This sensor, named Arc Embedded, provides security and operations team visibility at the process level of their automation equipment and field assets as well as the ability to analyse and deter process level threats and malicious user activity without impacting current resources or disrupting mission-critical networks.

Nozomi Arc Embedded in Mitsubishi Electric PLCs makes it possible for the first time ever for organisations to monitor east-west activity in order to detect and respond to cyber incidents at the PLC level before they can do harm or escalate across the entire industrial operations environment.

The company claims organisations benefit from greater operational resilience and uptime, reduced cyber risk, and better compliance.

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Nozomi Networks claims Arc Embedded delivers the following:

- Real-time visibility and security from the network endpoint to the manufacturing floor to enhance data integrity, more accurately detect PLC anomalies, and detect unauthorised access (intrusions).

- AI-powered protection to provide continuous monitoring for real-time learning, faster responses to security incidents and more robust detection of known and unknown vulnerabilities.

- Innovative visibility and protection for devices connected to the PLC “backplane” to understand module health and status, normal and abnormal communications patterns, all configuration changes, and firmware integrity.

A PLC is an industrial digital computer designed to automate manufacturing processes, ensuring high reliability and ease of programming.

Widely used across various industries, PLCs enhance operational efficiency by providing real-time processing and control in harsh environments.

Mitsubishi Electric’s MELSEC iQ-R family of PLCs facilitated the development of this new embedded security solution.

“Arc Embedded can transform how CISOs manage and protect critical infrastructure, extending security to and through industrial control systems, down to the field assets they manage,” says Nozomi Networks co-founder and chief product officer Andrea Carcano.

“Mitsubishi Electric is the perfect partner for this initiative, thanks to its passion for innovation and an unmatched understanding of automation,” adds Carcano.

“This is a revolutionary approach that makes it possible to extend in-depth real-time monitoring of assets, network traffic, anomaly detection, and threat identification directly to process controls. Ultimately, it improves the safety, security, and reliability of the automation processes we depend upon and sparks the imagination for what’s possible when advanced security is embedded at the device level.”

“Combining Mitsubishi Electric’s manufacturing-control and information-system security technologies with Nozomi Networks' visualisation and intrusion-detection technologies, allows us both to contribute to a safer, more secure and more sustainable society,” says Mitsubishi Electric representative executive officer and industry and mobility business area owner Kunihiko Kaga.

The PLC market is expected to reach $22 billion by 2030 as more industries embrace and expand their use of automation, driving the need for better control-level cybersecurity. Recent CISA advisories on attempted PLC exploits are a harsh reminder that a related attack could shut down production, or cause a public safety crisis.

Arc Embedded is available now for Mitsubishi Electric iQ-R series PLCs via a subscription-based model, available from Mitsubishi Electric, Nozomi Networks, and an extensive global network of Nozomi Networks channel partners.

Powercast said these sensors integrate into smart home ecosystems (Google Home, Amazon Alexa, Samsung SmartThings) using Matter, install anywhere, eliminated home wiring, won’t require battery maintenance, and keep toxic disposable batteries out of landfills.

Powercast’s Wireless Smart Home Automation Sensor solution is powered by the company’s RF (Radio Frequency) over-the-air (OTA) wireless charging technology.

Manufacturers embedded Powercast’s tiny Powerharvester PCC110 wireless RF receiver chip and a small antenna into the sensors for around $1 at volume, then used a rechargeable battery or none at all.

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Powercast made this move to enable either “battery-free or rechargeable-battery-based sensors to power themselves.

One RF transmitter in a room can power sensors installed up to 25 feet away, so placing one transmitter in each room will create a wireless power network that energises all the RF-enabled sensors throughout the home.

There are also options for RF transmitters, including a licensable reference design that lets manufacturers integrate the electronics needed to convert their household products into Ubiquity RF transmitters for only $5 bill-of-material (BOM) cost.

“Smart home automation sensors exist, but are limited by wires and disposable batteries,” observed Powercast chief operating officer and chief technology officer Charles Greene Ph.D.

“Powercast’s solution for creating sustainable, untethered wireless sensors eliminates ever having to charge, replace or dispose of batteries because the sensors will be wirelessly charged, perpetually powered, and providing 24/7 intelligence with zero downtime.”

Range for OTA RF charging depends on how much power a device consumes; power-hungry devices must be closer to a transmitter while ultra-low-power devices like IoT sensors can work up to 120 feet away.

Home automation sensors are low-power devices and hence good candidates for OTA charging, said Powercast.

Sensor examples include contact (window, door), door lock, temperature, light, humidity, water, motion, and many more.

Powercast’s technology works with the Matter smart home connectivity standard and Thread wireless communication protocol, which ensures interoperability between devices and allows easy integration into industry-standard ecosystems like Google Home, Amazon Alexa, and Samsung SmartThings.

Because Thread uses the IEEE 802.15.4 mesh network which enables communication between devices, Thread-compliant devices inherently use less power, making them great candidates for OTA charging.

To showcase its Best of Sensors finalist technology, Powercast developed a window sensor it will demonstrate at Sensors Converge.

Internal testing on this Powercast-designed, Matter-compliant low-power window sensor showed it can charge up to 25 feet away from the transmitter using the Nordic nRF52840 Thread-complaint microcontroller. At this distance, the battery will never have to be replaced, Powercast claimed.

Nordic Semiconductor collaborated with Powercast on its Matter and Thread-compatible Wireless Smart Home Automation Sensor Technology.

“The Nordic nRF52840 System-on-Chip, in conjunction with the Nordic nRF Connect Software Development Kit uniquely supports concurrent wireless connectivity of multiple protocols. The SoC combines a 64MHz, 32-bit Arm Cortex M4 processor with floating point unit (FPU) and 1MB Flash memory and 256kB RAM, plus a 2.4GHz multiprotocol radio that supports Bluetooth 5, ANT, Thread, Matter, Zigbee, IEEE 802.15.4, and proprietary 2.4GHz RF protocol software,” said Nordic Semiconductor global business development manager Vince Hagen P.E.

The Powerharvester PCC110 receiver chip (in a SC-70 package) operates across a wide RF power (-17 to +20dBm) and frequency (10MHz to 6GHz) range to convert RF to DC with up to 75% efficiency.

“Leveraging extensive experience from mass IoT deployments with leading partners such as Sydney Water, WaterNSW, and Aurizon, Kallipr has meticulously designed the Captis S2 Pulse to meet the intricate demands of large-scale monitoring, setting a new standard for reliability, connectivity, and data integrity,” claims Kallipr.

“Amid challenges like climate change and resource scarcity, the Captis S2 Pulse stands out as an essential tool for sustainable infrastructure management such as sewer level monitoring, commercial metering and proactive water management.”

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According to Kallipr the global industry for data loggers, which surpassed $8 billion USD in 2022, signals a “surging demand for innovative solutions”, with key features of the Captis S2 Pulse including:

• Unmatched Durability: Withstands extreme conditions with an IP68 rating up to 5m, guaranteeing unparalleled data reliability.
• Revolutionary Battery Life: Introduces a world-first, patent-pending 30-second in-field battery replacement, ensuring a lifespan of 20 years.
• Advanced Security and Processing: Incorporates cutting-edge encryption and edge computing with AI and ML, facilitating secure, local data handling and enabling new automation and data provenance opportunities.
• Universal Connectivity: Offers consistent data access via SIM, LoRa, or Satellite, catering to global needs.
• User-Friendly Design: Ensures easy installation, immediate sensor recognition, and mobile app support for a seamless user experience.

Kallipr notes that Captis S2 Pulse, launching as part of Kallipr Series 2 on 6 March, integrates with Kallipr Kloud software, enhancing global infrastructure digitisation through advanced edge computing and machine learning capabilities.

"We are thrilled to introduce the Captis S2 Pulse, a game-changer in remote monitoring technology," said Gerhard Loots, CEO of Kallipr. "With its world-first features and seamless integration within Kallipr Series 2, the Captis S2 Pulse exemplifies our commitment to innovation and excellence."

This innovative approach involves connecting physical devices and sensors to the internet, enabling them to communicate and share data in real time. The integration of IoT in agriculture is revolutionizing traditional farming practices, offering numerous benefits for farmers, crop management, and overall food production.

To support the significance of IoT in agriculture, Forbes emphasizes that the global precision farming market, fueled by IoT technologies, is expected to reach $10.55 billion by 2025, showcasing the rapid growth and potential of these innovations (source: Forbes - Precision Farming Market). Statista provides insights into the increasing adoption of IoT devices in agriculture, predicting that the number of connected devices in smart agriculture will reach 27.4 million by 2025, further emphasizing the transformative impact of IoT on the industry.

The Role of IoT in Agriculture

One of the most compelling aspects of IoT technology is its versatility, with applications spanning various aspects of farm management. From precision agriculture to livestock monitoring, the following are some key areas where IoT solutions are making a significant impact:

Precision Farming: One of the key IoT applications in agriculture is connected with precision farming, a practice that involves using technology to optimize crop yields while minimizing waste. IoT-enabled devices such as soil sensors, drones, and smart tractors collect real-time data on soil conditions, weather patterns, and crop health. This data is then analyzed to create precise and customized strategies for planting, irrigation, and harvesting. By adopting precision farming techniques, farmers can reduce resource wastage, enhance productivity, and ensure sustainable agricultural practices.

Livestock Monitoring: IoT plays a crucial role in livestock management by providing real-time monitoring and tracking capabilities. Smart sensors attached to animals can collect data on their health, location, and behaviour. This information enables farmers to detect signs of illness, optimize feeding schedules, and improve overall herd management. Livestock monitoring using IoT not only enhances animal welfare but also contributes to the efficient utilization of resources, resulting in increased profitability for farmers.

Supply Chain Optimization: IoT applications extend beyond the farm, influencing the entire supply chain. From the moment a crop is harvested to its delivery to consumers, IoT devices track and monitor the produce. This ensures that crops are transported and stored under optimal conditions, reducing spoilage and waste. Supply chain optimization through IoT leads to improved traceability, quality control, and, ultimately, a more sustainable and resilient agricultural ecosystem.

Environmental Monitoring: Sustainable agriculture is a growing concern, and IoT contributes significantly to environmental monitoring and conservation efforts. Sensors placed in the field can measure environmental factors such as soil moisture, air quality, and temperature. This data helps farmers implement eco-friendly practices, reduce water usage, and minimize the environmental impact of farming activities.

Smart Irrigation Systems: IoT-enabled irrigation systems utilize sensors to monitor soil moisture levels and weather conditions, automatically adjusting water flow to optimize irrigation schedules. By precisely delivering water where and when it is needed, smart irrigation systems conserve water resources, reduce energy consumption, and minimize the risk of overwatering or drought stress, promoting sustainable farming practices.

IoT Application in Agriculture

Speaking of IoT applications in agriculture, it's impossible to ignore the profound impact these technologies are having on the industry. From precision farming to supply chain optimization, the possibilities seem endless. Companies like Cogniteq are at the forefront of developing and implementing innovative IoT solutions for agriculture. Their blog explores the top 5 applications of IoT in agriculture, shedding light on the transformative potential of these technologies.

Data-Driven Decision Making

The abundance of data generated by IoT devices in agriculture empowers farmers to make informed decisions. Advanced analytics and machine learning algorithms process the data, offering valuable insights into crop performance, disease detection, and resource optimization. By harnessing the power of data-driven decision-making, farmers can adapt quickly to changing conditions, mitigate risks, and improve overall farm management.

Challenges and Opportunities

While the adoption of IoT in agriculture brings numerous benefits, it is not without its challenges and opportunities. Understanding and addressing these factors are crucial for maximizing the potential of IoT technologies in revolutionizing the agricultural industry.

Initial Investment: One of the primary challenges of implementing IoT in agriculture is the initial investment required. Deploying sensors, drones, and other smart devices can be costly for farmers, especially those with limited resources. Additionally, the infrastructure needed to support IoT systems, such as high-speed internet connectivity, may not be readily available in rural areas. However, the upfront investment can lead to long-term cost savings and increased profitability through improved efficiency and productivity.

Data Security Concerns: With the proliferation of connected devices and the vast amounts of data they generate, data security has become a significant concern. Farmers need assurance that their sensitive agricultural data, including crop yields, soil composition, and financial information, is protected from cyber threats. Collaborations between technology providers and regulatory bodies are essential to establish robust security protocols. Despite these concerns, effective data security measures can build trust among farmers and encourage wider adoption of IoT technologies.

Integration and Compatibility: The agricultural industry is diverse, with different types of farms employing various technologies and equipment. Ensuring seamless integration and compatibility of IoT devices with existing farming equipment can be a challenge. Farmers may face difficulties in adopting IoT solutions if they are not compatible with their current machinery or if the learning curve for implementation is steep. However, companies developing IoT solutions have the opportunity to collaborate with agricultural equipment manufacturers to create interoperable systems that are easier to integrate into existing farm operations.

Education and Training: For farmers to fully harness the potential of IoT, there is a need for education and training programs. Many farmers, especially in developing regions, may not be familiar with the latest technological advancements. Providing accessible and tailored training programs can empower farmers to leverage IoT technologies effectively. Governments, agricultural organizations, and technology providers can collaborate to develop training initiatives that address the specific needs and challenges of farmers in different regions.

Data Overload: The abundance of data generated by IoT devices can be overwhelming, leading to a potential data overload. Farmers need tools and analytics platforms that can efficiently process and interpret the data, providing actionable insights. Without proper data management strategies, the valuable information collected may go underutilized. However, advancements in data analytics and artificial intelligence present opportunities to develop sophisticated algorithms that can extract meaningful insights from large datasets. By leveraging these technologies, farmers can make more informed decisions and optimize their agricultural practices for improved outcomes.

Final Word

As we stand on the cusp of a technological revolution, the integration of IoT in agriculture holds the promise of a more sustainable, efficient, and resilient future for the industry. From precision farming to supply chain optimization and environmental monitoring, the applications of IoT are diverse and impactful. As farmers continue to embrace these technologies, the agricultural landscape is set to undergo a profound transformation, ensuring food security and sustainability for generations to come.

Catalysed by the GSMA SGP.31/32 specifications, eSIM technology is primed for mass adoption, particularly on LPWAN devices.

”The new GSMA SGP.32 eSIM specification was much needed and has been specifically designed for IoT. It offers significant advantages in terms of cost, flexibility and longevity for hardware OEMs, finally beginning to bridge the gap between traditional consumer device provisioning and more traditional IoT devices,” said Omdia practice lead IoT Andrew Brown.

“This will help to accelerate adoption in key industries, not only those that have long desired eSIM standardisation, such as automotive, but in a multitude of others also.”

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It also has been adopted in smartphones and smartwatches. Constraints on power, computing, and end user intervention have stymied the ability of IoT enterprises to take full advantage of this technology, but companies are finding a way to reduce these hurdles as solutions come to market, paving the way for more innovative adoption.

IoT adoption trends such as 5G RedCap, 5G massive IoT, 4G LTE Cat-1bis modules are also driving demand for eSIM.

“eSIM technology has long been seen as an important form factor for IoT devices, but now we are seeing the technology improve in ways that help enterprises provision over-the-air in resource-constrained IoT devices,” said Omdia IoT principal analyst John Canali.

“This will create greater competition between communication service providers (CSPs), as IoT enterprises are less subjected to vendor lock-in by the CSPs and are better positioned to renegotiate connectivity tariffs.”

Omdia surveyed 700 global IoT enterprises in which nearly 90% of respondents planned to adopt eSIM/iSIM technology over the next two years.

Aside from tighter security, IoT enterprises value the benefits of eSIMs to create more complete/reliable networks, manage costs, and to easily comply with local regulations.

Southpaws can rejoice; the reMarkable paper tablet now enhances its palm rejection for left-handed users, in software version 3.9. Palm rejection allows users to comfortably rest their hand on the display while writing or erasing, and now left-handed users will find accidental touches no longer close documents or notebooks when taking notes.

As well, version 3.9 introduces the elegant reMarkable Serif font. This new font, available for titles, makes headlines stand out by striking a contrast with the sans serif font used for subheadings and body text. reMarkable Serif is also available in the mobile and desktop apps, maintaining a consistent and polished appearance across platforms.

Further, version 3.9 cleans up the settings structure on reMarkable. Language settings for the on-screen keyboard, handwriting conversion software, and Type Folio have all been moved under “General settings” for a more streamlined experience. Subtle design updates also make it easier to see which settings are on or off. Tap a toggle, and it will display a checkmark to show that the setting is turned on.

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The reMarkable desktop app is now available in the Mac App Store. Users are encouraged to download it to their Macs to ensure that they keep getting all the latest updates. The Windows version will make a similar shift to the Microsoft Store soon.

The selection tool in the desktop app, added in version 3.8, is even better in version 3.9. Select handwritten notes, then hold Shift to edit the selection. Click and drag again to unselect lines and annotations.

The update is now rolling out to all reMarkable users, and they can access it by following the instructions in the settings menu on their devices and updating the apps.

TopCashBack is a shopping site that helps you combat the cost of living crisis by giving back a percentage of your spend with its partner retailers.

And, right now, for Black Friday, you can an Amazon Echo Pop with that percentage back being nothing short of a whopping 100% ! Yes, you're effectively getting an Amazon Echo Pop for free, with your hard-earned returned to you within 7-14 days.

Note the deal is for new TopCashBack customers, and requires you to follow a specific link - but it's easy as can be.

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Here are the steps.

1. Sign up to TopCashBack via this specific link: www.topcashback.com.au/echopop-n23
2. Once you have signed up, you'll be directed to the specific Amazon Echo Pop promotion page, and you can see the pink 'Get Cashback Now' button. Click it!
3. This will take you to the Amazon website. Purchase an Echo Pop, for $29 - also on sale for Black Friday, from its normal $79 price.
4. After your item has been shipped, your $29 cashback will track in your TopCashBack account.
5. You'll be able to pay it out within 14 days from purchase.

Note the offer is for new TopCashBack customers and can't be used in conjunction with other TopCashBack offers.

This is the most generous Black Friday deal with a brand new gadget running Amazon's Alexa voice assistant, for effectively nix.

The deal runs from now until 26 November 2023.

Low-power networks include NB-IoT (narrowband-IoT) and LTE-M (Long-term evolution for machines), connect devices and sensors over cellular networks.

These are used to monitor environments in industries including smart cities, agriculture, and manufacturing.

This substantial growth of 560% over the next five years will be driven by increased bilateral roaming agreements that cater specifically to these low-power devices.

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However, the report warns that operators are still underprepared to capitalise on this market shift and the significant roaming revenue arising.

Juniper Research said a key challenge is operators’ inefficiency in detecting low-power devices roaming on their networks.

Inability to detect devices means operators could lose potential revenue from the undetected devices.

Due to their low data usage and intermittent connectivity, these devices require constant network monitoring to fully maximise roaming revenue. Therefore, the report recommends that operators partner with vendors who can provide AI-based roaming detection services.

These services will automate the continuous assessment of all roaming connections on their network and identify low-power devices that sporadically roam onto networks.

“Operators must fully leverage the insights gained from AI‑based detection tools to introduce premium billing of roaming connections to further maximise roaming revenue,” remarked research author Alex Webb.

“This must be done by implementing roaming agreements that price roaming connectivity on network resources used and time connected to the network.”

Samsung will supply its appliances for Brobyholm residences and provided SmartThings Energy so users can control their energy use.

Appliances include refrigerators, ovens, dishwashers, washers, and dryers. Samsung says these will all sync to SmartThings Energy to control monitor, and save energy.

“Our goal is to create seamless connectivity that helps consumers easily manage their homes and save energy at the same time,” said Samsung executive vice president and head of the service biz group digital appliances business Chan Woo Park.

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Together with photovoltaics (PV) energy production & energy storage system (ESS) which is currently under development by real estate company S. Property Group, each home will aim to maximise energy efficiency.

Building on its partnership with ABB in 2022, Samsung will integrate SmartThings Energy with ABB’s automation solution ABB-free@home.

Homes in Brobyholm will be capable of connecting appliances and devices to a centralised system that automatically energy, time, and cost.

And with just a few simple clicks on the SmartThings mobile application, homeowners will have access and control over the energy consumption within their homes.

The smart home opened as a model home for visitors and future residents of Brobyholm last 9 November.

Upon completion of the first 500 homes in 2025, more smart and energy efficient homes are expected to fill up the development.

S. Property Group plans to expand them at Brobyholm by up to 2000 homes by 2028.

Juniper Research emphasised the importance of deploying traffic analysis and systems at the earliest stage of city planning to avoid costly retrofits at a later point given the nature and impact of traffic flow on a city’s infrastructure.

“Cities need to avoid solutions that will likely become obsolete quickly, or result in vendor lock-in. By opening their process to a wide pool of vendors and developers, cities will encourage innovation and interest from a variety of stakeholders, partners, and developers,” Juniper Research author Cara Malone advised.

The research urges vendors to consider developing customised smart traffic management systems for cities in emerging regions to reduce congestion.

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Smart traffic management reduces congestion. Juniper Research forecasts savings of seven billion hours through smart traffic management solutions globally by 2028, with developed regions making up 75% of this.

Juniper Research however warned the concerns surrounding the implementation of these solutions.

“Driving rules and regulations in developing regions can be very different, with the level of technological infrastructure also not being equivalent. As such, vendors must create scalable solutions that can be customised for local circumstances,” it cautioned.