Ekatra additional benefits, including:

• Edge Intelligence and Distributed Processing: Octave enabled Ekatra to develop and deploy edge processing rules in its IoT gateways from the cloud using simple Javascript code. This provides Ekatra with additional flexibility and capabilities, such as processing and filtering tank data at the IoT gateway before it’s transmitted to the cloud. Data transmission costs are reduced, while edge device battery life is extended by minimizing the power they use to transmit data.

• Predictable Pricing: The Octave subscription includes full access to the Sierra Wireless Global Wireless Network, development tools, and cloud APIs with a predictable message-based pricing that enables Ekatra to pay for the data they need, when they need it.

• Easy Application Updates: With Octave, Ekatra can send firmware and application updates over the air to thousands of devices, making it easy to update their application to meet specific customers’ needs or to add new capabilities over time.

• End-To-End Security: Octave devices are pre-provisioned to automatically connect to an encrypted global connectivity network with proven security measures to establish a trusted connection between edge devices and the cloud, helping Ekatra ensure that no malicious actors steal or alter customer data.

• Device and Fleet Management: Octave provides single-user interface to develop at the edge, in the cloud, monitor, control, update and maintain all edge devices and assets.

“Octave freed us from having to build any IIoT infrastructure for our new fertilizer tank monitoring application, allowing our team to focus almost exclusively on building the application itself,” said Alexey Klimenko, founder and CEO of Ekatra.

“In addition to reducing total development time for the application, Octave simplified practically everything involved in the deployment and management of the application’s IIoT infrastructure for us. By making it easy for us to get the right equipment data, at the right time, to the right system, Octave has not only improved our new application’s ROI, but also saved me and my team from a lot of headaches dealing with IIoT hardware, cellular service, device certification, embedded software and device management.”

Lowering Costs by Proactively Detecting Fertilizer Tank Leaks

Owned by large farms and fertilizer distribution companies, leaks from liquid fertilizer tanks – caused by corrosion, problems with their liners, or overfilling the tank – can lead to costs of $100,000 or more related to tank repair, lost liquid fertilizer, contamination clean-up costs and government fines.

Recognizing the opportunity to reduce these costs, Ekatra partnered with Heartland Tank Services, one of the nation’s leading providers of liquid tank construction, internal containment liners, and inspection services, to develop a new IIoT application. By collecting data on nitrogen fertilizer concentration, temperature, pressure and drain liquid level, the application would alert tank owners, operators, and service companies if a tank had a leak in real-time, and also automatically close fertilizer intake valves to prevent tanks from being overfilled.

Octave Provides the Industrial IoT Infrastructure Needed to Quickly Create a Smart Tank

In order to proactively detect fertilizer leaks, Ekatra engineered and built unique sensors. However, the key to success was connecting them to Ekatra’s Tank Monitoring cloud application. Each sensor is equipped with a Modbus interface and Ekatra needed to figure out the most efficient way to connect the sensors to the cloud. After determining it would be faster to buy an IIoT infrastructure solution than to build their own, Ekatra embarked on an evaluation process of IoT gateway solutions, assessing these solutions based on their cost, support for LPWA cellular standards(LTE-M), available cellular plans, ability to perform firmware and application updates over the air, and nine other criteria. Octave emerged from this evaluation with a score establishing it as the clear leader, leading Ekatra to partner with Sierra Wireless to bring their new IIoT liquid fertilizer tank monitoring application to market.

Octave greatly simplified the IoT application development process for Ekatra, enabling them to connect their Modbus-enabled sensors to the cellular network using Sierra Wireless’ FX30 IoT gateways. In addition, they were able to use JavaScript to connect the FX30 IoT gateways to their cloud-based IoT application platform in less than two days. Combined with Octave documentation and support that allowed them to quickly understand how to use the solution, Ekatra was able to develop and commercialize their IIoT liquid fertilizer tank monitoring application in three months – three months less they would have expected if they built the IIoT infrastructure themselves.

Liquid Fertilizer Tank Remote Monitoring Application Already Delivering Benefits

Heartland Tank Services has already deployed Ekatra’s liquid tank monitoring application at sites throughout the United States, with plans to extend the application to the thousands of tanks it services over the next 12 months. Already Heartland Tank Services is seeing benefits from the new application, with their team able to respond to tank leaks quicker, and fewer problems with tanks being overfilled.

“As a pioneer in using internal PVC liners as a primary containment mechanism for storage tanks, Heartland Tank Companies has been at the forefront in using innovative new technologies to improve tank storage since its founding,” said Chris Brooks, president of Heartland Tank Services.

“Our partnership with Ekatra to deploy this new liquid fertilizer tank monitoring applications builds on this heritage, allowing us to help our customers reduce costs by detecting tank leaks early. By providing us with the ability to deliver real-time data on tank leaks to our customers, this application enables us to offer our customers a completely new service, one that significantly improves our value proposition.”

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Proximity Trace Helps Organizations Minimize Exposure for Workers and Aims to Get Them Back to Work More Safely.

In response to the need for greater worker protection during the COVID-19 pandemic, Triax Technologies, Inc., a leading provider of Internet of Things (IoT) worksite technology, announced a new IoT system, Proximity Trace™.

The new solution provides proximity distancing alerts and contact tracing through a wearable device for workers across many industries, including construction, heavy industrial, energy and manufacturing. It offers added protection for essential workers during the COVID-19 pandemic and helps companies get workers back to work safely, while addressing recommended social distancing practices.

“In talking with our customers, we recognized a critical industry need to keep workers safe from COVID-19 exposure on the worksite, so we quickly got to work developing a solution,” said Robert Costantini, Triax Technologies CEO.

“We leveraged our experience in IoT technology and workforce safety monitoring to address companies’ urgent needs for workers to maintain appropriate distances, to perform historical contact tracing for any employee testing positive for the virus, and to assist companies in getting their workforce back on the job as they implement new safety protocols. Our solution is designed to ease the burden on workers to maintain appropriate distances as part of new safety practices that very well could become the next normal.”

The Proximity Trace devices are affixed to a hard hat or worn on the body with a lanyard and emit a progressively louder alarm, alerting workers when they are too close to each other. This enables them to focus on their work, rather than worrying about their proximity to another worker or potential exposure to the virus. The alarm can also serve to change behaviors by reminding workers to practice safe social distancing.

In the event that there is a confirmed case of COVID-19, an employer can conduct contact tracing using historical data captured passively by the worker’s device to identify who may have been exposed. Traditional methods of contact tracing rely on workers’ memories and whether they can identify by name other workers they were in contact with during a given time period. With more reliable information, companies can decide who needs to be in mandatory or precautionary quarantine per the Centers for Disease Control (CDC) guidelines, and whether the site can continue to operate safely without the need to shut down the entire operation.

“Worker safety is our top priority, so we were thrilled to hear that our technology partner Triax developed a solution to address the social distancing and contact tracing problems the industry is facing during COVID-19,” said Jason Pelkey, senior vice president, Chief Information Officer, Gilbane Building Company. “We’re rolling this out at our active sites and we’re excited about the role it could play in keeping workers safer at those sites as well as non-essential sites as we begin returning those to full operational status in the months to come.”

Proximity Trace was designed to support appropriate social distancing guidelines as outlined by government agencies. It can be used alongside an organization’s internal policies on social distancing and other safety guidelines.

Proximity Trace doesn’t use Triax’s proprietary mesh network, but rather communicates separately to a cloud dashboard specifically designed for contact tracing. The product is undergoing field testing and key feedback from early customers will be incorporated into production for commercial availability.

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KORE today announced the launch of a new comprehensive managed services solution for Critical Asset Management (CAM), utilizing the Visilion asset tracking platform from Sony Network Communications Europe.

KORE’s solution introduces a new level of condition management, allowing companies in the medical instrumentation, pharmaceutical, and food and beverage industries to maintain real-time condition visibility of critical and high-value goods.

KORE is leveraging the IoT managed services expertise of recently acquired Integron to assist connected health and life sciences companies in the turnkey deployment of scalable asset management tools. Its new solution combines Sony’s advanced trackers, easy-to-use platform, robust APIs (capable of ERP integration) and reporting tools with KORE’s project management, kitting, logistics, connectivity and device management services. The result is a seamless service that allows companies to deploy monitoring solutions for critical and high-value assets.

Bryan Lubel, EVP of IoT Managed Services at KORE, commented:

“Passive monitoring has not been sufficient for the highly regulated nature of the connected health market and up to this point, active monitoring has been too fragmented, complicated, and costly.”

“With our experience in IoT deployments and connected devices, we’re simplifying the process for our customers, while improving their risk mitigation and operational efficiency.”

The Sony hardware offers best-in-class low-energy IoT connectivity, is equipped with the latest cellular and satellite connectivity to support real-time GPS positioning, as well as monitoring of temperature, shock, acceleration and tilt.

“Our focus on delivering powerful and effective IoT solutions is crystal clear. With the Visilion platform, we are able to unlock the potential of Critical Asset Management – a market that we anticipate will grow sharply in the coming months and years,” said Romil Bahl, President and CEO of KORE. “We feel confident that KORE, supported by Sony’s technology, is better positioned than anyone else to deliver impactful solutions that enable efficiencies in connected health and life sciences.”

The post KORE and Integron launch Critical Asset Management solution based on Sony platform, ahead of FDA ruling appeared first on IoT Business News.

• Cleantron battery packs leverage the Telit ME910C1-WW LTE module, based on products from Qualcomm Technologies, and Telit OneEdge, for remotely monitoring voltage, current, temperature and other key metrics

• Telit’s end-to-end solution also includes cellular service and a turnkey cloud platform for collecting and analyzing battery data

Telit today announced a partnership with Cleantron that provides a turnkey, end-to-end solution for optimizing the performance and cycle-life of Cleantron’s battery packs.

The partnership is the latest example of how Telit enables solution providers in any vertical—including security, agriculture, retail, health care and more—to quickly and cost-effectively leverage IoT to optimize and differentiate their products and services.

Cleantron’s new connected battery pack solution provides remote monitoring of the battery‘s health, temperature, voltage, current and state of charge data, which are critical for maximizing performance and cycle-life. Users also can track each battery’s location, providing additional key insights into the status of high-value mobile/portable assets such as medical equipment, Industry 4.0 equipment and light electric vehicles.

Cleantron is using Telit solutions for its P4 Battery Pack—designed for use in light electric vehicles and industrial applications—with the potential for expanding them across its entire portfolio. The solution is based on ME910C1-WW and Telit OneEdge:

• The ME910C1-WW is a 3GPP Release 13 LTE Category M1/NB1 module, based on the Qualcomm® MDM9206 LTE IoT Modem from Qualcomm Technologies, Inc., that can be used worldwide. The ME910C1-WW also has power saving mode (PSM) and extended discontinuous reception (eDRX) to maximize battery life.

• OneEdge is the award-winning, module-integrated software and services with pre-packaged, secure, easy-to-use deployment and management tools. OneEdge enables zero touch on-boarding, security built in at the point of manufacture, SIM-less cellular subscription management, simplified enterprise integration and more. With OneEdge, Telit simplifies all aspects of IoT implementation by saving time and cost, reducing risk and speeding time to revenue by easing deployment. OneEdge-based manufactured products such as the ME910C1 and others have a ready-to-go connection to the Telit IoT platform to manage devices, connectivity and application data to deliver the ultimate value in IoT. Telit’s OneEdge solves the long-standing challenges related to integration, scalability, management and costs that system architects and their enterprise customers face as they implement IoT to transform their businesses.

“When businesses want to harness the power of IoT, they turn to Telit,” said Alon Segal, Senior Vice President, Software & Services, Telit. “Cleantron is a prime example of Telit’s ability to provide all of the software, services and devices that a business needs to quickly and cost-effectively implement IoT.”

Maarten Kelder, CTO of Cleantron, said:

“Our partnership with Telit means that Cleantron customers can now get the real-time data they need to maximize the performance and life cycle of the batteries that their vehicles, AGV’s or other valuable equipment depend on.”

“Telit is the ideal choice because it provides everything we need—modules, cellular service and all of the tools—saving us time and money versus building our connected battery pack solution in house from scratch.”

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