• Nokia Drone Networks, available for purchase, lease or one-off flight hire are bundled with compelling services delivering lower cost of ownership so more enterprises and service providers can take advantage of industrial drones.
• Nokia and its partners within the private wireless space, such as DXC Technology, will collaborate with regulators and the industry ecosystem for flight approvals to achieve drone innovation and safety.
• Backed by 4G/LTE and 5G connectivity for safe, reliable and Beyond Visual Line of Sight operations, NDN will allow enterprises to see fastest return on investment, when deployed with Nokia Digital Automation Cloud private wireless-as-a-Service.

Nokia announced the extension of a Drones-as-a-Service partner program with existing private wireless partners to provide Nokia Drone Networks benefits to industries in North America.

Through this collaboration, enterprises and service providers will be able to rapidly realize the capabilities of drones, in a way that meets the needs of their business as well as benefit from new use cases and revenue streams.

Enterprises can opt to purchase the Nokia Drone Networks industrial grade drone-in-a-box solution or minimize upfront capital expense by leasing, sharing or simply hiring drones for one-off or regularly scheduled flights. Nokia and the members of its partner program will offer bundled service packages tailored to the needs of enterprises, including managing data analytics or drone maintenance. The companies will also manage flight scheduling, working with relevant spectrum and airspace regulators to gain approvals, where required.

Drone service providers will benefit from being able to diversify their offering to more industries and realize new revenue streams. This is made possible through Nokia’s commitment to collaborating with industry partners, allowing users to customize the payloads, to meet their business needs.

Companies that choose to deploy or lease Nokia Drone Networks will benefit from an end-to-end solution, which has recently received certification from the Federal Communications Commission (FCC) for operation in North America.

Nokia Drone Networks uses public and private 4G/LTE and 5G network connectivity for the greatest reliability and safety of Beyond Visual Line of Sight (BVLOS) operations. Operated remotely for one-off or scheduled flights, the solution benefits from a highly ruggedized docking station that doubles as a recharging station. This makes it possible for enterprises to rely on the solution to realize new efficiencies and capabilities such as surveillance at remote facilities, environmental or stockpile monitoring at a mine, managing inspections in hazardous locations or for public safety search and rescue operations.

Deployed in conjunction with Nokia Digital Automation Cloud (DAC) and Nokia MX Industrial Edge at their campus network, enterprises will be able to leverage robust, reliable connectivity, service predictability and the ability to process data obtained from the drones in real-time, on-premises to open the door to an array of innovative use cases and accelerate their return on investment.

Stephan Litjens, Vice President of Enterprise Campus Edge Solutions at Nokia, says: “We are pleased to leverage our existing private wireless partnerships, such as the one with DXC Technology to offer Drones-as-a-Service to the North American market. This allows us to offer our innovative solution in a way that meets the complex needs of any enterprise or industry. Through our work with partners across all regions, we’ll maintain a strong collaboration with spectrum and airspace regulators and the ecosystem to ensure we balance innovation with safety for customer flights.”

While visiting Nokia in Espoo, to witness the Drone use cases firsthand, the DXC Team stated: “We want our customers to book a drone flight with the simplicity of hailing a ride-share. Enterprises will benefit from simplicity, leveraging a complete FCC certified drone-in-a-box solution provided by a single vendor without headaches as we manage the flight approval for them working with the relevant authorities. They can adopt drones however it makes sense for their business. And those that choose to deploy the drone-in-a-box solution alongside Nokia DAC private wireless will leverage the greatest capabilities, unlocking new use cases for the fastest return on investment.”

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According to a new research report from the IoT analyst firm Berg Insight, the global market for precision agriculture solutions is forecasted to grow from € 3.1 billion in 2022 at a compound annual growth rate (CAGR) of 11.4 percent to reach about € 5.2 billion in 2027.

A set of technologies are applied in precision farming practices, which are aimed at managing variations in the field to maximise yield, raise productivity and reduce consumption of agricultural inputs. While solutions such as auto-guidance and machine monitoring and control via on-board displays today are mainstream technologies in the agricultural industry, telematics and Variable Rate Technology (VRT) are still in the early stages of adoption. Interoperability between solutions remains a challenge, although initiatives to provide common protocols and language structure for data sharing are making progress.

Most major agricultural equipment manufacturers have today operations related to precision agriculture with varying strategies. Leading vendors of precision agriculture solutions include the world’s largest manufacturer of agricultural equipment Deere & Company, followed by the precision technology vendors Trimble, Topcon Positioning Systems, Raven Industries and Hexagon. Major input manufacturers like BASF, Bayer, Corteva Agriscience and Syngenta have entered the space primarily through acquisitions and focus on providing mapping tools and decision support for the purpose of input optimisation and yield maximisation. A group of companies have surfaced as leaders on the nascent market for in-field sensor systems. These include Semios, Pessl Instruments with its METOS brand, Davis Instruments and Sencrop.

The move from automation to autonomy is the next step in the evolution of the agricultural industry. “Although autonomy on a component level has been exploited by multiple manufacturers, autonomous agricultural operations on an equipment level are now on the rise”, said Veronika Barta, IoT analyst at Berg Insight.

Today, original equipment manufacturers are developing autonomous machines such as driverless tractors and seed-planting robots. Agricultural drones are the most advanced segment, performing autonomous operations by utilising multispectral cameras, LiDAR sensors and route algorithms. Aerial imagery for crop monitoring is the most common application area, followed by spraying operations of crop protection chemicals. Satellite navigation, sensors, artificial intelligence and machine learning will be the main facilitators of autonomous equipment in the future of farming.

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According to a new research report from the IoT analyst firm Berg Insight, the global installed base of connected vending machines reached an estimated 5.8 million units in 2022.

North America represents the largest share of these machines, closely followed by the Rest of the World markets. Both are estimated to have installed bases of around 2.1 million each.

In Europe, the installed base of connected vending machines is estimated to have reached around 1.5 million units. Berg Insight forecasts that the number of connected vending machines worldwide will grow at a compound annual growth rate (CAGR) of 16.4 percent to reach 12.3 million units by 2027. As a result, the global penetration rate will reach 75.7 percent at the end of the forecast period.

The global connected vending solution market is served by a variety of players. Many of the leading providers are specialised technology companies offering connected vending telemetry and cashless payment solutions. US-based Cantaloupe is established as the clear leader in terms of installed base with more than 900,000 connected vending machines, mainly in North America.

Other leading technology suppliers include Crane Payment Innovations, Nayax, Ingenico and Televend (INTIS). The latter has continued to show significant growth and is clearly established as a top player on the European market. MatiPay, Vianet Group and Vendon are additional examples of technology players with relatively significant installed bases in Europe. In China, InHand networks holds a prominent position and is estimated to have installed its solutions in close to 300,000 vending machines by the end of 2022.

“The number of connected vending machines continues to grow and has now reached very high levels, particularly in North America”, said Felix Linderum, IoT Analyst at Berg Insight.

In Europe and the Rest of the World markets penetration levels are still modest but growing. Overall, cashless payments continue to be the main driver for adding connectivity in vending machines.

“This development was further reinforced by the Covid-19 pandemic”, continued Mr. Linderum.

He adds that because of the pandemic, there has been an accelerated adoption of cashless and contactless payments as users seek versatility, convenience and safety to a larger extent than before. Outside of North America and Europe, the main driver for growth is the growing installed base of connected vending machines in China. While stringent lockdowns enforced during the Covid-19 pandemic led to a slowdown in the country, there has been a noteworthy surge in the number of vending machines in China over the past few years. Berg Insight anticipates that the country is poised to emerge as a key player in the connected vending space.

Mr. Linderum concluded:

“Mobile payments and remote management of multimedia content are basically standard on the vending machines in China. Facial recognition technology is also a growing trend and enables pay-with-your-face functionality.”

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Highlights:

• Leading edge solutions built around Globalstar IoT satellite technology are helping conservationists in Africa to monitor and protect near-extinct rhinoceros from poachers
• Low-cost ST100 chipset is at the heart of wildlife tracking platform provided by specialist Globalstar Value Added Reseller Wintec Solutions
• Satellite technology means tracking of free-roaming animals is ubiquitous and transmissions uninterrupted, even when beyond GSM mobile networks’ reach

Globalstar Europe Satellite Services Ltd., a wholly owned subsidiary of Globalstar, Inc., the next-generation international telecommunications infrastructure and technology provider, announced today that its IoT (internet of things) satellite technology is being used to protect multiple endangered species of wildlife in Africa.

Leading-edge satellite-enabled tracking devices incorporating Globalstar’s small and lightweight ST100 chipset are being used to monitor rhinoceros, part of a widespread concerted effort to protect these nearly-extinct wild animals from illegal poachers.

This is the most recent project carried out by Globalstar Value Added Reseller, Johannesburg-based Wintec Solutions, a specialist technology and solutions provider with extensive experience in animal tracking for wildlife conservation.

Rhinoceros are the subject of widespread illegal killing by poachers across Africa. Wintec Solutions deployed GSatSolar, the latest addition to Globalstar’s IoT satellite tracking solutions portfolio. GSatSolar is an innovative Sun-powered tracking device built around Globalstar’s economical ST100 satellite IoT transmitter. Low-cost and simple to integrate, GSatSolar is a small and rugged satellite IoT tracker ideal for wildlife monitoring. Rhinos are fitted with the device via ear tagging or collar. Other novel ways of deploying the devices are also being explored. The device is also suitable for livestock tracking.

Nature reserves in Africa are expansive, spanning as many as 20,000 hectares in remote bush regions. Their perimeter fencing is often breached by criminals and poachers attempting to gain access to, and kill, the animals within. Such reserves, which are home to as many as 200 free-ranging rhinos, typically are established in locations where GSM mobile signal does not exist. Only satellite communications can provide the always-on connectivity to enable uninterrupted monitoring of the animals.

Significant advantages of GSatSolar are its small size and light weight, so as not to irritate the animal, as well as its robust structure. Furthermore, its low cost makes the solution easily scalable for tracking large herds of wildlife and farm stock. “Its physical attributes make GSatSolar a game changer, and transform the possibilities for wildlife conservation and livestock management,” says Rene Winter, Director of Wintec Solutions.

Globalstar-enabled solutions are at the forefront of today’s conservation activities in Africa; Wintec Solutions is additionally playing a role in the preservation of other African species. Researchers at Giraffe Conservation Foundation are using the system to monitor giraffe migration, and for keeping safeguarding tabs on animals which have been reintroduced into the wild. “We are currently trialling GSatSolar ear tags on giraffe in Namibia. The first units were deployed in June this year and, while field trials are still ongoing, the data received so far are very promising. We’re looking forward to deploying more units in the future and testing them in different countries,” said Dr Courtney Marneweck, Science Data Coordinator at Giraffe Conservation Foundation.

Wintec Solutions is also deploying satellite technology and Globalstar-enabled animal tags in collaboration with veterinary authorities and research students for wild buffalo protection activities in South Africa’s Kruger National Park. Buffalo migration is being monitored so conservationists and government authorities can understand and mitigate the potential spread of Bovine Tuberculosis. In another project, the application of Globalstar-enabled trackers is being tested on pangolins, yet another severely endangered species.

The tracking platform UI developed Wintec Solutions includes an informative mapping portal that tracks the animals’ individual and group movements. Monitoring the rhino, or other wildlife, also informs as to grazing habits, locations of the best nutrition, seasonal breeding habits, as well as the animals’ general health and well-being.

Winter said:

“Our wildlife preservation activities take place well beyond the reach of GSM mobile; Globalstar’s satellite network, with its ubiquitous reach and reliability, is a fundamental enabler in the operations being carried out to protect endangered species.”

“Globalstar created the ST100 transmitter to meet the widespread need for easy-to-integrate, low-cost and lightweight monitoring devices that leverage satellite technology and the Internet of Things,” commented Mark O’Connell, General Manager at Globalstar EMEA & APAC. “We are absolutely delighted that solutions developed through the inventiveness and commitment of our partner Wintec Solutions are now playing such a pivotal role in the vital wildlife conservation activities today taking place across Africa,” he added.

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A partnership between Solinftec, Wabash Heartland Innovation Network (WHIN) – and Still Waters Manufacturing combines the expertise of these three companies to manufacture the Solix robot, contributing to regional development in Indiana.

Solinftec, a global leader in artificial intelligence solutions and sustainable agricultural practices, strengthened its partnership with WHIN and expanded its manufacturing capacity in the United States through collaboration with Still Waters Manufacturing.

The production of the Solix robot in the WHIN region of Indiana strengthens Solinftec’s presence in the United States from the last quarter.

The collaboration and efforts of the companies will make robotic technology more accessible to American producers, leading to a significant reduction in herbicide use and promoting sustainable agriculture. “This partnership represents a significant milestone for the US agricultural industry, and it’s gratifying to see two companies from our network bringing innovation to our region. Collaboration among all parties was crucial to the success of this project,” says Johnny Park, CEO of WHIN.

The factory, with the capacity to produce up to 20 Solix robots per day, benefits from the experience of Jake Church, CEO of Still Waters Manufacturing. “There’s something truly special about building these robots in rural Indiana. They will come out of what used to be a school, where many farmers and livestock producers in this area received their primary education. This venture is an opportunity to ‘rewrite’ history. A dear friend of mine often says, ‘If you want to know the future, go build it,’” Church states. The business received an initial investment of over 2 million dollars from Solinftec for the next two harvests, ensuring continued annual growth.

The CEO of Still Waters Manufacturing, added:

“This will be the first agricultural robotics factory in the American Midwest.”

The team involved in Solix manufacturing will consist of workers living near the region served by Still Waters Manufacturing, with many of them being local farmers. “This work brings the community close, seeking to develop and innovate agriculture in the region with technology,” says Guilherme Guiné, Chief Operations Officer of Solinftec for North America.

The use of Solinftec solutions has already led to a reduction of up to 97% in herbicide volume on properties using the Solix robot in the United States. The key differentiator is that, through the collaboration of the three companies, the solutions will be adapted to the reality of the American Midwest.

The post The first robotics plant dedicated to agriculture to begin production in the American Midwest appeared first on IoT Business News.

The global installed base of active remote tank monitoring (RTM) solutions reached 7.7 million units at the end of 2022, according to a new research report from the IoT analyst firm Berg Insight.

Growing at a compound annual growth rate (CAGR) of 25.0 percent, the active installed base is estimated to reach 23.5 million units worldwide in 2027. Berg Insight estimates that the European market accounted for more than 1.8 million active RTM systems at the end of 2022. The North American market is estimated to be larger than the European at around 3.2 million active units. The Asia-Pacific market is moreover estimated to represent an installed base of about 1.7 million RTM systems at the end of 2022. South America and Middle East & Africa are smaller markets having installed bases of 385,000 units and 539,000 units respectively.

There are more than 100 RTM solution vendors active on the market worldwide and this report covers 63 companies. Berg Insight ranks Otodata once again as the leading RTM solution provider in terms of the active installed base worldwide with an installed base of about 2.0 million RTM units. Otodata is based in Canada and primarily focuses on the fuel reseller segment in North America. Otodata has so far acquired 3 companies to boost its growth plans: Wise Telemetry in April 2021, Wireless Applications Corporation (WACnGO) in December 2021 and AIUT’s LPG branch in June 2022. Anova and SkyBitz (Ametek) were in second and third place having achieved installed bases of about 1.0 million units and 210,000 units respectively. Anova has done a string of acquisitions including Independent Technologies, Wikon, ISA – Intelligent Sensing Anywhere, iTank (Sierra Wireless) and Silicon Controls to become the second largest RTM solution vendor with more than 2,000 customers in 80 countries. SkyBitz is based in the US and most of its tanks under management can be found in North America and a few in Mexico and other countries. Tank Utility based in the US and German FoxInsights followed in fourth and fifth place and had installed bases of 130,000 and 125,000 tank monitoring systems respectively. Sensile Technologies, Dunraven Systems, Angus Energy, Kingspan and PowTechnology are also ranked among the largest providers with 70,000–100,000 units each.

Other RTM solution providers with installed bases of 22,000–50,000 RTM systems in active use at the end of 2022 include ATEK Access Technologies, Varec, Banner Engineering, FreeWave, GreenCityZen, Gasbot, Insite Platform Partners, SilentSoft, Tecson and Schmitt Industries.

Merger and acquisition activity on this market is just about to commence at the same time as new innovative companies enter the market. Anova and Otodata have been the most ambitious consolidators on the market so far with 5 and 3 acquisitions respectively.

Johan Fagerberg, Principal Analyst, Berg Insight, said:

“Additional companies have recently started to look at in-organic grow opportunities more actively including for instance Rochester Sensors that acquired Tekelek in Q2-2023 and Four Data that picked up the European business unit (excluding Switzerland) of Silentsoft in the same quarter”

Mr. Fagerberg anticipates that the market consolidation of the remote tank monitoring industry will accelerate in the next five years.

The post The installed base of connected tanks to reach 23.5 million in 2027 appeared first on IoT Business News.

Low-cost, solar-powered satellite tracker designed for remote IoT operations and off-grid tracking of assets.

Globalstar, Inc., the next-generation international telecommunications infrastructure and technology provider, today announced that it has added GSatSolar to its portfolio of industrial IoT asset tracking solutions.

Offered in partnership with Global Satellite Engineering (GSE), the small, rugged, low-cost tracking device enables VARs and customers to maximize the value of their tracking software tools by increasing the number of trackable assets in near-real time.

Ideal for remote IoT operations, the satellite powered device allows for a greater number of trackable assets, providing more reliable usable data in the field, improving efficiency, and allowing for true remote IoT autonomous data collection.

“GSatSolar is a low-cost option to monitor assets remotely on the Globalstar LEO network and delivers a plethora of verified IoT data across IoT applications,” said Jake Rembert, vice president of sales at Globalstar.

“The GSatSolar is a versatile solution that expands our satellite tracking capabilities. As with all our IoT asset tracking solutions, it features low power, long life and is equipped to perform.”

GSatSolar is highly durable, heat and cold resistant, and minimally invasive regarding antenna performance. Its compact size makes it viable with several flexible mounting options to fit the needs across various enterprise industrial applications. With its solar panel and internal battery, a standard unit reports for years assuming an environment with regular sun exposure.

Data collection capabilities include location, accelerometer, and Bluetooth sensor options, with the option of having data forwarded either to Globalstar’s SPOT My Globalstar data management and mapping platform — with features such as live and historical tracking on demand, alerts, geofences and shared views—or directly to a VAR’s back office or customer endpoint.

The post Globalstar Introduces GSatSolar to its Industrial IoT Asset Tracking Portfolio appeared first on IoT Business News.

According to a new research report from the analyst firm Berg Insight, the market value for lone worker protection solutions and services in Europe and North America reached € 120 million and € 75 million respectively in 2022.

In Europe and North America, the market value is anticipated to grow to € 150 million and € 105 million respectively by 2027.

Berg Insight estimates that the user base of lone worker safety solutions in Europe and North America was 1.5 million at the end of 2022. In Europe, the number of users is forecasted to grow at a CAGR of 7.4 percent from 985,000 at the end of 2022 to reach over 1.4 million at the end of 2027. The North American market is anticipated to grow by a CAGR of 13.1 percent, from 505,000 users at the end of 2022 to 935,000 users at the end of 2027.

The lone worker safety solutions market in Europe and North America is served by various companies offering hardware devices, software solutions and alarm monitoring and response services. The majority of the solution providers on the market today focus on software services and only a few companies also develop dedicated lone worker devices and operate their own Alarm Receiving Centre.

The UK market is the largest and most mature lone worker market in Europe and North America, followed by the Canadian market. Legislation specifically addressing the safety of lone workers has fostered growth in these two countries. Many of the largest vendors of lone worker protection devices and services also originate from these regions. Leading players in the UK include PeopleSafe, Totalmobile, StaySafe, PanicGuard, Orbis Protect, SoloProtect, Reliance High-Tech, Vismo, Vatix and Oysta Technology.

Leading vendors in Canada are Tsunami Solutions, Blackline Safety and Aware360. Additional vendors in Europe and North America include Beepiz, Uepaa, AddSecure, Adresys, Becklar, Secure2Go, Crystal Alarm, Cuebly, First2HelpYou, LONEALERT, Pick Protection, AlertGPS, Becklar, Track24, Neovigie, OnGuard, Intellinium, Safepoint, Vecima Networks, Traxxs, Terracom and My Angel.

A number of companies focus on developing lone worker protection devices that can be used by solution providers, including ACR Electronics, Amigo Alarm, Garmin, Globalstar, MAGNETA, SAVV, Scandinavian Radio Technology, Teltonika, Twig Com and ZOLEO.

“The lone worker safety solution market in Europe and North America continues to grow as more companies and organisations understand the value these solutions bring”, says Martin Backman, Principal Analyst at Berg Insight.

The main drivers for adoption are new lone worker safety regulations, higher employee insurance costs, greater awareness of the risks that lone workers face, as well as a better understanding of efficiency benefits associated with lone worker protection services.

Mr. Backman continues:

“The transition to app-based solutions continues in both Europe and North America as the cost of implementation is significantly lower compared to dedicated lone worker devices”

In the past few years, a number of new satellite communicator devices that can be paired with smartphones have been launched. These make it possible for workers to use the lone worker app also outside of cellular network coverage.

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MachineQ, a Comcast Company, today announced the launch of an asset utilization solution, extending further value to customers and complementing its existing solution portfolio, which includes indoor asset tracking and facility wellness.

The new solution is prime for life sciences companies. According to McKinsey, pharmaceutical companies are using assets at an average 35% utilization rate.

Asset utilization data is vital for the life sciences industry, and the new solution enables companies to interface with their lab assets and gauge how often they are being used based on a unique pairing of IoT devices and data analysis. The value derived from this solution means that functional leaders can make data-backed decisions for better control over capital costs, help lab managers identify ways to support sustainability initiatives like powering down energy-intensive assets when not in use, enable operations leaders to enhance calibration and maintenance schedules for optimal performance, and inform facilities teams with space planning details leveraging over or underutilized equipment data to help drive efficient layout and design of labs and campuses.

“Unlocking the full potential of assets in a research-intensive landscape like labs and facilities helps accelerate R&D for our customers,” said Steve Corbesero, Jr., Director of Product and Solutions, MachineQ. “The growing imperative to gather additional intel about assets for better management and efficient use is clear. We’ve developed this solution to provide further context and help layer on information to real-time location data being delivered already. While we’re beginning with an offering of analysis-rich data derived from our occupancy and vibration sensors to help determine asset usage, we are actively incorporating additional sensors to broaden the range of supported asset types. And like we do with all our solutions, look to leverage the same IoT network infrastructure for an economical offering to our customers.”

The solution allows lab managers, operations teams, facility planners, and functional leaders to infer asset utilization based on a mix of asset location, time of flight, and presence detection data using sensors and devices placed on assets. For example:

• Presence sensors placed in front of laboratory work benches, biosafety cabinets, and other stationary assets to detect presence and dwell time provides insights into how often and for how long these assets are used.
• Vibration sensors placed on lab equipment with motors, such as centrifuges, can extrapolate utilization data based on vibration levels and lid open/close activity to provide similar information.

The asset utilization data coupled with real-time location data – via MachineQ’s indoor asset tracking solution – can unlock insights instrumental to informing asset purchasing and distribution, capacity planning, upholding calibration/maintenance schedules, and guiding budget-related decision-making.

In addition to its relevance for life sciences, the asset utilization solution has broader applicability to other industries, including food and beverage and hospitality. Consider ice machines – asset utilization data can provide insight into usage volume and peak usage times. When combined with real-time vibration data from the sensor, it becomes possible to proactively deduce maintenance schedules to help reduce the risk of unexpected breakdowns and asset downtime, and extend the asset lifecycle.

The post Comcast’s MachineQ Launches Asset Utilization Solution for Enterprises appeared first on IoT Business News.

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.

The post Enhancing Remote Monitoring through IoT Connectivity: Trends and Innovations appeared first on IoT Business News.

Berg Insight, the world’s leading IoT market research provider, today released a new market report covering the trailer and cargo container tracking market.

The number of active tracking devices deployed for cargo carrying units (i.e. trailers, intermodal containers, rail freight wagons, air freight ULDs and pallets) reached 8.8 million worldwide in 2022. Growing at a compound annual growth rate (CAGR) of 18.2 percent, this number is expected to reach 20.3 million by 2027.

In terms of installed units, trailer telematics is today the most developed market, followed by tracking devices for intermodal containers. The number of tracking devices and real-time data loggers in use for general cargo applications will grow from 2.0 million units at the end of 2022 to 6.6 million units at the end of 2027. The figure is an estimate on the average number of such devices that where in active use at any given time at the end of the year. This segment includes both disposable and multi-use devices.

The total market value for all these segments reached an estimated € 1.8 billion in 2022. Growing at a CAGR of 13.1 percent, the total market size is forecasted to reach € 3.4 billion in 2027.

Berg Insight ranks ORBCOMM as the largest provider of tracking solutions for cargo carrying units, having a significant installed base of both trailers and containers. The company’s total installed base reached more than 940,000 units at the end of 2022. The second largest player SkyBitz had an installed base of 725,000 tracking units, primarily on trailers. Additional leading providers of trailer telematics solutions are Spireon (now owned by Solera), Samsara, CalAmp, Motive, Idem Telematics, Powerfleet, Phillips Connect (the telematics division of Phillips Industries), Schmitz Cargobull, TGI, Transics (ZF), BlackBerry, TGI, EROAD, Krone and Cooltrax.

The container tracking market is led by Maersk, which has equipped its entire fleet of 380,000 reefer containers with tracking devices. Other major players in the segment are ORBCOMM, Envotech, ZillionSource, Globe Tracker, Traxens and MECOMO. Major telematics players in the rail industry are Nexxiot, Amsted Rail, DOT Telematik, Siemens, SAVVY Telematic Systems, Cognid Telematik, Cargomon Systems and Intermodal Telematics. Nexxiot is the leading player in the segment, working on large-scale projects in Europe. Sensitech (part of Carrier), DeltaTrak, Tive, Roambee, Controlant, Frigga (Dewav Electronic Technology), Copeland and OnAsset Intelligence are the leading providers of cargo tracking devices. These players offer tracking devices that can be used on all modes of transport, including air freight.

“The transport industry continues to adopt new digital solutions that increase transparency, efficiency and security within the supply chain”, says Martin Backman, Principal Analyst at Berg Insight.

Solutions that provide real-time data on the location and condition of the cargo and the cargo carrying unit are an important part of the digital transformation in the industry. Within the intermodal container shipping and the rail freight industries several major players have started or already completed projects to equip their entire fleet of containers or rail wagons with tracking technology.

“Major IoT projects initiated by companies such as Maersk, Hapag-Lloyd, VTG and DB Cargo have had a significant impact, pushing the tracking solutions market forward”, continues Mr. Backman. Devices used for cargo tracking continue to decrease in cost and size, enabling additional use cases.

Mr. Backman concludes:

“Bolstered by new IoT communications technologies, smart labels and other small form factor devices are quickly emerging and becoming a high-volume sub-segment of the tracking solutions market”

The post The installed base of tracking devices for trailers, containers, rail freight wagons, ULDs and pallets reached 8.8 million in 2022 appeared first on IoT Business News.

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.

The post Revolutionizing Remote Monitoring: The Internet of Things (IoT) in Action appeared first on IoT Business News.

Telenor IoT and Giken Mobility join forces to introduce cutting-edge connectivity solutions for the Iso UNO-X electric motorcycle. This partnership fuses Italian heritage, precision engineering, and advanced technology to set a new standard in electric mobility.

Telenor IoT, a leading brand in connectivity solutions, announces its partnership with Giken Mobility, a player in the electric vehicle industry.

This strategic collaboration is set to improve the landscape of electric motorcycle connectivity, enhancing safety, convenience, and rider experience for the Iso UNO-X electric motorcycle.

Born from Italian heritage and rejuvenated on a global scale, the Iso brand, founded in 1948, has reemerged with a bold vision for the future of electric mobility. In partnership with Giken Mobility, the Iso UNO-X electric motorcycle is a testament to innovation and Italian craftsmanship. Iso’s commitment to sustainability and eco-friendliness aligns with Giken Mobility’s aspiration to replace conventional petrol-powered scooters with electric alternatives.

Giken Mobility, a subsidiary of SGX-listed GSS Energy, specializes in precision engineering and holds the license for Iso Motorcycles.

The Iso UNO-X, a fully electric motorcycle equipped with a 7-inch dashboard boasting an intuitive user interface, will start its journey on the roads of Hong Kong and Malaysia. Telenor IoT’s managed connectivity will play an instrumental role in enhancing the Iso UNO-X’s capabilities, ensuring real-time data analysis while ensuring customer privacy and data security.

The partnership introduces the “Mio Iso” application, integrating with the Iso UNO-X’s connectivity to provide a new dimension of riding experience. Through Telenor IoT’s managed connectivity, riders can access smart features, including battery health monitoring for safer journeys, remote vehicle management, and diagnostics to optimize overall efficiency.

“We recognized the potential for enhancing the value proposition of our electric motorcycles beyond the bike itself,” says Sydney Yeung, CEO of Giken. “Telenor IoT’s robust managed connectivity solution allowed us to realize features that were previously unimaginable, ultimately prioritizing the safety, convenience, and reliability that our riders deserve.”

Giken Mobility’s decision to partner with Telenor IoT was founded on the latter’s proven track record of working with automotive industry leaders and its strong presence in markets like Thailand.

As the electric mobility revolution gains momentum, Giken Mobility is set to stand apart from competitors.

“Our collaboration with Giken Mobility marks a significant milestone in the evolution of electric mobility,” said Mats Lundquist, CEO of Telenor IoT.

“We are proud to provide the connectivity backbone that drives the Iso UNO-X to new heights, setting a precedent for the future of electric motorcycles.”

The post Telenor IoT Partners with Giken Mobility to Enhance Electric Motorcycle Connectivity appeared first on IoT Business News.

The ability to deploy safe, reliable, and accurate autonomous shipping technology is being propelled forward thanks to a project that will guarantee uninterrupted data connectivity at sea.

Remote-Control Technology and Service provider for unmanned and crew reduced shipping SEAFAR is integrating neXat, a satellite communications services platform, into its remote ship navigation solution for the short sea shipping (SSS) industry.

The two-year project is co-funded with the European Space Agency (ESA) and is being tested at sea together with a Belgian short sea shipping company which has lines sailing in the Baltic Sea and from Spain to the UK and Antwerp, Belgium. The initial scope of the project is to integrate 4G and 5G with satellite communications into an ubiquitous, fully managed connectivity service allowing the critical operations of autonomous shipping.

SEAFAR’s Chief Commercial Officer Janis Bargsten, said:

“Remote monitoring and control of ships addresses the increasing need for qualified and skilled crew, as well as reducing the risk of ‘human error. But a major barrier to the development of autonomous shipping has been the ability to access ubiquitous coverage to ensure seamless communications, situational awareness and safety.”

neXat’s platform will ensure that connectivity coverage is not lost by automatically and quickly switching from 4G or 5G to satellite as required. This means that real time data, including camera feeds and performance monitoring, and navigational information is continuously shared and ensures increased situational awareness in SEAFAR’s Remote Operations Center. The unique neXat monitoring and management functionalities will also be integrated into the SEAFAR dashboards to provide captains with all the monitoring and management information necessary to ensure the required solution reliability.

The solution – called SeaNext – will also monitor all available networks, providing a connectivity ‘heatmap’, allowing ship owners and service providers to plan ahead for coverage black spots in remote locations.

The connection between remote operations center and the vessel uses 4G or 5G and in the case of unavailability of a terrestrial network, satellite communications are used and provided by neXat. 5G is used for higher bandwidths to send sensor data.

neXat’s Chief Operations Officer and Co-Founder Caroline De Vos said: “This solution will have a positive impact on the ability of shipping companies to optimize their fleets and improve safety and reliability. For neXat, this represents our growth in an important sector following the establishment of our Maritime Business Unit and demonstrates the applicability of our neXat OSS/BSS monitoring solution for vertical markets.”

The solution will provide camera streams and information about engine sounds monitor performance, position, heading, and speed of the vessel – as well as those of surrounding vessels – provided by Automatic Identification System (AIS).

neXat’s platform will provide monitoring information through APIs for SEAFAR to collect in a machine-to-machine format and integrate into its dashboard for the remote captain to access. neXat will also develop a system that continuously monitors all the communications means that the ship might use at any time, including 4G, 5G and satellite. The result is a heatmap of the availability of different telecommunications technologies as well as the quality and performance of the connections.

The space assets that will be utilized in SeaNext are SatNAV, SatAIS, and SatCOM. SatNAV for vessel positioning using GNSS receivers is also used. This capability is crucial as GNSS receivers can receive signals from multiple satellite systems, meaning improved positioning accuracy.

SAT-AIS will be utilized for providing situational awareness to the remote captains where the vessel is out of the coverage range of ground AIS stations. This technology permits vessels to transmit and receive information of nearby vessels and their movement. This feature is particularly valuable for avoiding collisions and increasing safety.

“Seamless high bandwidth and low latency connectivity is essential to our operations. We therefore rely on strong partners, such as neXat, that enable us to deliver SEAFAR’s value to our clients”, added Janis Bargsten.

The post Autonomous shipping to get satellite connectivity breakthrough appeared first on IoT Business News.

The intersection of agriculture and technology has given rise to a transformative movement in the form of Smart Agriculture, often referred to as Agriculture 4.0. The adoption of the Internet of Things (IoT) in agriculture is at the core of this evolution, allowing farmers to make data-driven decisions and optimize farming practices. In this article, we will delve into the world of IoT in smart agriculture, exploring its applications, benefits, challenges, and the promising future it holds for sustainable and efficient food production.

The IoT Revolution in Smart Agriculture

Agriculture has always been at the forefront of innovation, from the invention of the plow to the introduction of tractors and mechanized farming. Now, with IoT technology, smart agriculture is changing the way we cultivate and manage crops and livestock. IoT involves the connection of sensors, devices, and machinery to the internet, enabling data collection, analysis, and real-time decision-making.

Key Applications of IoT in Smart Agriculture

1. Precision Farming

Precision agriculture uses IoT to monitor and manage crops with precision, optimizing resource use. Sensors collect data on soil quality, moisture levels, and weather conditions. This information guides decisions about irrigation, fertilization, and pest control, reducing resource waste and increasing crop yields.

2. Livestock Management

IoT in smart agriculture isn’t limited to crops; it extends to livestock management. Sensors and GPS technology can track the location, health, and behavior of animals. This data helps farmers identify sick animals, manage herd movements, and improve breeding programs.

3. Climate Monitoring

IoT sensors can monitor environmental conditions, such as temperature, humidity, and precipitation. This data assists farmers in predicting weather patterns and adapting farming practices accordingly.

4. Automated Machinery

IoT-enabled machinery, such as tractors and drones, can perform tasks like planting, harvesting, and monitoring fields autonomously. This automation reduces the need for manual labor and increases efficiency.

5. Supply Chain Management

IoT technology helps optimize the supply chain by tracking the location and condition of agricultural products during transportation. This ensures that produce reaches its destination in optimal condition.

6. Irrigation Control

IoT sensors in soil can monitor moisture levels and automatically control irrigation systems, ensuring that crops receive the right amount of water at the right time.

7. Crop Health Monitoring

Drones and sensors can assess crop health by detecting diseases, nutrient deficiencies, and pest infestations. This early detection allows for timely interventions to protect crop yields.

8. Food Safety and Traceability

IoT technology can help ensure food safety and traceability by tracking the journey of agricultural products from farm to table. This is crucial for meeting food safety standards and responding to recalls if necessary.

Benefits of IoT in Smart Agriculture

The integration of IoT in smart agriculture offers numerous advantages:

1. Increased Efficiency

IoT technology optimizes farming operations by reducing waste, automating tasks, and providing real-time data for decision-making. This leads to increased efficiency in resource use and productivity.

2. Cost Savings

By automating and optimizing processes, farmers can reduce operational costs, such as labor and resource expenses. This results in cost savings for both small and large-scale agricultural operations.

3. Enhanced Crop Quality

IoT technology enables farmers to monitor crop conditions closely, ensuring that crops are healthy and of high quality. This is essential for producing crops that meet market standards.

4. Sustainability

Smart agriculture promotes sustainable practices by reducing resource waste, minimizing the use of chemicals, and improving the environmental impact of farming.

5. Increased Crop Yields

IoT technology helps farmers maximize crop yields by optimizing conditions and taking proactive measures to protect crops from diseases and pests.

6. Climate Resilience

Climate monitoring and data analysis can help farmers adapt to changing weather patterns and reduce risks associated with extreme weather events.

Challenges and Considerations

While IoT in smart agriculture offers numerous benefits, it also poses challenges and considerations:

1. Data Security and Privacy

Collecting and transmitting sensitive agricultural data raise concerns about data security and privacy. Protecting this information is crucial for farmers and their partners.

2. Connectivity

Many rural areas lack reliable internet connectivity, which can hinder the adoption of IoT technology in smart agriculture. Expanding network coverage is essential for reaching all farmers.

3. Cost of Implementation

The initial cost of implementing IoT technology can be a barrier for some farmers, especially those with limited resources. Government support and subsidies may be necessary to facilitate adoption.

4. Education and Training

Farmers need the knowledge and skills to use IoT technology effectively. Education and training programs are necessary to ensure that farmers can take full advantage of smart agriculture practices.

5. Regulatory Compliance

IoT in agriculture must adhere to regulatory requirements, especially regarding data protection and food safety standards.

The Future of IoT in Smart Agriculture

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

1. Artificial Intelligence (AI)

IoT and AI will work together to analyze vast amounts of data, providing insights into crop management, disease detection, and precision agriculture.

2. Blockchain Technology

Blockchain can enhance traceability and transparency in the agricultural supply chain, ensuring the authenticity of data and promoting trust among stakeholders.

3. Autonomous Farming

Autonomous vehicles and robots equipped with IoT sensors will become more prevalent, performing tasks like planting, weeding, and harvesting with minimal human intervention.

4. Digital Twins

Digital twins are virtual replicas of physical objects, like crops or livestock. These can help farmers simulate various scenarios and make informed decisions.

5. Remote Sensing

Advanced remote sensing technology, such as satellite imagery, will provide farmers with more data for monitoring and decision-making.

Conclusion

The Internet of Things is revolutionizing smart agriculture by offering precision, efficiency, sustainability, and improved crop quality. Challenges related to data security, connectivity, and education must be addressed to ensure that the benefits of IoT in smart agriculture are fully realized.

As IoT technology continues to evolve, it will remain a driving force in agriculture, offering a glimpse into a future where farming practices are more efficient, sustainable, and resilient, ultimately meeting the challenges of feeding a growing global population.

The post Cultivating Success: IoT in Smart Agriculture appeared first on IoT Business News.

UnaBiz, Massive IoT service provider and integrator launches SeeGALE with KYOCERA Communication Systems Co., Ltd. (KCCS), the innovative asset management solution based in Japan, to transform parcels and boxes shipment monitoring in Europe.

UnaBiz, as the primary distributor of SeeGALE in Europe, is currently co-exhibiting with KCCS at Parcel+Post Expo 2023, a premier exhibition of future technologies, solutions, and services for parcel delivery, e-commerce logistics, and postal industries. The exhibition is held at the RAI Amsterdam Convention Center in the Netherlands from October 24th to 26th.

SeeGALE is an end-to-end tracking solution that detects the opening and closing of parcels to ensure the integrity and security of products during transportation. Empowered by the Sigfox 0G technology, the most energy-efficient LPWAN solution supported by the global 0G Network in over 70 countries, the SeeGALE solution allows its users to track the location and security of their goods in parcels with minimal energy usage, offering an ultra-low-cost and environmentally responsible operation for customers who values longevity and traceability.

“It is remarkable to see KCCS moving beyond the traditional tracking of returnable transport packaging assets to address new customer needs with SeeGALE parcel monitoring solution. We are thrilled that they chose Sigfox 0G technology, and have achieved success in Japan with this simple, low-cost, and energy-efficient innovation, a perfect fit for parcel monitoring. SeeGALE meets the burgeoning needs of the logistics industry by providing real-time insights, increasing transparency and visibility of high-value goods, and enabling next-level inventory management and demand forecasting. This end-to-end solution alleviates concerns about the complexity of connectivity, hardware, and software. We strongly believe that SeeGALE will revolutionise a myriad of sectors that prioritise parcel shipment monitoring such as Healthcare, Pharmaceutical, Luxury, and Industrial & Automation Manufacturers.” said Loic Barancourt, the Chief Commercial Officer of UnaBiz Group.

“At KCCS, we are committed to pushing the boundaries of innovation and technology. SeeGALE represents a culmination of our efforts to create smarter and more secure solutions for the global market. We are excited to partner with UnaBiz to introduce SeeGALE to Europe, revolutionizing product shipment monitoring and creating new possibilities in various industries including supply chain sector in Europe,” said Naoki Kawai, Division Manager of Wireless Solutions Division of KYOCERA Communication Systems Co., Ltd.

SeeGALE is designed to answer the following common asset management use cases:

a. Inventory Management in Manufacturing: SeeGALE enhances production planning and demand forecasting by providing precise tracking of in-market inventory and discerning consumer trends. This is particularly transformative for managing costly maintenance parts and components that are produced in small quantities, and a broad assortment of long-tail products, optimising inventory levels and thereby, enhancing the efficiency of manufacturing processes.

b. Secure Transportation Management for High-Value Goods: The solution proves invaluable in managing the distribution of high-value goods with a security seal. Pharmaceuticals, alcoholic beverages, and luxury companies can assure their customers that their purchased goods are only opened at authorised shipping checkpoints, or remain unopened until they reach their final destinations. This significantly improves the quality and integrity of the transportation process, ensuring premium products reach their destination in impeccable condition, free from sabotage.

Featuring 2 innovative variants, the SeeGALE solution is available in 2 form factors:

SeeGALE-C, a reusable card-type device which not only detects the location but also the opening status of products during transportation. With its reusable nature, it can be integrated seamlessly into different packaging types, including plastic containers, providing an efficient and sustainable way to monitor products and components throughout their transportation journey. The device lasts for approximately 2 years if one message is sent per day, and approximately 4 years if one message is sent per month.

SeeGALE-F, a film-version of the solution tailored for disposable packaging boxes, providing an effective monitoring solution for single-use packaging without additional waste generation.

SeeGALE-Card is currently available in the Sigfox RCZ1 radio configuration while the SeeGALE-Film is currently under development. To learn more about SeeGALE and UnaBiz’s innovative asset management solutions, visit us at Parcel+Post Expo 2023.

The post UnaBiz launches SeeGALE to Transform Parcel Shipment Monitoring In Europe appeared first on IoT Business News.

Berg Insight, the world’s leading IoT market research provider, today released a new market report covering the cold chain tracking market.

Shipments of remote tracking systems with cellular or satellite communications capabilities for refrigerated cargo carrying units including trailers, intermodal containers, rail freight wagons and air freight ULDs reached 725,000 units worldwide in 2022. Growing at a compound annual growth rate (CAGR) of 9.8 percent, shipments are expected to reach 1.2 million units in 2027. During the same period, the installed base of active tracking devices used for refrigerated cargo carrying units is forecasted to grow at a CAGR of 13.0 percent from 2.4 million units at the end of 2022 to 4.4 million units by 2027.

The number of active tracking devices and real-time data loggers in use for general cargo applications, including insulated cargo boxes and pallet shippers, reached 1.6 million units at the end of 2022.. The number of active devices is forecasted to reach 5.2 million units at the end of 2027. Yearly device shipments in this category will grow from 5.9 million units in 2022 to reach 22.5 million units in 2027.

The cold chain tracking and monitoring market is served by a wide range of players. ORBCOMM has a large installed base of connected vehicles and assets. The company is the number one player in the refrigerated trailer and container tracking segment with close to 0.5 million units installed. Maersk has rolled out a system for real-time tracking of its entire fleet of 380,000 refrigerated containers, making it the largest refrigerated container tracking project worldwide. The Denmark-based tracking specialist Globe Tracker is the third largest provider of tracking solutions for refrigerated containers. The company has equipped the major shipping company Hapag-Lloyd’s entire fleet of around 160,000 reefer containers with tracking units.

Additional leading players in the refrigerated intermodal container tracking segment include Envotech, Cooltrax and Copeland (formerly Emerson Climate Technologies). Leading refrigerated trailer tracking players moreover include Spireon, Schmitz Cargobull, CalAmp and Idem Telematics. Intermodal Telematics and SAVVY Telematics Systems are leading vendors of temperature-controlled tank container tracking solutions.

“The market for real-time tracking solutions for cold chain applications continues to grow as the demand for up-to-date and relevant logistics data increases”, says Martin Backman, Principal Analyst at Berg Insight. The data can provide benefits for several departments within an organization and be used not only to optimize logistics processes but also to improve customer service, settle claims faster and more. A single load of cargo transported in the cold chain can be worth millions of euros.

Mr. Backman continues:

“Real-time tracking is a very cost-effective way to prevent high-value cargo from being spoiled or damaged.”

As the cost for IoT devices and connectivity services continues to decrease it becomes financially viable to also track goods of lower value. “The addressable market for cold chain tracking solutions will expand substantially in the next years”, concludes Mr. Backman.

The post Rapid growth on the horizon for the cold chain tracking solutions market appeared first on IoT Business News.

Asset tracking has long been a critical function in various industries, from logistics and manufacturing to healthcare and retail. Traditionally, it relied on manual processes and human intervention, often leading to inefficiencies and errors. However, the emergence of the Internet of Things (IoT) has revolutionized asset tracking by offering real-time visibility, predictive insights, and automation. In this article, we will explore how IoT is reshaping asset tracking applications, its key advantages, and the implications for industries worldwide.

IoT in Asset Tracking

Asset tracking is the process of monitoring and managing physical assets throughout their lifecycle. These assets can be anything from vehicles and equipment to inventory and medical devices. IoT introduces connectivity and intelligence to asset tracking, providing organizations with a wealth of information and control that was previously unimaginable.

Key Applications of IoT in Asset Tracking

1. Supply Chain and Logistics

The supply chain and logistics industry relies heavily on asset tracking to monitor the movement of goods, optimize routes, and ensure the timely delivery of products. IoT-enabled devices, such as GPS trackers and sensors, offer real-time information about the location and condition of assets, improving efficiency and reducing the risk of theft or damage.

2. Manufacturing

In manufacturing, IoT is transforming asset tracking by providing real-time insights into equipment status, maintenance needs, and production efficiency. Sensors can monitor the health and performance of machines, helping organizations proactively address maintenance issues and reduce downtime.

3. Healthcare

Hospitals and healthcare facilities use asset tracking to monitor medical equipment, medications, and even patients. IoT devices ensure that critical medical assets are readily available when needed, reducing delays and improving patient care.

4. Retail

Retailers use IoT for inventory management and theft prevention. RFID tags and sensors on merchandise help stores monitor stock levels, track the movement of products, and identify instances of shoplifting.

5. Agriculture

IoT is also making waves in agriculture by enabling farmers to track the location and status of equipment, monitor environmental conditions, and optimize irrigation and fertilization processes. This improves crop yields and resource efficiency.

6. Fleet Management

IoT solutions for fleet management involve the real-time tracking of vehicles, monitoring driver behavior, and optimizing routes. These applications enhance operational efficiency and safety while reducing fuel consumption.

Benefits of IoT in Asset Tracking

The integration of IoT in asset tracking offers numerous advantages:

1. Real-time Visibility

IoT provides real-time data on the location, status, and condition of assets. This allows organizations to make informed decisions promptly and respond to issues as they arise.

2. Predictive Maintenance

IoT-enabled asset tracking can predict when equipment or vehicles require maintenance. By monitoring parameters like engine health, temperature, and usage patterns, organizations can schedule maintenance proactively, reducing downtime and costs.

3. Automation

Automation is a significant benefit of IoT in asset tracking. Devices and sensors can trigger automated actions, such as reordering inventory when stock levels are low or redirecting vehicles based on real-time traffic data.

4. Cost Savings

Efficiency gains and predictive maintenance lead to cost savings. Organizations can reduce maintenance costs, fuel consumption, and the risk of theft or loss.

5. Improved Safety

IoT enables improved safety by monitoring and assessing driver behavior, equipment health, and environmental conditions. This not only enhances safety but also reduces the risk of accidents and breakdowns.

6. Enhanced Productivity

IoT-driven asset tracking applications optimize processes, reduce downtime, and streamline operations. This results in increased productivity and better resource allocation.

Challenges and Considerations

While IoT in asset tracking offers numerous benefits, it also poses challenges and considerations:

1. Data Security and Privacy

Collecting and transmitting data from assets raises concerns about data security and privacy. Organizations must implement robust security measures to protect sensitive information.

2. Interoperability

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

3. Scalability

As organizations expand their asset tracking capabilities, ensuring that the IoT infrastructure is scalable and can handle a growing volume of data is crucial.

4. Cost of Implementation

The initial cost of implementing IoT for asset tracking can be a barrier for some organizations. It’s essential to assess the return on investment over the long term.

5. Workforce Training

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

The Future of IoT in Asset Tracking

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

1. Artificial Intelligence (AI)

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

2. 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.

3. 5G Connectivity

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

4. Blockchain Technology

Blockchain can be used to enhance the security and integrity of asset tracking data, ensuring that data remains accurate and private.

5. Autonomous Systems

IoT-enabled asset tracking 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 asset tracking across multiple industries by providing real-time visibility, predictive insights, and automation. Challenges related to data security, interoperability, and workforce training must be addressed to ensure that the benefits of IoT in asset tracking are fully realized.

As IoT technology continues to evolve, it will remain a driving force in asset tracking, offering a glimpse into a future where organizations have unprecedented control and visibility over their assets, leading to increased efficiency, cost savings,

The post The Internet of Things (IoT) in Asset Tracking: Transforming Industries appeared first on IoT Business News.

• Using Telit Cinterion’s cellular LPWA modules and IoT connectivity solutions, WaterSignal transfers water data independent of a power source
• WaterSignal, an innovator in the water conservation space, leverages Telit Cinterion’s technology to ensure always-on connectivity for its water monitoring system

Telit Cinterion, a global enabler of the intelligent edge, today announced that it is working with WaterSignal to ensure always-on connectivity to its real-time water monitoring and leak detection systems.

As water scarcity continues to increase worldwide, baseline water benchmarking and evaluation have become critical, requiring operation teams for domestic meters, irrigation systems and cooling towers to have reliable access to on-demand data. Through WaterSignal’s remote water monitoring capabilities – supported by cellular LPWA modules and IoT connectivity solutions – teams gain deeper insights into their towers and systems’ efficiencies while eliminating the need to perform repetitive, manual day-to-day meter readings.

WaterSignal’s real-time water monitoring and leak detection system enables make-up and blow-down meter monitoring for cooling towers, helping teams search for leaks proactively, mitigate water loss and damage and justify evaporation credits with local municipalities. The unique technology is non-invasive, unlike others, WaterSignal’s solutions attach to any existing water meter without a disruptive installation, significantly reducing costs while eliminating the need for additional city approval.

In light of ongoing and worsening power outages, WaterSignal needed to transfer water data independent of a power source. The company also needed a trusted and dependable technology partner for cellular IoT connectivity and network services. Because of these requirements, WaterSignal turned to Telit Cinterion’s cellular LPWA modules and IoT connectivity solutions for their units.

Telit Cinterion’s cellular LPWA supports various devices, from point-of-sale terminals and smart meters to industrial sensors and asset management. Its modules include Power Saving Mode (PSM) and extended Discontinuous Reception (eDRX), ideal for increasing IoT application power saving and battery life when backed by networks. The cellular LPWA module family form factor also allows developers to employ a “design once, use anywhere” strategy, helping them decrease costs, truncate development time and deploy the most optimal technologies for the application’s environment. In addition to providing superior performance for the module, the radio frequency front-end (RFFE) engineering delivers reliable connections, even for IoT devices in hard-to-reach locations typical of a water monitoring setting.

“Telit Cinterion is a leading IoT provider and was selected because of its excellent reputation for quality modules, which later expanded to its IoT connectivity network services,” said Mike Drake, Vice President of Engineering, WaterSignal.

“WaterSignal can ensure connectivity for customers via cellular data rather than Wi-Fi. It does not require a connection to power. This capability provides a more stable connection. It allows the WaterSignal device to communicate, even in deep vaults or locations far away from buildings with Wi-Fi.”

“When monitoring critical resources, like water, a reliable connection is pivotal to maintaining visibility and extracting actionable insights,” said Neset Yalcinkaya, SVP Sales Americas, Telit Cinterion. “WaterSignal’s technology is invaluable for operation teams, and we are pleased that Telit Cinterion’s cellular LPWA modules and IoT connectivity solutions are central to providing that essential connection, particularly the ability to use cellular instead of Wi-Fi to transfer water data independently of a power source during an outage.”

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Quectel Wireless Solutions, a global IoT solutions provider, is pleased to announce that Zucchetti Centro Sistemi (ZCS) has chosen its advanced technology for their robotic lawnmowers.

The cutting-edge Twenty 29, 4.0 – 4.36 – 4.50 Elite RTK lawnmowers will feature the Quectel LG69T series GNSS module and will harness the precision of the ZCS Cloud Real-Time Kinematic (RTK) satellite navigation system.

The Quectel LG69T series features dual-band options (L1 + L5 or L1 + L2) to support up to four simultaneous global constellations, including GPS, Galileo, and BDS, alongside QZSS. Optionally, it can integrate RTK and Dead Reckoning technology, ensuring peak performance across various applications. With a navigation rate of up to 10 Hz, the LG69T series finds versatility in applications ranging from drones and delivery robots to precision agriculture, mining, marine, automotive telematics, as well as ADAS and DMS.

The LG69T-AM achieves cm-level accuracy when used with the ZCS Cloud RTK. This allows one or more robots to handle a wide working area, up to 30,000 sqm (or even 80,000 sqm under certain conditions only), with navigation accuracy to the centimeter and without the need for a perimeter wire. ZCS Cloud RTK harnesses the synergy of satellite technology and cloud platforms to consistently update the robot with its designated position within a 15 km radius, using a GPS antenna.

This translates into extreme navigation and high precision of grass cutting with up to 5 cm from the edge of the area and in narrow, hard-to-reach spaces or uneven terrain with large slopes, guaranteeing an even and precise cut across the entire area. There are several advantages including working efficiency, versatility of use and no perimeter wire installation. In addition, the integration of this innovative navigation system with new grass and ultrasonic sensors makes it possible to manage large areas with a high degree of accuracy, even in the event of signal loss.

“Quectel Wireless Solutions is thrilled to provide ZCS with the LG69T-AM module for their innovative robotic lawnmower that incorporates advanced positioning technology,” commented Norbert Muhrer, President and CSO, Quectel Wireless Solutions.

“This lawnmower utilizes the functionality of the advanced Quectel LG69T series GNSS module to deliver centimeter-level accuracy, facilitating extremely precise navigation.”

“The collaboration of ZCS’s Idea Lab (R&D area) with the company Quectel, experts in IoT solutions, goes precisely in the direction of making ZCS lawnmower robots even smarter.” says Michele Balò, Service & Customer Quality Manager, Zucchetti Centro Sistemi. “RTK Cloud technology improves the transmission of information (between the robot and the cloud) and increases the accuracy of robot positioning by optimizing the autonomous navigation of robot mowers.”

ZCS’s Idea Lab, dedicated to research and development (R&D), aligns perfectly with Quectel’s vision to enhance the intelligence of ZCS lawnmower robots through this collaboration. RTK Cloud technology improves the transmission of information (between the robot and the cloud) and increases the accuracy of robot positioning by optimizing the autonomous navigation of robot mowers.

Currently, RTK technology is integrated into specific models within the ZCS product line-up, primarily designed for larger gardens. In the near future, there are plans to expand its availability to robots tailored for smaller to medium-sized green spaces.

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Creating a Healthy and Safer Environment for its Shoppers and Tenants while Increasing Energy-Efficiency.

NEX, the largest suburban mall in the northeast region of Singapore, partnered with UnaBiz, Massive IoT service provider and integrator, to enable data-driven ventilation in the shopping mall.

By integrating indoor air quality (IAQ) monitoring with the mall’s heating, ventilation and air-conditioning (HVAC) system to optimise airflow and energy consumption.

The main purpose of HVAC systems are to help maintain comfort and a stable temperature. A data-driven HVAC system helps ensure good air quality for shoppers and tenants wellness, while a high energy-efficiency system helps optimise energy consumption and reduce carbon emissions.

“As part of our strategic move to align our business operations with the company’s ESG goals, NEX has initiated numerous green initiatives in the running of the shopping mall. With UnaBiz’s IoT solution, we measure the IAQ of the mall every minute, which is equivalent to 1440 data points throughout the mall on a daily basis. The data is then seamlessly integrated into our local building management system managed by Honeywell. The smart control system automatically adjusts the air-conditioning to optimise thermal comfort for users, the air quality indoor, and the energy consumption of the HVAC system live. Facility managers can now take immediate actions to improve circulation of air, such as increasing the airflow within the mall, as traffic in the mall increases during peak hours, to create a healthier and safer environment for our shoppers, tenants, and staff,” said Eugene Toh, Senior Manager, Operations of NEX.

NEX is a seven-storey shopping mall strategically located at the Northeast Line and the Circle Line Mass Rapid Transit line rail network intersect and is fully integrated with the air-conditioned Serangoon Bus Interchange. Positioned as the vibrant, social, and recreational hub for the North-East community, the shopping mall receives an average of 3 million shoppers each month within the 635,000 square foot mall daily.

In 2021, NEX achieved the Green Mark Goldplus certification from the Building and Construction Authority (BCA) on the back of enhancements to their e-waste recycling programme, green procurement policies, and the implementation of smart water management system together with its tenants. IAQ monitoring is one of its latest initiatives to improve “Health and Well-Being”, the 3rd goal under the United Nations 17 Sustainable Development Goals (UNSDG).

Mr Jonathan Tan, Managing Director of UnaBiz Singapore said, “The pandemic has highlighted the importance of IAQ in protecting people as we spend a good amount of our time indoors. UnaBiz is proud to support NEX on their journey to provide a better environment for their shoppers and tenants. By leveraging data collected from our LoRaWAN IAQ sensors, building managers of NEX can implement data-driven ventilation to monitor air quality, calibrate the fresh air intake, and balance the need to maintain tenant comfort while optimising energy consumption. In the longer term, data intelligence will allow NEX to formulate ventilation strategies that balances the need of good indoor air quality and the need to be energy-efficient in order to reach their ESG targets.”

Mr Aw Bing Chia, Singapore Service Sales Leader of Honeywell Building Solutions Southeast Asia says, “Honeywell is pleased to collaborate with UnaBiz to support efforts to help maintain tenant well-being and enhance energy efficiency. The data captured by UnaBiz’s IoT sensors, seamlessly integrated into our building management system, allowing us to proactively control and adjust the HVAC system, creating an optima indoor environment while meeting NEX property’s sustainability benchmarks.”

Jonathan added:

“UnaBiz is happy to share another tangible outcome of its Technology Convergence strategy rolling out LoRaWAN solutions for our customers together with Honeywell. We hope to be the go-to partner for facility managers in Asia and and beyond, to monitor, track, and optimise the health and well-being of people and buildings.”

NEX is owned and managed by Gold Ridge Pte Ltd, and PGIM Real Estate is the asset manager for the property. “The strategic improvements completed at NEX, geared toward furthering the sustainability of the asset, are demonstrative of PGIM Real Estate’s broader commitment to incorporating ESG principles across our global portfolio,” said Mr Benett Theseira, PGIM Real Estate’s Head of Asia Pacific.

UnaBiz was accredited by the Infocomm Media Development Authority of Singapore (IMDA) in 2021 affirming its position as one of the digital champions to contribute to Singapore’s Digital Economy vision. The scale up has deployed Smart Facility Management solutions across a hybrid of low-power wide-area (LPWA) technologies such as Sigfox 0G, LTE-M, NB-IoT and LoRa in over 100+ sites in Singapore.

According to the Guidelines for Good Indoor Air Quality in Office Premises produced by Building and Construction Authority (BCA) with The National Environment Agency (NEA), IAQ monitoring is taking center stage in the Singapore build environment. The Minister for Sustainability and the Environment Ms Grace Fu recently launched the Industry Guidelines for Indoor Air Quality with the Singapore Business Federation (SBF), Singapore Green Building Council (SGBC), and the Alliance for Action (AfA) on Sustainable Spaces to raise public awareness on the importance of good indoor air quality. Supported by BCA and NEA, the AfA also aims to help solution providers and adopters seize opportunities in the green economy and support the Singapore Green Plan 2030.

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UnaBiz Equips TotalEnergies Service Station Stores with 3,000 Temperature Sensors to Enhance Food Safety.

TotalEnergies signs agreement with UnaBiz, Massive IoT service provider and integrator, to equip motorway service station stores with sensors to monitor the temperature control of refrigeration units.

Today, more than 160 motorway service stations in the TotalEnergies network are equipped with around 3,000 refrigeration temperature sensors powered by Sigfox 0G technology.

The digital cold chain monitoring solution provided by UnaBiz empowers TotalEnergies to bolster its sanitary control plans and adhere to Hazard Analysis Critical Control Points (HACCP¹) principles, bringing food security to the food service industry.

Powered by Sigfox 0G technology, the sensor solution provided by UnaBiz France automatically records temperature readings in the refrigerated units, ensuring compliance with health standards in the stores and restaurants of TotalEnergies service stations. As the sensors transmit information wirelessly from the refrigeration units to the customers’ system, the TotalEnergies team access the consolidated temperature and stock data, as well as product use-by dates easily via a computer and tablet.

UnaBiz France takes the lead in providing all essential components for deploying and operating the system. This comprehensive support encompasses equipment availability, logistics, installation, and access to a user-friendly app designed for station managers.

For the TotalEnergies teams, who previously took temperature readings manually several times a day, this real-time monitoring solution brings about substantial time-savings.

The implemented solution serves as an analysis tool, ensuring product traceability and data accuracy. It anticipates breakdowns, prioritizing food safety, and product/service quality at TotalEnergies’ network stations.

In addition to enhancing food safety, this solution aids in energy conservation by preventing unnecessary energy costs associated with improperly regulated storage temperatures.

Bolstered by these benefits, this 3-year partnership is currently being extended to other TotalEnergies service stations in Europe and Africa.

Arnaud Tayac, General Manager of UnaBiz France says:

“UnaBiz is proud to play a key role in this initiative, providing essential components and expertise for the deployment and maintenance of the system. Our partnership with TotalEnergies is a concrete example of how Sigfox 0G technology can be used to optimize operational processes.”

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The Barra range is Digital Matter’s new low-cost, low-power device family that enables affordable and flexible indoor/outdoor IoT asset tracking and recovery in supply chain, logistics, equipment management, and more.

Digital Matter, leaders in low-power IoT asset tracking, today announced the expansion of their battery-powered IoT asset tracking portfolio with their new ‘Barra’ device family, a low-cost, low-power device range designed to address a wide range of asset tracking and recovery use cases.

The Barra range allows businesses to monitor assets that previously presented return on investment (ROI) hurdles due to the steep expenses linked with existing tracking solutions, including but not limited to pallet tracking, cargo, trolleys, packaging, and more.

The new range currently features three unique product variations—Barra Core, Barra Edge, and Barra GPS—to accommodate a broad range of deployment scenarios, catering to diverse location technology needs, accuracy requirements, and price points.

Ken Everett, CEO, Digital Matter, says:

“We wanted to make a cellular-based tracker that is more affordable than most decent Bluetooth tags, has up to 10 years battery life and still deliver the performance expected from a Digital Matter device.”

“I am very excited about the new markets that the Barra family opens up for our partners.”

Designed to be ‘deployed once’ with a battery life of over 10+ years, the Barra range substantially reduces device ownership and management costs by eliminating recharging cycles and frequent battery replacements, offering a more sustainable hardware option for businesses that require global asset visibility versus a ‘one and done’ device.

In addition to enhanced low-power design, the Barra range encompasses a variety of new features designed to optimize functionality and streamline deployment. New rugged housing with a slim form factor can be covertly installed on a large variety of assets and supports magnetic tamper detection and activation to further simplify and secure deployments.

The Barra Range offers businesses not only indoor and outdoor location tracking but also the capability to monitor ‘impact’, such as when assets are dropped or mishandled during transit. This ensures the safe handling of assets while also providing exception reporting.

The introduction of Digital Matter’s Barra series signifies a significant milestone in the IoT asset tracking sector. This innovation empowers businesses to leverage cost-effective, durable tracking solutions that offer outstanding performance and sustainability.

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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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Seafarers on IoT-enabled vessels will be ‘nudged’ to make sustainable operational decisions in new partnership.

Today, behavioural change startup Signol launches a first-of-its kind project with Stolt Tankers to further reduce shipping emissions by using IoT data to help seafarers understand the impact of their actions on overall fuel consumption and CO2 emissions and motivate them to adopt new behaviours.

By combining sensor data with behavioural change techniques, Stolt Tankers is pioneering a human-centered, tech-enabled approach to improving fuel efficiency and reduce shipping’s environmental impact.

The six-month pilot project will run on seven vessels, using Signol’s data-led service to engage seafarers and motivate them to reduce fuel consumption.

Five of the vessels use continuous monitoring (IoT) data through sensors connected directly into the ship’s power management and automation systems, providing a comprehensive and real-time view of what the crew experiences onboard.

Monitoring data will be used to create fair, achievable behavioural goals linked to three actions carried out on the ships: main and auxiliary engine performance and trim optimisation.

By using real-time IoT data as opposed to static snapshots of a ship’s status (e.g. noon reports), Stolt Tankers and Signol can enable crew and shoreside teams to make more proactive and immediate decisions, leading to improved operational efficiency, reduced fuel consumption, and enhanced safety..

IoT data includes a wider range of data points than noon reports and so provides better insights on the factors affecting whether or not crew members can implement emissions-reducing behaviours.

This depth of insights will help seafarers understand the impact of their actions on overall fuel consumption and CO2 emissions, and provide tools that the Stolt Tankers management team can use to encourage and highlight their crew’s sustainability efforts.

Harriet Johnson, Head of Maritime at Signol says:

“Seafarers are frequently making high-consequence decisions with multiple priorities to consider. Their role needs to be recognised, and the complexities involved in each of these decisions must not only be respected but also aided in a sustainable and positive manner.”

Stolt Tankers’ partnership with Signol supports its continuous improvement programme and sustainability ambition to become a carbon-neutral business by 2050.

Maren Schroeder, Managing Director of Stolt Tankers, says: “For every goal achieved through the system we commit to planting three mangrove saplings at the Stolt Tankers Mangrove Forest in the JBLFMU Ecological Park, the Philippines. Not only will this initiative help us to reach our sustainability ambitions, but it also helps to protect the local ecosystem close to where many of our crews call home..”

Signol’s proven track record consistently shows fuel savings exceeding 5% in the maritime sector, delivering a return on investment in the months after launch without requiring additional capital investment. This model aligns with the needs of shipping companies’ fleet performance and fuel managers who are looking for an effective solution that delivers data-driven insights, measurable results, and a good return on investment.

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