A new report from IoT Analytics highlights the increasing success of IoT implementations. According to the “IoT Use Case Adoption Report 2024,” 92% of enterprises report a positive ROI from IoT use case projects, marking a 13-point increase since 2021. The accompanying research article details the top 10 IoT use cases with adoption rates, most important KPIs impacted, and implementation examples.

Key insights

IoT initiatives appear more successful than ever, as 92% of enterprises report positive ROI from IoT use case implementations, according to IoT Analytics’ 418-page IoT Use Case Adoption Report 2024.
The number of IoT use cases being adopted by enterprises grew 53% between 2021 and 2024.
Complexities related to IoT use case adoption appear to be easing somewhat, which appears to be fueling the adoption growth and ROI.
Enterprise IoT use case investments continue to grow in 2024, but at a slower pace than in previous years.
IoT Analytics presents the top 10 IoT use cases, with process automation as the #1 adopted IoT use case.

Select quotes

Dimitrios Paraskevopoulos , Senior Analyst at IoT Analytics, comments that:

“With 92% of IoT projects reporting a positive ROI and adoption still going strong, it’s high time the discussions shift from “whether IoT is failing” (hint: it isn’t) to “how can we leverage the technology to improve our operations/supply chain/products”.

Top 10 IoT use cases

Status of IoT initiatives in 2024: More successful than ever before

Over 90% of IoT use case projects have positive ROI. For years, IoT Analytics has been unable to validate common claims that most IoT projects are unsuccessful, such as the following:

Cisco Survey Reveals Close to Three-Fourths of IoT Projects Are Failing
It’s the last IT/OT mile that matters in avoiding Industry 4.0’s pilot purgatory
Why has the Internet of Things failed?

According to IoT Analytics’ research found in the 418-page IoT Use Case Adoption Report 2024 (published July 2024)—which is based on a survey of 200 end users of IoT applications and analyzes 27 IoT use cases—91.7% of organizations have seen ROI from the different IoT use cases they adopted, a 13-percentage-point climb from similar IoT Analytics research in 2021. Further, compared to 2021, 53% more IoT use cases are being adopted by organizations (either in the process of rolling out a use case or have already completed a project), signaling a healthy state of IoT.

IoT project complexity has reduced. In 2021, many respondents to a similar IoT use case survey noted the need for proofs of concept and testing since IoT projects and their technical setups can be complex. However, in 2024, the complexities of usage and onboarding/setup of IoT use case projects ranked 5th and 6th, respectively, in terms of challenges. In IoT Analytics’ opinion, this drop in perceived complexity appears to largely fuel the strong growth in IoT use case adoption.

Restrained IoT spending growth in 2024. 51% of respondents say that their organizations plan to increase their spending in IoT use cases in 2024 compared to 2023; however, they plan to do so by a lower amount than the previous year. According to IoT Analytics’ IoT Software Adoption Report 2023, companies increased their IoT use case spending, on average, by 8.4% in 2023, while in 2024, respondents stated their companies’ budgets for IoT use cases were increasing 2% on average.

Additional insights from the IoT Use Case Adoption Report 2024. 22% of respondents are planning to increase investment in IoT use cases by more than 10% in 2024 (vs. the previous year). In 2021 (for 2022), that share was at 29%, constituting a 7-percentage-point decrease.

The 10 most adopted IoT use cases

Most IoT use cases serve smart operations. The top 10 IoT use cases in 2024 have changed quite a bit since 2021; however, the distribution of use cases by category within the top 10 remains the same: 6 smart operations use cases, 3 smart supply chain use cases, and 1 connected product use case.

Below are the top 10 use cases in 2024, including how IoT Analytics defines them and which organizational KPIs are most affected by each. Also provided are select quotes and implementation examples for some of the use cases from the report.

1. Process automation

Nearly 3/5 of organizations have adopted process automation. Leading as the most adopted IoT use case at 57.5% of organizations is process automation. This is a stark rise from the 33% adoption rate seen in the 2021 IoT use case report, where it was the second-ranked use case.

Process automation enables companies to streamline and automate processes by integrating interconnected devices and sensors with both new and legacy equipment, such as PLCs and IPCs. This use case helps to reduce the need for manual intervention, increasing efficiency, minimizing errors, and enhancing safety. Technologies such as IoT sensors and edge computing play a crucial role in enabling real-time data collection, analysis, and decision-making. By incorporating IoT into existing systems, companies can optimize workflows, improve production quality, and implement predictive maintenance.

Most important KPI affected: The top KPI affected by process automation is labor efficiency. On average, a major rollout of this use case improves labor efficiency by 8.2%.

Implementation example

When Burnley Brewing, an Australia-based craft brewery, approached its maximum capacity as demand for its beverages grew, it decided to expand. In doing so, it decided also to include automation in its processes. Burnley partnered with Australia-based contract electrical and engineering firm Bon Industry, which leveraged US-based industrial automation technology provider Rockwell Automation’s FactoryTalk Craft Brew—a process management and automation system developed specifically for the brewing industry. IoT sensors, PLCs, and other action-enabling hardware were placed throughout the brewing process, all connected to FactoryTalk Craft Brew for data collection and process actioning. As a result of this solution, Burnley Brewing lessened the labor of its brewers across the brewing process, from milling and mashing grain at the beginning to controlling fermenters and conditioning tanks near the end.

2. Quality control and management

Quality control and management climbed 5 places since 2021. 55% oforganizations have adopted IoT-based quality control and management. In 2021, this use case was 7th in adoption at 30%, which marks a significant climb. A reason for this climb could be its quick payoff: 53% of companies that have implemented this use case reported amortization in less than 24 months.

Quality control and management allows companies to monitor critical factors like temperature, humidity, and pressure during production. This real-time data allows for immediate detection of quality deviations, enabling swift corrections to prevent defects. IoT solutions can be integrated into both new and legacy equipment, with machine learning analyzing the data to predict potential issues before they arise.

Most important KPI affected: The top KPI affected by quality control and management is, no surprise, product quality. On average, a major rollout of this use case improves product quality by 4.6%.

3. Energy monitoring

Companies plan to invest more in energy monitoring than any other smart operations use case. Adoption-wise, energy monitoring has risen to 55%—up from 20% in 2021.It is the rising star among IoT use cases, as new sustainability strategies and high electricity prices (especially in Europe) have led companies to use IoT devices and sensors to closely monitor individual assets’ energy consumption. Within the smart operations category, it has the highest expected investment increase between 2023 and 2024 at 3.5%.

Most important KPI affected: The top KPI affected by energy monitoring is costs. On average, a major rollout of this use case reduced related costs by 8.1%.

4. Real-time inventory management

Real-time inventory management leads smart supply chain use cases. 54% of respondents shared that their companies have either fully rolled out or are rolling out real-time inventory management. With the supply chain issues and economic uncertainty following the COVID-19 pandemic, companies have sought smarter inventory management solutions to prevent stockouts and overstocking. In fact, adoption of this use case climbed 35 percentage points between 2021 and 2024, and within the smart supply chain category, it is expected to receive the largest investment increase between 2023 and 2024 at 5.7%.

Most important KPI affected: The top KPI affected by real-time inventory management is the return on equity (ROE)/return on capital employed (ROCE). On average, a major rollout of this use case improves ROE/ROCE by 8.1%.

Implementation example

In 2022, Tyson Foods, a US-based multinational food company, wanted to automate time-consuming manual processes like inventory counts. The company already used computer vision for many of its processes but sought to incorporate machine learning to improve operational efficiency, among other goals. Leveraging AWS’s Panorama and SageMaker services, Tyson Foods implemented a computer vision-based, real-time inventory management system to deploy a detection model that automated chicken tray counting and identified faulty carriers. This real-time inventory management solution saved Tyson Foods an estimated 15,000 labor hours annually in each facility and helped it avoid over- or underproduction.

Additional insights from the IoT Use Case Adoption Report 2024

The report dives into the challenges companies face when implementing IoT use cases, conveyed by industry, region, and company size. Looking at the process manufacturing industry as an example, 46% of respondents, on average, marked “Integration into legacy systems” as a severe or major challenge, making it the top challenge faced by that industry. “Privacy concerns” and “IT and data security concerns” ranked as the 2nd and 3rd top concerns.

5. Supply chain track and trace

Most adopters see fast amortization with supply chain track and trace. Riding just behind real-time inventory management is supplychain track and trace, also at a 54% adoption rate. Approximately 60% of respondents experienced amortization in less than 24 months—second of all IoT use cases in this regard.

Connected sensors, GPS devices, LPWAN, and satellite technologies—all part of IoT’s contribution to supply chain track and trace—help companies monitor and manage the movement of goods throughout their entire supply chain by providing real-time visibility into the location, condition, and status of shipments. Advanced analytics further enhance supply chain operations by predicting disruptions and optimizing routing. With this use case, companies can reduce losses, improve delivery accuracy, and enhance compliance with regulatory requirements.

Most important KPI affected: The top KPI affected by supply chain track and trace is on-time delivery. On average, a major rollout of this use case improves on-time delivery by 8.5%.

Adopter quote

“The drivers drive with more foresight, the wearing parts last longer, the number of accidents goes down, the diesel consumption goes down—the stress is less.” – Oliver Nocke – Fleet Manager, Roman Mayer Transport & Logistik (via Samsara)

6. Operations planning and scheduling

Energy companies expect more investment in operations planning and scheduling. 53% of respondents shared that their respective companies have either rolled out or are currently rolling out operations planning and scheduling tools. Approximately 75% of companies in the energy sector are planning to increase investment in this use case in 2024, with an average increase of 5.5%.

By integrating IoT technology with planning systems, companies gain up-to-the-minute insights into production status, machine availability, and workforce capacity, allowing for dynamic adjustments to schedules, which helps reduce downtime and ensure optimal use of assets. Algorithms can further analyze the data to predict demand, identify bottlenecks, and suggest the most efficient scheduling options, resulting in improved operational efficiency and reduced lead times. Many (but not all) of the rollouts are tied to existing planning and scheduling software, such as manufacturing execution systems in the manufacturing sector, energy management systems in the energy sector, or building management systems in the buildings sector.

Most important KPI affected: The top KPI affected by operations planning and scheduling is labor efficiency. On average, a major rollout of this use case improves labor efficiency by 7%.

7. On-site facility track and trace

Wholesale and retail expected to lead in on-site facility track and trace investment. Half of the organizations in the survey have adopted some form of on-site facility track and trace. Of those companies in the wholesale and retail segment that are testing or adopting this use case, 56% expect to increase investment, with an expected increase of 13% on average. Second to them are companies in the healthcare industry at 55%. On-site facility track and trace makes sense for these two segments, as tracking and locating products within a warehouse or equipment in a healthcare facility can aid in timely shipments or urgent medical needs.

Most important KPI affected: The top KPI affected by on-site facility track and trace is on-time delivery. On average, a major rollout of this use case improves on-time delivery by 7.8%.

Adopter quote

“Track and trace is a risk mitigation initiative for retailers, making it easier to identify products in the event of a recall, reducing exposure to costly lawsuits and improving overall compliance.” – John Merrill – CFO, ReposiTrak, February 14, 2024

8. Asset performance optimization

Asia-Pacific companies to lead in asset performance optimization investment growth. Coming in with an adoption rate of 48% is asset performance optimization. This use case is expected to see a slight decrease in investment in 2024, with Asia-Pacific companies being the only ones foreseeing increased investment by 5% on average.

IoT for asset performance optimization is the modern version of asset performance management, which describes methods of capturing and integrating data, visualizing it, and analyzing it to improve the reliability and availability of physical assets. It combines state-of-the-art data-capture and integration tools (like IoT gateways) and software tools (like IoT platforms) to analyze how assets can operate and be maintained at optimum levels (e.g., optimized asset speed settings, optimized material input settings, or optimized maintenance intervals).

Most important KPI affected: The top KPI affected by asset performance optimization is overall equipment effectiveness (OEE). On average, a major rollout of this use case improves OEE by 9.5%.

Implementation example

When US-based Longroad Energy acquired a 145-megawatt wind farm, it realized the turbines were not yielding as much output as expected due to incorrect setup. Longroad partnered with WindESCo, a US-based renewable energy performance analytics company, which implemented its Swarm System to acquire real-time turbine data, such as angle and energy generated. Data collected by the Swarm System are stored on a cloud server, which feeds into an analytics platform that determines the optimal angles and other turbine settings, optimizing the performance of these assets. As a result, Longroad Energy experienced a 2.5% increase in annual energy production and an annual revenue increase of $430,000.

9. Remote asset monitoring

Remote asset monitoring drops from most adopted use case while seeing strong growth. Approximately 48% of respondents reported adopting remote asset monitoring, up from 34% in 2021. Interestingly, this use case was the most adopted in 2021. At that time, IoT Analytics noted that remote asset monitoring was the cheapest and easiest to set up due to its simplicity compared to other use cases. With other, more complex use cases surpassing remote asset monitoring while it grew significantly, it becomes even harder to believe that IoT is failing. Rather, companies have realized the benefits of IoT use cases and invested more in them.

Most important KPI affected: The top KPI affected by remote asset monitoring is costs. On average, a major rollout of this use case reduced costs by 6.6%.

Adopter quote

“We have millions of sensors collecting over 5 trillion rows of data that our AI models, combined with our conventional models used to monitor equipment 24 hours a day, 7 days a week, alerting engineers to anomalies from a distance.” – Wael Sawan – CEO, Shell plc, February 01, 2024

10. Location tracking

Location tracking is the top connected products use case. Approximately 45% of companies in the survey have adopted location tracking. It is also the only connected product use case to make this list of top 10 IoT use cases. IoT location can be applied across various environments, including warehouses, factories, and outdoor work sites. The location data gathered from the machines or devices help companies locate their equipment and personnel, optimize routing, improve asset utilization, and enhance safety. Tracking the location of an asset can also be beneficial to both the vendor of the products (e.g., by understanding usage patterns) and to the user (e.g., by finding a lost item or by mitigating theft).

Most important KPI affected: The top KPI that is affected by location tracking is revenue. On average, a major rollout of this use case improves revenue of the company selling the connected product by 1.6%.

Additional insights from the IoT Use Case Adoption Report 2024

The report shares the top KPIs that respondents’ companies use to measure the success of their IoT strategies by industry. Zooming in on the energy sector as an example, 88% of energy companies, on average, put high importance on decreasing the average time it takes to detect cybersecurity incidents.

Classifying IoT use cases

When looking at IoT use cases, IoT Analytics has four ways to classify them:

By endpoint
By functionality
By application area
By business objective

In the IoT use case adoption report, IoT Analytics used a mix of functionality and application area. For example, prediction is a functionality, and maintenance is an application area, resulting in predictive maintenance.

Grouping IoT use cases

The report covers 27 IoT use cases and groups them into three categories: Smart operations, smart supply chains, and connected products. The list of the 27 IoT use cases can be found on the report page.

The post The top 10 IoT use cases appeared first on IoT Business News.

Fibocom, a global leading provider of IoT (Internet of Things) wireless solutions and communication modules, presented at electronica India 2024, one of South Asia’s most prestigious trade fairs for the electronics industry.

Centering around Fibocom’s growing “Made in India” capabilities, the latest suite of Fibocom’s products has been showcased to advance connectivity across key industries like Fixed Wireless Access (FWA), smart metering, fleet management, and smart retail.

Innovations Driving Industry Transformation

The IoT market in India is seeing rapid growth driven by government initiatives like Digital India and Smart Cities. In 2023, the market was valued at $1.2 billion and is expected to grow at a compound annual growth rate (CAGR) of 12.17% from 2024 to 2032 according to the report from IMARC. The adoption of IoT focuses on key verticals like manufacturing, retail, transportation, and energy.

Poised to help bridge the digital divide in India, enabling millions to benefit from reliable internet services, Fibocom’s high-end modules like FG360, FG190, and FG170 are showcased with module-embedded solutions for FWA applications like CPE, ODU, and mobile hotspots. The mmWave ODU Explore Version Demo, based on the FG190 and compliant with R17 standards, can achieve Ethernet speeds of 10GE* and supports 8RX on bands n41/n77, while also supporting OpenWrt / RDK-B. This makes it an ideal solution for expanding digital access in underserved regions. The FG160 Hot Spot Solution provides a stable Wi-Fi connection with speeds of AC866 / AX3600 and memory configuration of 256MB DDR + 512MB FLASH, making it highly suitable for mobile scenarios.”

Catering to the increasing emphasis on efficient energy management, Fibocom’s L610 LTE Cat.1 bis module enables smart metering with real-time data collection and monitoring, facilitating more accurate energy usage analysis and optimization. Additionally, the MC661 provides advanced telematics solutions for fleet operators, improving tracking, logistics, and asset management. With seamless GPS tracking and data analytics, businesses can reduce operational costs and enhance overall fleet performance. Regarding smart retail, from digital kiosks and real-time inventory tracking to more efficient point-of-sale (POS) systems and cloud speakers, Fibocom’s smart solutions enhance customer experiences while improving operational agility for retailers.

Commitment to “Made in India”

One of the most notable aspects of Fibocom’s participation at electronica India 2024 is the company’s emphasis on its “Made in India” capabilities. In alignment with India’s national “Make in India” initiative, Fibocom has invested in local manufacturing, significantly enhancing its ability to serve the Indian market with locally-produced wireless communication modules and solutions.

This move not only strengthens its presence in India but offers strategic advantages, such as improved cost-efficiency, faster delivery times, and better access to after-sales support. By producing high-quality IoT modules locally, Fibocom is helping India build a robust, self-reliant supply chain in the IoT sector, contributing to the nation’s broader technological and economic goals.

By leveraging its global expertise and local production capabilities, Fibocom is well-positioned to support India’s rapid growth in IoT adoption, while contributing to the country’s vision of technological self-sufficiency.

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SECO’s SOM-SMARC-ASL module: reliability, longevity, ruggedized performance in a small footprint

Advanced technology is the driving force in the dynamic world of the Internet of Things (IoT). And at the forefront of this innovation is the SECO SOM-SMARC-ASL a SMARC® Rel 2.1 compliant module with Intel Atom® Processors x7000RE Series for the Edge. This powerful and versatile module not only offers numerous application possibilities in various IoT areas but also sets new standards in efficiency and reliability, pushing the boundaries of what IoT can achieve.

Notable for its advanced features, the SOM-SMARC-ASL module excels with its standout features. It operates efficiently across a wide temperature range from -40°C to +85°C, ensuring reliability in demanding environments. Its advanced networking capabilities, including Time-Sensitive Networking (TSN), provide precise and dependable data transmission. The module supports AI-driven tasks and high-resolution multimedia processing, thanks to its robust Intel® UHD Graphics.

The module’s performance makes it ideal for a variety of industries that require robustness and high data processing:

Industrial automation

The SOM-SMARC-ASL module is not just designed for demanding industrial applications, it excels in them. It can operate in extreme temperature ranges from -40°C to +85°C and supports industrial protocols, making it an ideal choice for automated processes and machines. Its robust networking capabilities, including Time-Sensitive Networking (TSN), ensure precise data transmission for real-time control and data processing, enhancing efficiency and reliability.

Medical Safety & Surveillance

In medical safety and surveillance, the SOM-SMARC-ASL module excels with its ability to handle multiple video streams, making it suitable for various monitoring applications. Its power-efficient deep learning inference capabilities ensure accurate and real-time data processing, essential for patient monitoring and safety systems. The module’s compatibility with medical imaging equipment further enhances its utility in healthcare environments.

Coffee and vending machines

The SOM-SMARC-ASL module is highly suitable for applications in coffee and vending machines. Its rugged design withstands the demanding environment of these machines, and its power-efficient processing manages inventory, payments, and customer interactions effectively. The compact form factor (50 x 82 mm) allows for easy integration into vending machines and coffee stations, while its wide temperature range support ensures reliable operation in varying conditions.

IoT applications

In addition, the module is 100% compatible with SECO’s IoT software suite Clea.

Clea is an advanced IoT platform designed to help businesses optimize and streamline their IoT deployments. With Clea, users can efficiently manage, analyze, and leverage their devices and data to make informed decisions. The platform offers many benefits, including seamless integration, real-time data processing and analytics, and comprehensive security features. Clea enables companies to maximize the performance of their IoT devices, reduce costs, and improve operational efficiency. Clea provides a flexible and scalable solution to meet the challenges of the modern IoT landscape by supporting a wide range of communication protocols and handling large volumes of data.

The SOM-SMARC-ASL module from SECO is a commitment to quality and innovation. It sets new standards in IoT technology, impressing with its robust performance, versatility, and efficiency. This adaptability is what makes it an ideal solution for a wide range of IoT applications, be it in industrial automation, healthcare, smart devices, or vending machines.

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Initiative enables mobile connectivity for all IoT/M2M devices in Brazil, regardless of where they are located.

emnify, a global leader in cellular IoT connectivity, has launched a groundbreaking solution that guarantees full coverage across all of Brazil using SIM cards with single IMSIs and local numbering.

This initiative was made possible thanks to emnify’s partnership with Claro, one of the country’s largest telecommunications companies, which supports 2G, 3G, and 4G technologies and to ANATEL’s (National Telecommunications Agency) approval of the Roaming ORPAs (Wholesale Products Reference Offers) – an important achievement for the national market.

This project reinforces emnify’s commitment to the country, positioning the company at the forefront of technology for the benefit of the entire Brazilian market. Since 2023, emnify has been consolidating its presence in Brazil as a Mobile Virtual Network Operator (MVNO), with a robust sales and customer service structure, as well as the local manufacturing of its SIM cards through a partnership with Idemia.

These strategic agreements, combined with emnify’s SuperNetwork, provide businesses across Brazil with a simple, cutting-edge connectivity solution, enabling access to over 540 networks in 180 countries through a single SIM card, regardless of geographical borders.

“The launch of this new product is a significant milestone for emnify, revolutionizing the way companies consume IoT connectivity,” says Carlos Campos, emnify’s VP Sales LATAM & General Manager Brazil.

“We are bringing uninterrupted and full mobile connectivity to all IoT/M2M devices in Brazil, through our SIM cards with single IMSIs and local numbering resources. Customers of all sizes and verticals will now benefit from the emnify experience, with consistent quality of service, robust APIs, and simplified management, increased stability and cost effectiveness, regardless of the technology of their devices.”

“We’re very pleased with emnify’s initiative to sign the Roaming ORPAs with the main operators in the market. This demonstrates an initiative which guarantees regulatory compliance, allowing emnify’s customers to benefit from complementarity across all the main telecommunications networks. This model is what ANATEL believes to be correct, appropriate, and in perfect compliance with the sector’s regulations,” said Carlos Baigorri, ANATEL’s Chairman and CEO.

Rafael Medeiros, CEO of Voxter, says that “emnify’s offer is a game changer for our tracking device, the J16 Original, Brazil’s best-selling 2G/4G tracker. emnify’s SIM card provides fast and stable connectivity, no matter where our devices are in the country. This solution significantly boosts our customers’ operational efficiency, transforming emnify’s connectivity into a valuable add-on to our strategy of providing affordable, high-quality fleet management solutions.”

emnify’s roaming-enabled solution changes the game in IoT connectivity in Brazil, offering unprecedented reliability and national coverage in the Brazilian market. This breakthrough not only fosters operational efficiencies, but also encourages innovation, promoting transformative growth in all industries that rely on IoT technology.

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A new research report from the IoT analyst firm Berg Insight says that annual shipments of wireless devices for industrial automation applications reached 10.7 million units worldwide in 2023, accounting for approximately 9 percent of all new connected nodes.

Growing at a compound annual growth rate (CAGR) of 12.3 percent, annual shipments are expected to reach 19.1 million by 2028.

The installed base of wireless devices in industrial automation reached at the same time 56.5 million in 2023. While wired networking solutions are still predominantly used for industrial communications between sensors, controllers and systems, wireless solutions have gained a strong foothold in a number of applications. Wireless solutions are used in hard-to-reach locations or hazardous areas where wired solutions are impractical, ineffective or cost-prohibitive.

In factory automation, wireless solutions are widely used to connect mobile industrial equipment such as automated guided vehicles and to remotely access machines for programming and servicing.

In process automation, wireless technologies are increasingly used in non-mission critical applications to remotely monitor and optimise processes while also ensuring worker safety.

Today, a growing number of wireless field devices are provided by many major industrial automation vendors including ABB, Emerson, Hitachi, Honeywell, OMRON, Schneider Electric, Siemens and Yokogawa.

Wi-Fi has emerged as the most widely used wireless technology in industrial environments largely due to the wide availability of compatible hardware. Providers of industrial Wi-Fi devices include Siemens, Cisco, Belden, Moxa, Phoenix Contact, HMS Networks and Advantech. The 802.15.4-based protocol WirelessHART is the second largest wireless technology used in field devices. The technology is widespread in remote monitoring applications for process industries. Emerson became the first company to market WirelessHART products in 2008 and has today an installed base of more than 10 million wireless pressure transmitters.

Cellular solutions are typically used for data acquisition and backhaul communications in distributed automation applications. The largest providers of cellular IoT gateways and routers in the industrial space include Semtech, Cisco, Digi International, Moxa, GE Vernova, HMS Networks, Robustel, InHand Networks and Teltonika Networks. Devices featuring Wi-Fi, WirelessHART and cellular connectivity accounted for 70 percent of the installed base in 2023.

“Partnerships and collaborations between industrial automation players and technology companies are increasingly focused on artificial intelligence,” said Veronika Barta, IoT Analyst at Berg Insight.

During 2023–2024, the industrial automation market witnessed both the emergence of new partnerships as well as the extension of existing collaborations focusing on AI. For instance, both ABB and Siemens extended their respective partnerships with Microsoft to focus on generative AI applications in digital solutions. In addition, both Schneider Electric and Siemens have partnerships with NVIDIA to advance the use of AI-powered industrial solutions. Most recently in June 2024, Rockwell Automation announced a collaboration with NVIDIA to scale the use of AI in industrial mobile robots.

Ms. Barta concluded:

“More collaborations and partnerships can be expected in the coming years as solution providers bet on AI to optimise industrial processes.”

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Digital Matter, a leader in low-power GPS and IoT hardware development, recently announced the G150 Global, a new addition to its portfolio of wired fleet and equipment tracking solutions.

The G150 Global offers advanced capabilities for reliable and detailed tracking of vehicles and equipment, designed to perform seamlessly in diverse environments. It supports 4G Cat 1bis with 2G fallback, ensuring robust connectivity almost anywhere in the world. Unlike NB-IoT and LTE-M devices, the G150 Global’s 4G compatibility allows it to function effectively in areas where these networks may not be consistently available. To withstand remote and harsh environments, the G150 Global features an ultra-rugged, IP-rated waterproof housing, offering exceptional durability and protection.

Designed with flexibility and scalability in mind, the G150 Global includes real-time tracking, an integrated Bluetooth® Gateway for tagged asset management and sensor monitoring, and compatibility with an Iridium Edge® Module for tracking assets in remote locations outside of cellular coverage.

The device also features a Flexible Input Monitoring Interface, which supports various external devices and switches. This interface provides valuable insights for driver and vehicle safety and management, such as accident and rollover detection, behavior monitoring, idling, seatbelt detection, and more. Additionally, the G150 Global can be used for remote immobilization, preventive maintenance, and theft recovery, making it a versatile solution for fleet and equipment management.

The device features a power-saving periodic trip mode for when it operates on battery power without an external power supply. It can dynamically switch to an alternative tracking mode when configured geofences are entered or exited, ensuring efficient power management while maintaining accurate tracking.

The G150 Global also offers continuous accelerometer data sampling, allowing users to collect comprehensive information on the forces experienced by the device. This functionality enables the creation of an accurate historical profile of the device’s motion, making it possible to analyze and reconstruct its behavior over time.

To further enhance its connectivity in remote areas, the G150 Global can be connected to an external cellular antenna, providing an extended transmission range and ensuring reliable operation even in the most challenging environments.

Built for modern vehicle and equipment management needs, the G150 Global delivers superior connectivity, durability, and advanced tracking capabilities, making it a powerful tool for a wide range of applications.

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SECO, a leading provider of end-to-end technological solutions for next-generation digital devices, today announced the release of Clea OS, an embedded Linux framework, as a new member of the Clea software stack.

Clea OS marks a significant step towards the development of integrated IoT solutions, empowering developers and organizations to build and deploy innovative IoT infrastructure more efficiently and effectively.

Introducing Clea OS: The Secure Foundation for IoT Edge Device Development & Operations

Clea OS is an industrial-grade embedded Linux operating system designed to simplify the development and maintenance of electronic products that demand high reliability and security. Seamlessly integrated with Clea’s cloud components, Clea OS simplifies and integrates management of the development and deployment processes, device monitoring, and remote access, enabling designers to focus on accelerating product development.

Clea OS is compatible with nearly the entire SECO edge product catalog and supports both x86 and Arm® processors. It offers a robust networking and provisioning framework, prioritizes long-term operational reliability, and facilitates a streamlined developer workflow. Having been a core component of the Clea software suite for years, Clea OS is now available as a standalone operating system. This release allows a broader audience to benefit from and contribute to the advancements in running containers on connected devices.

Key Updates and Features in Clea OS

Clea OS is meticulously designed to optimize DevOps for industrial embedded systems. It offers two distinct versions:

Minimal version: Includes only the essential services needed for secure updates and reliable Docker operation on embedded devices.
Full version: Pre-configured with all the tools necessary for testing and developing complex applications, including human-machine interface (HMI) systems.

Clea OS minimizes maintenance requirements through frequent updates and long-term support (LTS). It fully supports SECO hardware and facilitates continuous integration and delivery (CI/CD), ensuring a streamlined and efficient development process.

Security is a top priority for Clea OS, continually integrating the latest kernel patches provided by microprocessor vendors and keeping its components up-to-date.

Clea OS includes all necessary components and services to facilitate reliable updates using an A/B partitioning layout scheme. This ensures that updates are applied safely and reliably, reducing downtime and maintaining system integrity. An out-of-the-box connection to the Clea IoT technology stack enables the management of devices remotely. This includes secure remote over-the-air (OTA) updates, device monitoring, and remote access.

Leveraging the Yocto Project, Clea OS allows developers to create custom Linux distributions tailored to specific requirements. This includes modifying recipes, adding custom layers, and configuring the system to meet unique application needs, enhancing the overall user experience. Clea OS is built on top of open-source software, offering flexibility that makes it easy to port to any hardware, avoiding vendor lock-in. It is highly customizable to meet specific product requirements.

This new release supports a broader range of hardware platforms, including devices based on NXP, Intel®, Qualcomm®, Mediatek, and Rockchip processors, the Raspberry Pi 4, as well as QEMU emulation for Arm®, Arm64, and x86 architectures. This extended compatibility allows developers to deploy Clea OS across various environments and hardware configurations, fostering greater flexibility and scalability in IoT infrastructure.

Future plans include introducing secure boot, software bill of materials (SBOM) generation across all SECO hardware solutions, and continuous vulnerability assessment for security posture, enhancing security compliance and protecting systems from the ground up.

“Clea OS is a unique industrial grade Linux distribution that stands out for its unified compatibility with a wide range of processor architectures and silicon vendor support – from low-power Arm® SoC, to high-end x86 server platforms. Its added value lies in its seamless integration with the Clea suite, enabling the latest IoT and security functionalities right out of the box,” said Marco Sogli, Head of Global Software of SECO.

Davide Catani, Chief Technology Officer of SECO, said:

“We are working hard to bring an open, end-to-end IoT developer platform solution to the market and empowering developers and organizations to focus on their use cases rather than solving IoT technology challenges. We are proud to release the latest version of Clea OS, which goes in this exact direction.”

The post SECO Announces the Release of Clea OS with Advanced IoT Capabilities and Expanded Hardware Support appeared first on IoT Business News.

Drones have evolved over the years from simple gadgets used for recreation to highly specialized instruments that could cause massive disruption and security breaches.

Probably the latest and most alarming threats of drones are those that involve business penetration for stealing unauthorized information. Such rogue drones have many uses that range from social engineering to espionage.

The mitigation of risks in drone threats should be holistic in IoT security. The proverbial weak link forms every strong chain; hence, the establishment of potential vulnerabilities is required. It may be an underlying factor that an organization’s attack surface is incomplete if a specialist counter drone solution, which actually does address the drone threats, comes off as weak against the traditional ways for security for protection.

Why should IoT businesses be concerned?

Rogue drones can compromise IoT devices that are equipped with a high-resolution camera to click sensitive data such as sensor readings, network configurations, or proprietary information. This information could then be used for malicious purposes such as industrial espionage and sabotage. For instance, flying a drone over the factory floor can capture, rather easily, footage that reveals sensitive information on production processes or equipment at play.

Drones can also cause physical damage to or disrupt key infrastructure, including power plants, towers of telecommunications, and data centers, resulting in huge economic losses aside from disrupting operations. For example, a drone may drop objects onto a power line, resulting in a blackout.

They may also be able to interfere with IoT networks, causing disturbances or outages of services. An example could be where drones jam wireless signals or saturate network resources. Most jurisdictions have laws about the use of drones, and any non-compliance by IoT businesses may be liable to face fines or other penalties. These vary depending on the location of the IoT deployment, the type of drone activity involved, and other factors.

How can IoT businesses mitigate the risks of rogue drone activity?

Drone Detection Systems

Employ cutting-edge drone detection systems with real-time capability for drone tracking, such as using radar for detection at long ranges or computer vision to analyze images to detect a drone model and flying pattern.

Secure IoT Devices

Ensure all IoT devices are truly secure in order to avoid unauthorized access that may lead to data breaches. This would include strong passwords, encryption of data, and regular software updates. Also, IoT devices should be configured for the usage of secure protocols of communication and limitation of network access.

Monitor Network Traffic

This will continuously monitor suspicious traffic in the network, which might occur in the form of unauthorized access and unusual flow of data. It can be possible through the system security-related tools and NIDS.

Develop Response Protocols

Develop an emergency response plan in case of drone incidents; a policy on notification of the proper authorities, securing premises, and protection against sensitive information release. Such plans would be practiced regularly to keep the employees familiar with their roles and responsibilities.

Collaborate with Industry Partners

Collaborate with other IoT businesses and industry associations to share information and best practices relative to countering drone threats. This may help in better understanding emerging threats and determining effective countermeasures.

Additional Considerations

Drone jamming is a technique that interferes with drone operations. This can provide an effective countermeasure, with very important caveats: this device interferes along with drones with other wireless communications such as those used by emergency services or critical infrastructure.

Contrarily, netting systems take a more physical direction while trying to counter the threats that drones have posed. They are, in fact, designed to capture drones using a net; nonetheless, not all environments may find them suitable.

Other counter options against rogue drone operations include laser systems. Laser systems will disrupt the completion of a drone mission through interference with sensors or communications on the drones. Improper application of a laser system does create serious risks to vision and possible equipment destruction.

Conclusion

It has helped IoT businesses protect assets, guard against data compromise, and assure operational resiliency by confronting the risks of rogue drone flights. With the adoption of drones growing steadily, an IoT business needs to stay updated on the latest kinds of threats in order to build effective countermeasures.

The post Drone Threats to IoT Security: Dealing with the Growing Concern appeared first on IoT Business News.

The Internet of Things (IoT) has emerged as one of the most transformative technologies in recent years, influencing various industries, including manufacturing, healthcare, and retail. In this article, we explore how IoT can benefit the gambling industry, specifically within the iGaming sector, which encompasses legally permitted, fully licensed and regulated real money online gambling websites.

Before delving into the potential impact of IoT on this sector, it is essential to define IoT thoroughly for those unfamiliar with the concept.

What is the Internet of Things (IoT)?

The Internet of Things refers to a vast network of physical devices embedded with sensors, software, and other technologies, all interconnected through the internet. These devices, ranging from smartphones and smartwatches to more complex systems like connected cars or industrial machinery, collect and exchange data. Through real-time data processing and communication, IoT devices enable seamless interaction between the physical and digital worlds, creating a more integrated technological ecosystem.

In simpler terms, IoT represents the convergence of various devices—equipped with advanced computing power, networking capabilities, and sensors—communicating and sharing data across a unified network. These devices not only collect vast amounts of data but also analyze it to trigger automated actions, improving efficiency, security, and user experience.

Key Technologies Enabling IoT

Several technological advancements have contributed to making IoT a reality. These include:

Cloud computing: Offering scalable storage and data processing, cloud platforms are essential for managing the enormous amounts of information collected by IoT devices.
Machine Learning (ML) and Artificial Intelligence (AI): These tools analyze data gathered by IoT systems, allowing for predictive analytics, automation, and personalized user experiences.
Big Data Analytics: The ability to handle and derive insights from massive datasets ensures IoT systems can offer actionable insights, leading to more intelligent decision-making.
Connectivity: With the proliferation of Wi-Fi, 5G, and other wireless communication technologies, IoT devices can maintain seamless connectivity and efficient data transmission.
Low-power Sensors: These sensors allow devices to operate longer without significant energy consumption, making them more efficient and affordable for wide-scale deployment.

Devices that have helped bring the IoT to life include wearables, VR (Virtual Reality) and MR (Mixed Reality) headsets, smart home devices, and digital personal assistants like Amazon Alexa, Google Assistant, and Apple’s Siri. Examples include the Meta Quest 3 (VR/MR), Apple Vision Pro (AR/MR), and Ray-Ban Meta Wayfarer Smart Glasses.

How Can the IoT Shape the Future of the Gambling Industry?

The gambling industry, particularly the iGaming sector, stands to gain immensely from the integration of IoT. The future of online gambling is poised to become far more immersive and interactive due to this technology, fundamentally reshaping how users engage with digital platforms.

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One key aspect is the use of IoT-enabled devices such as VR, AR, and MR headsets. These technologies could revolutionize how players experience online casinos. For instance, IoT devices could allow users to participate in a fully immersive environment, virtually interacting with live dealers and other players in real time. Imagine playing blackjack or roulette in a virtual casino from the comfort of your own home, with the look and feel of being in a physical space—this is the potential that IoT can unlock.

Additionally, IoT could enhance personalization by enabling operators to leverage data gathered from connected devices. By monitoring player behavior non-intrusively, AI-powered systems can provide more relevant game suggestions, promotional offers, and bonuses tailored to individual preferences. This would make the gaming experience not only more enjoyable but also more personalized than ever before.

The integration of IoT will also introduce innovative features, such as voice-activated betting and gesture-based navigation, further simplifying user interactions with platforms. As IoT evolves, so too will the safety and security of gambling sites. Enhanced cybersecurity protocols, such as SSL encryption, Two-Factor Authentication (2FA), and Multi-Factor Authentication (MFA), will offer players greater protection, ensuring that their personal and financial data remain secure.

Conclusion

The continued development of the Internet of Things promises to significantly impact the iGaming industry. By integrating IoT devices and leveraging the vast amounts of data they produce, gambling operators can offer a more immersive, secure, and personalized experience. In the future, players may no longer need to visit a brick-and-mortar casino to enjoy a high-quality, realistic gaming experience. Instead, IoT-enabled technologies will bring the thrill of the casino directly into their homes, all while ensuring the highest standards of security and user satisfaction.

As IoT progresses, the gambling industry will undoubtedly witness exciting innovations that will redefine digital entertainment, pushing the boundaries of what’s possible.

The post Can the IoT Benefit the Gambling Industry? appeared first on IoT Business News.

IoT applications are rapidly expanding, transforming industries and improving daily life. PCBA quality and efficiency are crucial for IoT device performance and reliability.

PCBONLINE is a top IoT PCBA maker with deep expertise and offers tailored services. This blog highlights their experience and benefits in PCBA manufacturing, based on their IoT system and MCU sourcing blogs.

Understanding the Role of PCBA in IoT

Before diving into PCBONLINE’s offerings, it’s essential to understand the role of PCBA in IoT devices.

A PCBA is a PCB with electronic components soldered and software installed onto it.

For IoT devices, which often require high reliability, miniaturization, and complex functionality, the PCBA must meet rigorous standards of quality and performance.

In IoT applications, PCBA serves as the backbone that supports various functionalities, including:

Communication: Ensuring reliable wireless communication protocols such as Wi-Fi, Bluetooth, and LoRa.
Processing: Integrating microcontrollers (MCUs) and processors that handle data processing and decision-making.
Sensing and Actuation: Supporting sensors and actuators that collect data and perform actions based on the data.

The success of an IoT device hinges on the quality of its PCBA. This is where PCBONLINE excels, offering tailored solutions that address the unique challenges of IoT applications.

PCBONLINE: Pioneering Excellence in IoT PCBA Manufacturing

PCBONLINE is a renowned PCBA manufacturer with years of experience in IoT technology. Their expertise is evident in their work on various IoT projects, as showcased in their blog, “IoT System Applications and How to Build.” This blog provides valuable insights into their capabilities and the types of IoT applications they’ve successfully supported.

1. Smart Home Systems

Smart home systems are one of the most popular applications of IoT technology, offering automation and control over various household devices. PCBONLINE has demonstrated its proficiency in developing PCBs for smart home applications, focusing on:

Integration: Combining multiple communication protocols and sensors to create a seamless smart home experience.
Reliability: Ensuring that the PCBs can operate continuously and reliably in diverse home environments.
User Experience: Designing PCBs that support intuitive and user-friendly interfaces for smart home control.

PCBONLINE specializes in PCBs for smart lighting systems, smart thermostats, home security devices, etc., ensuring seamless integration and operation of components and communication modules.

2. Industrial IoT Solutions

Industrial IoT (IIoT) is transforming manufacturing and other industrial sectors by enabling real-time monitoring and automation. PCBONLINE’s expertise extends to creating robust and durable PCBs for industrial applications, addressing challenges such as:

Harsh Environments: Designing PCBs that can withstand extreme temperatures, vibrations, and other harsh conditions found in industrial settings.
Connectivity: Integrating long-range communication modules for remote monitoring and control.
Scalability: Supporting large-scale deployments with consistent performance and reliability.

PCBONLINE has been involved in projects such as industrial inverters, automated machinery controls, and predictive maintenance systems. Their focus on durability and reliability makes them a valuable partner for IIoT solutions.

3. Wearable Technology

Wearable technology represents a rapidly growing sector of IoT, where miniaturization and precision are crucial. PCBONLINE’s experience in this area includes:

Miniaturization: Creating compact PCBs that fit into small wearable devices without compromising performance.
Power Efficiency: Designing PCBs that optimize power consumption to extend battery life.
Accuracy: Integrating sensors and components with high precision to ensure accurate data collection and user interaction.

From fitness trackers to AR glasses, PCBONLINE has successfully developed PCBs for various wearable devices, demonstrating their ability to meet the unique requirements of this sector.

Comprehensive MCU Sourcing and Integration

The choice of microcontrollers (MCUs) is a critical factor in the performance of IoT devices. MCUs serve as the brains of IoT devices, handling tasks such as data processing, communication, and control. PCBONLINE’s blog, “Components of IoT,” highlights their approach to sourcing and integrating MCUs for various IoT applications.

1. Espressif MCUs

Espressif’s MCUs, such as the ESP32 and ESP8266, are renowned for their robust Wi-Fi and Bluetooth capabilities. PCBONLINE utilizes these MCUs for applications requiring seamless wireless communication and high processing power.

The advantages of Espressif MCUs include:

Integrated Connectivity: Built-in Wi-Fi and Bluetooth modules simplify design and reduce the need for additional components.
High Performance: Powerful processors capable of handling complex tasks and algorithms.
Cost-Effectiveness: Competitive pricing without compromising performance.

PCBONLINE has successfully used Espressif MCUs in smart home systems, wearable technology, and other applications that require reliable wireless communication.

2. Quectel Modules

For applications requiring long-range communication, PCBONLINE incorporates Quectel’s LoRa modules. Quectel modules, such as the KG200Z, offer several advantages:

Extended Range: LoRa technology enables communication over long distances, making it suitable for applications like smart metering and agricultural monitoring.
Low Power Consumption: Efficient power usage allows for battery-powered devices with long operational lifetimes.
Scalability: Support for large-scale deployments with reliable connectivity.

PCBONLINE has used Quectel modules in various IoT projects where long-range communication is essential.

3. Neoway and Fibocom Modules

Neoway’s 4G LTE modules and Fibocom’s 5G modules are also part of PCBONLINE’s MCU sourcing strategy. These modules provide high-speed data transmission and are crucial for applications requiring fast and reliable connectivity. Key benefits include:

High-Speed Data Transfer: Support for high-bandwidth applications and real-time data communication.
Future-Proofing: Compatibility with emerging 5G networks for future-proofing IoT devices.
Global Coverage: Support for various network bands and regions.

PCBONLINE’s use of Neoway and Fibocom modules enhances their ability to deliver high-performance solutions for a wide range of IoT applications.

PCBONLINE’s Comprehensive IoT PCBA Service Offering

PCBONLINE’s commitment to delivering high-quality PCBA services is reflected in their comprehensive service offering. They provide comprehensive PCBA solutions, tailored to client needs.

1. R&D and Design for Manufacturing (DFM)

PCBONLINE offers research and development (R&D) and design for manufacturing (DFM) support to optimize designs for manufacturability, cost-efficiency, and performance. Their services include:

Design Optimization: Enhancing PCB designs to improve performance and reduce manufacturing costs.
Prototyping: Creating prototypes to validate designs and identify potential issues before mass production.
Engineering Support: Providing expert guidance and recommendations to refine designs and ensure successful manufacturing.

2. PCB Fabrication and Assembly

PCBONLINE’s advanced manufacturing facilities and skilled team handle all aspects of PCB fabrication and assembly. Their capabilities include:

Custom PCB Fabrication: Tailoring PCB designs to meet specific project requirements, including size, shape, and layer count.
Surface Mount Technology (SMT): Precision assembly of surface-mounted components for compact and high-density designs.
Through-Hole Assembly: Assembly of through-hole components for applications requiring robust connections.

3. Component Sourcing

PCBONLINE sources high-quality components from leading manufacturers, ensuring reliable PCBA performance. Their extensive network guarantees that every board meets required standards. Sourcing includes:

Quality Assurance: Rigorous testing and validation of components to ensure reliability and performance.
Cost Management: Competitive pricing and cost-effective sourcing strategies to optimize project budgets.
Supply Chain Management: Efficient management of the supply chain to minimize delays and disruptions.

4. Testing and Quality Assurance

Ensuring the quality and reliability of PCBs is a top priority for PCBONLINE. Their testing and quality assurance processes include:

Functional Testing: Verifying that each PCBA performs its intended functions correctly.
Environmental Testing: Assessing performance under various environmental conditions, such as temperature and humidity.
Compliance Testing: Ensuring that PCBs meet industry standards and regulations, such as RoHS and CE.

5. Mass Production and Box-Build Assembly

PCBONLINE supports clients through the entire production process, from prototype to mass production. Their services include:

Mass Production: Scaling up from prototype to full production with consistent quality and efficiency.
Box-Build Assembly: Assembling complete IoT devices, including integration of PCBs with enclosures and other components.
Logistics and Distribution: Managing logistics and distribution to ensure timely delivery of finished products.

Case Studies: PCBONLINE’s Impact on IoT Projects

To illustrate PCBONLINE’s impact on IoT projects, let’s explore a few case studies showcasing their expertise in action.

1. Smart Home Lighting System

PCBONLINE was tasked with developing PCBs for a smart home lighting system that integrates with a mobile app for remote control. Key challenges included:

Integration: Combining Wi-Fi communication with light control circuits.
Reliability: Ensuring consistent performance in various home environments.
User Experience: Designing a user-friendly interface for easy control and customization.

PCBONLINE’s solution involved using Espressif’s ESP32 MCU for wireless communication and designing a compact PCB with integrated control circuits. The result was a highly reliable smart lighting system that enhances user convenience and control.

2. Industrial Sensor Network

For an industrial IoT application involving a network of sensors for monitoring machinery, PCBONLINE provided a comprehensive PCBA solution. Challenges included:

Durability: Designing PCBs that can withstand harsh industrial conditions.
Connectivity: Integrating long-range communication modules for remote monitoring.
Scalability: Supporting a large number of sensors in a single network.

PCBONLINE used Quectel’s LoRa modules for long-range communication and designed robust PCBs with protective enclosures. The result was a reliable and scalable sensor network that improves industrial automation and efficiency.

3. AI Camera

PCBONLINE developed PCBs for a AI Camera that monitors the environments and communicates with a mobile app. Key challenges included:

Miniaturization: Designing compact PCBs to fit into a small wearable device.
Power Efficiency: Optimizing power consumption to extend battery life.
Accuracy: Ensuring accurate data collection from sensors.

PCBONLINE’s solution involved using Espressif’s ESP32 MCU and designing a compact, power-efficient PCB with integrated sensors. The AI camera provides accurate and reliable security for users.

Conclusion

PCBONLINE excels in producing IoT PCBs, offering a comprehensive service for diverse applications. Their expertise ensures high-quality products tailored to client needs.
With PCBONLINE as your PCBA partner, you can unlock the full potential of your IoT projects and drive innovation in the ever-expanding world of connected technology.

The post Elevating IoT Solutions with PCBONLINE: Expert PCBA Manufacturing appeared first on IoT Business News.