New quantum-based navigation system 50 times more accurate than traditional GPS

A research team from Q-CTRL, a quantum infrastructure software company based in Sydney, Australia, has unveiled a breakthrough in navigation technology with the successful demonstration of its new quantum navigation system, Ironstone Opal.

In a recently published paper on the arXiv preprint server, the team outlines the inner workings of the system and details how it performed in comparison to existing GPS backup solutions.

As modern society—both civilian and military—becomes increasingly dependent on GPS for navigation, concerns have grown about the system’s vulnerability. Disruptions can result in everything from grounded vehicles to compromised military operations. In response, researchers worldwide have been racing to develop more resilient alternatives or backups to GPS.

Q-CTRL’s new solution offers a compelling answer. According to the team, Ironstone Opal is capable of delivering navigation accuracy up to 50 times greater than the best current backup systems under certain conditions. This advancement marks a significant step forward in ensuring reliable navigation in environments where GPS may be degraded or unavailable.

Global RFID Access Card market is projected to witness significant growth

The growing need for safe and effective access control systems in industries like corporate offices, healthcare, education, and transportation is propelling the market for RFID access cards. These cards improve security and convenience by providing a contactless, quick, and dependable way to manage access and verify identification. RFID technologies are being incorporated into building management systems more frequently as businesses place a greater emphasis on automation and digital transformation. Adoption is also being fueled by the move to smart infrastructure and rising worries about data security and illegal access. Additionally, the usefulness of RFID access systems is growing due to technology developments like multi-frequency cards and smartphone integration, which are facilitating market expansion in both developed and emerging nations.

The increasing demand for safe, contactless access control in settings where speed, cleanliness, and safety are crucial is one of the main factors propelling the RFID access card industry. The need for RFID-based solutions has increased due to the growing use of smart building technologies in public spaces, office buildings, and apartment complexes. Better data tracking, improved user identification, and smooth connection with other digital platforms such as visitor logging and time management are all features offered by these systems. Institutions are also switching from traditional keys and magnetic stripe cards to RFID equivalents due to the increase in security risks and the requirement for trustworthy, impenetrable access credentials. The industry is also growing as a result of government investments in smart city initiatives and the expansion of infrastructure in developing nations. RFID cards are becoming a more popular option for contemporary access control requirements thanks to improved capabilities including encryption, mobile compatibility, and the capacity to handle extensive access permissions.

The growth of the RFID Access Card market is driven by several key factors, including technological advancements, increasing consumer demand, and supportive regulatory policies. Innovations in product development and manufacturing processes are enhancing efficiency, improving performance, and reducing costs, making RFID Access Card more accessible to a wider range of industries. Rising awareness about the benefits of RFID Access Card, coupled with expanding applications across sectors such as healthcare, automotive, and electronics, is further accelerating market expansion. Additionally, the integration of digital technologies, such as AI and IoT, is optimizing operational workflows and enhancing product capabilities. Government initiatives promoting sustainable solutions and industry-standard regulations are also playing a crucial role in market growth. The increasing investment in research and development by key market players is fostering new product innovations and expanding market opportunities. Overall, these factors collectively contribute to the steady rise of the RFID Access Card market, making it a lucrative industry for future investments.

The RFID Access Card market faces several challenges and restraints that could impact its growth trajectory. High initial investment costs pose a significant barrier, particularly for small and medium-sized enterprises looking to enter the industry. Regulatory complexities and stringent compliance requirements add another layer of difficulty, as companies must navigate evolving policies and standards. Additionally, supply chain disruptions, including raw material shortages and logistical constraints, can hinder market expansion and lead to increased operational costs.

Market saturation in developed regions also presents a challenge, forcing businesses to explore emerging markets where infrastructure and consumer awareness may be lacking. Intense competition among key players further pressures profit margins, making it crucial for companies to differentiate through innovation and strategic partnerships. Economic fluctuations, geopolitical instability, and changing consumer preferences add to the uncertainty, requiring businesses to adopt agile strategies to sustain long-term growth in the evolving RFID Access Card market.

The RFID Access Card market is evolving rapidly, driven by emerging trends that are reshaping industry dynamics. One key trend is the integration of advanced digital technologies such as artificial intelligence, automation, and IoT, which enhance efficiency, performance, and user experience. Sustainability is another major focus, with companies shifting toward eco-friendly materials and processes to meet growing environmental regulations and consumer demand for greener solutions. Additionally, the rise of personalized and customized offerings is gaining momentum, as businesses strive to cater to specific consumer preferences and industry requirements. Investments in research and development are accelerating, leading to continuous innovation and the introduction of high-performance products. The market is also witnessing a surge in strategic collaborations, partnerships, and acquisitions, as companies aim to expand their geographical footprint and technological capabilities. As these trends continue to evolve, they are expected to drive the market's long-term growth and competitiveness in a dynamic global landscape.

GS1 Barcodes Have Made Patients Safer for 20 Years

Twenty years ago, GS1 expanded barcode technology into healthcare, revolutionising how medical products are tracked and identified and extending its use to standardise the identification of patients, locations, assets, and more. Originally launched in the retail sector in the 1970s, the barcode has simplified processes and enhanced efficiency across the healthcare industry.

Over the past two decades, GS1 barcodes have transformed healthcare systems, creating a ripple effect that ultimately benefits patients worldwide.

GS1 barcodes have become indispensable in global healthcare supply chains. From giving time back to patient care by streamlining inventory management, to enabling unique identification of medicines and medical devices, these barcodes have laid the foundations for safer, smarter care.

Regulators rely on GS1 standards to ensure globally harmonised traceability of medical products. Today, the GS1 DataMatrix barcode is recommended or mandated in healthcare regulations across more than 70 countries. With over 16.5 billion medicine packs in the U.S. and EU alone carrying GS1 DataMatrix barcodes annually, the system has become a cornerstone of global healthcare.

Barcodes in healthcare are making a difference for millions globally. In the UK for instance, a report commissioned by the Scan4safety initiative found that the use of GS1 barcodes led to a 76% reduction in medical errors, eliminating mistakes related to the wrong patient, drug, or dosage.

Scanning GS1 DataMatrix barcodes allows healthcare professionals to verify the correct medication, dose, and patient in real time. In operating rooms, barcodes help track surgical instruments, so all tools are sterilised and accounted for before and after surgery, reducing risks for patients.

Zebra Technologies Selects Ruder Finn as Agency of Record for the Americas

Zebra Technologies Corporation has appointed Ruder Finn as its PR Agency of Record (AOR) for North America and Latin America following a competitive pitch.

This new relationship is set to elevate Zebra's brand and showcase its transformative impact on critical business workflows and operations, spanning the supply chain journey from the factory to the consumer. Ruder Finn will drive corporate communications strategies and media relations for Zebra in key markets across the Americas, aiming to enhance the company's external communications and amplify its presence in these regions.

The company's renowned RFID technology provides real-time data capture that enhances frontline performance and safety at sports venues, distribution centers and hospitals. Zebra's AI-powered solutions provide retailers with instant insights for better inventory management, supply chain optimization, and improved customer and worker satisfaction.

Ruder Finn is one of the world's largest independent global communications and integrated marketing agencies, leading the industry in AI strategy and implementation. Founded in 1948, Ruder Finn has defined and redefined PR for over 75 years, shaping communications that moves industry-defining brands, companies, and leaders from what's now to what's next. Ruder Finn provides clients with bold strategies based on a global perspective and localized market knowledge that redefine leadership, reimagine the marketplace, and rethink customer experiences. The agency is organized around five core areas of expertise—Healthcare, Technology, Consumer Brand, Leadership and Workplace—with innovative tech incubator RF TechLab providing cutting-edge predictive analytics, AI-powered creative hub RF Studio53 offering breakthrough creative, and specialized teams delivering customer-focused digital engagement. Ruder Finn has offices across four continents including the U.S., Asia, Europe and the Middle East. Wholly owned agencies and offerings within Ruder Finn Group include: Ruder Finn Inc., RF Studio53, RF Engage, Touchdown, Peppercomm, RF Comunicad, Mantis, jacobstahl, Flightpath, Ruder Finn Atteline, Pandan Social, RF Bloom, and Big Sky Communications. For more information visit www.ruderfinn.com.

Stratix Introduces Zebra EM45 RFID Enterprise Mobile

Stratix Corporation is to partner with Zebra Technologies to introduce the Zebra EM45 RFID Enterprise Mobile. This partnership brings together Zebra's industry-leading innovation with Stratix's end-to-end mobility support, helping organizations streamline operations, boost productivity, and stay connected in the field. The all-in-one solution puts the power of Zebra in users' pockets, delivering a device experience that's designed for the consumer, but built for the enterprise.

Designed with the modern workforce in mind, the Zebra EM45 offers a sleek, smartphone-like form factor without compromising durability. Key features include:

    Built-in short-range RFID allowing users to quickly and easily isolate and read multiple RFID tags in a single instance within three to four feet of the device
    50-megapixel (MP) high-performance camera that allows quick and easy barcode readings
    25-hour battery life with quick charging, going from 0% to 50% in under 30 minutes
    Drop and tumble-tested for rugged use

Pozyx Surpasses 100,000 Daily Active Indoor Positioning Trackers

Pozyx, a leader in real-time location systems (RTLS), proudly announces a significant milestone: more than 100,000 indoor positioning trackers are now active each day across industries worldwide. This achievement reflects Pozyx’s commitment to delivering accurate, reliable indoor tracking solutions that drive efficiency and productivity at scale.

Pozyx’s Ultra-Wideband (UWB) tags are renowned for their exceptional accuracy, providing real-time positioning with up to 10 cm precision. Designed for versatility, the tags are used in a wide range of indoor applications, including asset tracking, personnel monitoring, and vehicle management across industrial and logistics environments. Their long battery life and adaptability make them ideal for complex indoor spaces that demand high-precision tracking.

One notable deployment involves large-scale animal tracking, where Pozyx’s technology is used to monitor the behavior and health of thousands of cows in controlled indoor environments. This application enhances both animal welfare and reproductive efficiency, showcasing the scalability and dependability of the solution.

In the automotive sector, Pozyx’s RTLS has proven instrumental in optimizing intralogistics within assembly plants. By accurately tracking forklifts and other equipment inside factories, manufacturers have significantly improved traffic management and operational efficiency in dynamic industrial settings.

Additionally, Pozyx technology has been deployed to improve production visibility and workforce tracking in manufacturing environments. By delivering real-time insights into work-in-progress and personnel movement, companies can better manage inventory and production schedules—enhancing competitiveness and responsiveness.

Increasing Integration with Telematics and Fleet Management Systems Driving Long-term Growth

The Global Intelligent Tire for Bus and Truck Market is experiencing rapid growth, driven by advancements in tire technology, increasing fleet efficiency demands, and the integration of IoT and AI-based monitoring solutions. Intelligent tires provide real-time data on tire pressure, temperature, wear, and load conditions, improving vehicle safety, reducing operational costs, and enhancing overall fleet performance.

In 2024, the market is primarily driven by the adoption of fleet management solutions, regulatory mandates for vehicle safety, and increasing fuel costs. Intelligent tires play a crucial role in preventive maintenance and optimizing tire lifespan, reducing downtime for commercial vehicles. The increasing integration of sensor-based monitoring, RFID chips, and AI-driven predictive maintenance is further pushing the adoption of intelligent tires in fleet operations and public transportation.

By 2035, intelligent tires will become standard in commercial vehicles, with advanced sensor technology, cloud connectivity, and real-time vehicle analytics being key features. The development of self-healing and adaptive tires will further enhance safety and durability. The growing shift toward electric and autonomous trucks and buses will also drive the demand for smart tire monitoring systems to ensure optimal traction, energy efficiency, and load management. Additionally, the shift toward green and sustainable tire materials will further shape the future of the market.

Fleet operators are increasingly integrating intelligent tires with telematics and AI-driven fleet management platforms. These systems enable real-time monitoring of tire health, predictive analytics for maintenance scheduling, and automated alerts for pressure and load management. The use of cloud and edge computing is enhancing connectivity between intelligent tires and centralized fleet monitoring systems, improving fuel efficiency and reducing tire-related downtime.

Rising fuel prices and operational costs are pushing fleet owners to invest in intelligent tires to improve fuel efficiency, extend tire lifespan, and optimize vehicle performance. Real-time monitoring and predictive maintenance enable proactive decision-making, reducing unexpected failures and maintenance expenses. Additionally, intelligent tires contribute to safer driving conditions, lowering the risk of accidents due to tire-related failures.

The deployment of intelligent tire systems requires significant upfront costs for sensor integration, IoT connectivity, and predictive analytics software. Additionally, maintenance of sensor-equipped tires can be more expensive than traditional tires. Fleet operators in developing markets may struggle with adoption due to limited budget allocation for digital transformation.

Identiv Appoints Financial Expert Mick Lopez to Board of Directors

Identiv announced the appointment of Mick Lopez to its Board of Directors. Mr. Lopez is a public company board director and former CFO who brings decades of strategic and financial governance expertise to Identiv's Board of Directors. His extensive experience in mergers and acquisitions, coupled with his strong background in corporate governance, will further strengthen the Company's Board.

Mick Lopez currently serves on the Board of Directors of Zeekr Group and GoPro, Inc. From 2020 to 2024, he was CFO at Ribbon Communications, and prior to that was CFO at Vista Outdoor, Veritas Technologies, Harris Corp., and Aricent Group, and held senior financial leadership at Cisco Systems, Tyco and IBM. Mr. Lopez received his MBA degree from The University of Chicago and BSBA from Georgetown University. He is a Certified Public Accountant (retired) in Florida.

As previously announced, the Company is seeking stockholder approval to amend the Company's charter to declassify the Board (the "Declassification Amendment") at the 2025 annual meeting of stockholders. If the Declassification Amendment is approved and effected, the Class II nominees for director who are standing for election at the 2025 annual meeting will be elected for one-year terms, and the Board's classified structure will end at the 2026 annual meeting, at which time all nominees for election as director will stand for one-year terms. If the Declassification Amendment is not approved and effected, the Board will remain classified.

In addition, as part of its ongoing governance review, the Board has approved an amendment to the Company's corporate governance guidelines to provide that if a majority of the votes cast for a director are marked "against" or "withheld" in an uncontested election, the director must promptly tender his or her irrevocable resignation for the Board's consideration.

Barcode Printers and Consumables Market to Reach USD 9.0 billion by 2035

Between 2025 and 2035, the market for barcode printers and consumables is anticipated to grow moderately as a result of the growing adoption of automated identification and data capture (AIDC) technologies in a variety of sectors, including manufacturing, e-commerce, retail, healthcare, and logistics.

The market for barcode printers and consumables was valued at USD 5.1 billion in 2025 and is projected to grow at a compound annual growth rate (CAGR) of 5.8% to reach USD 9.0 billion by 2035.

The growing use of barcodes in the industrial, retail, healthcare, transportation, and supply chain management sectors has significantly increased the need for barcode printers. Barcodes efficiently collect data, manage inventory, and identify products, streamlining company processes, reducing manual mistakes, increasing productivity, and lowering processing costs. The logistics and transportation industries have also widely embraced barcodes for effective inventory management and shipment monitoring.

The need for contactless payment methods and online shopping has also increased, which has accelerated the deployment of barcode technology. Businesses are integrating barcode systems into their operations due to the ease and speed of barcode scanning in retail and online transactions.

To improve patient safety and optimize operations, barcode technology is now being widely utilized in the healthcare sector for patient identification and medication administration. Besides the healthcare sector, the use of barcode technology in professional documents is developing fast these days, making them crucial to current corporate operations.

Around 18.2% of all barcode printer and consumable sales worldwide in 2022 were made in the United States only. The success of market players active in the United States may be linked to their dominance in this sector in other countries.

Between 2025 and 2035, sales of barcode printers and consumables in the United Kingdom market are anticipated to soar at a CAGR of 5.8%.

The rising implementation of barcode technology across many Asia Pacific nations is driving the strong expansion of the regional market for barcode printers and consumables. For instance, China is anticipated to experience year-on-year growth of around 8.2% over the forecast period of 2025 and 2035.

Cellular IoT Gateways Market expected to reach around USD 4.03 billion

The Cellular IoT Gateways Market, valued at approximately USD 2.16 billion in 2023, is expected to reach around USD 4.03 billion by 2032, growing at a CAGR of 7.3% from 2024 to 2032.

Cellular IoT gateways serve as pivotal devices that enable seamless connectivity between Internet of Things (IoT) devices and cellular networks, facilitating efficient data transmission across various applications. The market's growth is significantly driven by the widespread adoption of IoT technologies across sectors such as industrial automation, smart cities, healthcare, transportation, and agriculture. These gateways provide reliable and secure communication, essential for real-time data processing and decision-making. Advancements in cellular technologies, including the rollout of 5G networks, are further enhancing the capabilities of IoT gateways, offering improved speed, reduced latency, and support for a higher number of connected devices.

Regionally, North America is expected to hold a significant share of the market, driven by early adoption of advanced technologies and substantial investments in IoT infrastructure. The Asia Pacific region is projected to witness the highest growth rate, attributed to rapid urbanization, expanding industrial sectors, and favorable government initiatives supporting IoT deployment.

The Cellular IoT Gateways market is experiencing significant growth, driven by the increasing adoption of Internet of Things (IoT) applications across industries such as manufacturing, transportation, and agriculture. As IoT devices proliferate, the demand for reliable, secure, and high-performance gateways that connect these devices to cellular networks is rising. The growing focus on smart cities and smart infrastructure is further boosting the need for efficient cellular connectivity. Technological advancements, including 5G and LPWAN (Low Power Wide Area Network), are enabling faster and more reliable data transmission, thus enhancing the performance of IoT solutions. Additionally, the rise in machine-to-machine communication and remote monitoring applications in sectors like energy and healthcare is contributing to market growth. The growing demand for data security and edge computing is also fueling the adoption of IoT gateways. Altogether, these factors are driving the expansion of the Cellular IoT Gateways market worldwide.

Tageos Opens New Facility in Germany

Tageos has recently launched a new Research and Development facility in Munich, Germany, dedicated to advancing RFID and wireless IoT-based technologies.

Known as the Tageos Innovation Center of Excellence (ICoE), this new facility was established in response to growing customer and market demand for the development of next-generation RFID, HF & NFC, and IoT solutions. As an integral extension of Tageos’ existing R&D capabilities, the ICoE will specialize in key areas such as advanced antenna design for RFID inlays and tags, emerging RF technologies like Bluetooth Low Energy (BLE), and the integration of flexible batteries, sensors, and other innovative components.

In addition to being a hub for technological innovation, the ICoE also offers Engineering-as-a-Service (EaaS) capabilities. This includes comprehensive technical and commercial support for customers and partners worldwide, helping them refine their product requirements, develop prototypes, and bring new solutions to market efficiently.

United States (USA) Smart Manufacturing Market worth $116.48 billion by 2029

The USA smart manufacturing market is projected to grow from USD 52.65 billion in 2024 to USD 116.48 billion by 2029 at a CAGR of 17.2% during the forecast period according to a new report by MarketsandMarkets. Advancements in automation, digitalization, and the focus on operational efficiency drive smart manufacturing in the US. The widespread adoption of smart factories, characterized by connected systems, data-driven decision-making, and autonomous production lines, enhances productivity and competitiveness. Government initiatives and incentives for industrial modernization further accelerate this transition. Additionally, the emphasis on sustainability and energy efficiency has led industries to integrate intelligent energy management systems to optimize resource utilization. The growing demand for high-quality production, real-time monitoring, and predictive maintenance has propelled the adoption of the Industrial Internet of Things (IIoT), artificial intelligence, and cloud computing in manufacturing.

Industry collaborations are playing a crucial role in driving the growth of the smart manufacturing market. For instance, in October 2024, Cognizant partnered with Amazon Web Services (AWS) to enhance smart manufacturing capabilities across various industries, including industrial, automotive, life sciences, and consumer goods. This collaboration focuses on leveraging cloud computing, IoT, and artificial intelligence to optimize manufacturing processes. Similarly, in November 2024, the Clean Energy Smart Manufacturing Innovation Institute (CESMII) joined forces with the National Institute of Standards and Technology's Manufacturing Extension Partnership (NIST MEP) to support small and medium-sized manufacturers adopting smart manufacturing technologies. This partnership aims to improve productivity and enhance competitiveness in the US manufacturing sector by providing education, training, and technology integration.

The US government has been advancing smart manufacturing initiatives to strengthen domestic manufacturing capabilities, enhance energy efficiency, and address climate challenges. Substantial investments have been directed toward accelerating the adoption of smart manufacturing technologies. For instance, in January 2025, the U.S. Department of Energy announced nearly USD 13 million in funding under the Bipartisan Infrastructure Law to support states, state-funded universities, and technical and community colleges. This initiative aims to expand access to smart manufacturing technologies and high-performance computing (HPC) resources for domestic manufacturing firms, fostering innovation and efficiency in the sector. Additionally, in 2024, the U.S. Department of Energy's Advanced Materials and Manufacturing Technologies Office announced a USD 33 million funding opportunity to drive the advancement of smart manufacturing technologies and processes. This initiative aims to support developing and deploying innovative technologies and materials essential for the nation's clean energy transition.

The increasing investment in smart factories in the US is driving the growth of the smart manufacturing industry. Companies across various industries are adopting advanced automation, artificial intelligence, and Internet of Things-enabled solutions to enhance operational efficiency, reduce downtime, and improve production quality. For instance, in 2024, Ericsson announced an additional investment of USD 50 million in its U.S. 5G Smart Factory, following its initial USD 100 million investment in 2020. This facility is a key part of Ericsson's strategy to advance 5G manufacturing capabilities through automation and digitalization. Additionally, the US has several smart factories, including Ericsson's 5G Smart Factory, Siemens' Norwood Factory, Tesla Gigafactories, and Ford's Rouge Electric Vehicle Center.

Beontag and Kumho partner to produce RFID-enabled tires

Beontag has announced a strategic partnership with Kumho Tire. The collaboration will integrate Beontag’s TireTag RFID technology into Kumho’s line of tires for both commercial and consumer vehicles.

This advanced RFID integration allows full traceability of each tire’s lifecycle—from manufacturing at Kumho’s global facilities to final disposal or recycling. The partnership highlights Beontag’s continued innovation in RFID technology, supporting smarter supply chains, enhanced sustainability, and competitive cost efficiency.

Kumho Tire is one of South Korea’s top tire manufacturers, known for producing high-performance tires for electric vehicles (EVs), passenger cars, commercial trucks, and motorsports. The company’s dedication to technological advancement, sustainability, and safety closely aligns with Beontag’s core values.

Following extensive research and development, along with rigorous reliability testing, the RFID-enabled tires have proven their durability—withstanding extreme temperatures, pressure, and prolonged heavy use.

The new TireTag-equipped tires will also meet the upcoming Ecodesign for Sustainable Product Regulations (ESPR), which require Digital Product Passports (DPPs). These regulations are set to apply to tires beginning in 2028 through 2030.

RFID in Healthcare Market Expected to Witness Notable Growth by 2032

The RFID in healthcare market has seen a notable surge in demand, largely driven by the growing need for real-time asset tracking, patient safety improvements, and operational efficiency in healthcare facilities. Radio-frequency identification (RFID) technology enables wireless data exchange, offering enhanced visibility and control across various medical applications.

The primary drivers include the increasing adoption of automation in hospitals, need for better inventory management, and the rising prevalence of chronic diseases. Among the segments, RFID tags lead the market due to their wide application scope. Geographically, North America dominates the market, driven by technological advancements, stringent regulatory mandates, and robust healthcare infrastructure.

The RFID in healthcare market is primarily segmented based on product type, which includes RFID tags, RFID readers, middleware, and printers. Among these, RFID tags dominate the segment, largely because they offer cost-effective solutions for tracking medical equipment, patient movement, and pharmaceutical products. The demand for RFID readers is also growing, especially in automated medicine dispensing systems and electronic health records.

On the basis of end-user, the market is categorized into hospitals, pharmaceutical companies, laboratories, and biotechnology firms. Hospitals represent the largest share due to their extensive application in asset tracking, staff authentication, and surgical tool management. Pharmaceutical companies also show growing adoption, particularly in counterfeit drug prevention and cold chain monitoring.

In North America, the RFID in healthcare market is thriving due to strong regulatory frameworks such as the FDA's Unique Device Identification (UDI) rule, which has accelerated RFID adoption. U.S. hospitals are increasingly integrating RFID into electronic health records for better traceability and care delivery.

Asia-Pacific is expected to register the fastest growth during the forecast period. Countries like China and India are investing heavily in healthcare digitization, and the increasing patient population presents a vast opportunity for RFID deployment across public and private health institutions.

A novel approach for wine anti-counterfeiting using laser-induced graphene chipless RFID tags on cork

New research introduces novel, non-cloneable chipless RFID tags designed for authentication, offering a solution to protect product brands, such as wine, liquor, oil, and other liquid products, from counterfeit practices.

A unique spectral response of the embedded tag, created by depositing various conductive layers, can be achieved by combining its shape and sheet resistance. To accomplish this, a laser-induced graphene (LIG) layer is formed on a cork substrate (used as a graphene precursor), followed by an electroplating process to enhance conductivity.

The research paper presents a prototype scanner, designed to characterize the electromagnetic signature of the tags, compatible variable-sized wine bottles and cork stoppers. Preliminary results obtained with complex logo images demonstrate the feasibility of this technology.

Beontag and Kumho partner to produce RFID-enabled tires

Beontag, a global manufacturer of self-adhesives and smart tags such as RFID, NFC and BLE, has announced a new partnership with Kumho Tire. 

Beontag’s TireTag RFID technology will be integrated into Kumho Tire’s new range of commercial and consumer vehicle tires, marking a significant step toward greater traceability and sustainability in the tire industry.

The RFID-enabled tires allow full traceability across the entire product lifecycle—from production at one of Kumho’s global manufacturing facilities to eventual disposal or recycling. This collaboration stems from Beontag’s innovative leadership in RFID technology, offering advantages in supply chain transparency, sustainability goals, and competitive pricing.

Kumho Tire, a global leader in tire manufacturing and one of South Korea’s top producers of high-performance tires, serves a wide spectrum of vehicles including electric vehicles (EVs), passenger cars, commercial trucks, and racing vehicles. The company’s dedication to cutting-edge technology, safety, and sustainable practices is closely aligned with Beontag’s core values.

Following years of R&D and extensive durability testing by both companies, the new connected tires have proven to be exceptionally robust—engineered to endure extreme temperatures, pressures, and long-term heavy usage.

Importantly, the TireTag-equipped tires will also support compliance with the forthcoming Ecodesign for Sustainable Products Regulation (ESPR), which will require Digital Product Passports (DPPs) for tires starting between 2028 and 2030.

Breakthrough in Personalized Cooling: Dynamic Wind Motion Sensor

The first-ever millimeter-wave radar-powered airflow adjustment system for home cooling, DREO's Dynamic Wind Motion Sensor, detects movement and automatically adjusts airflow in real time, ensuring seamless, hands-free comfort.

This technology is unveiled for the first time in the TurboPoly Fan 707S. Unlike traditional motion-tracking systems, millimeter-wave radar enables precise motion detection without cameras, delivering intelligent, adaptive cooling.

Originally created for commercial air conditioners and automotive systems, this technology is now being adapted for home cooling, with plans for future expansion across DREO's product lineup.

$5.14 Bn Supply Chain Security Markets: IoT Sensors, RFID Tags & Readers, GPS Trackers, Risk Management, Threat Intelligence, Blockchain Solutions, Data Locality

The global supply chain security market size is estimated to grow from USD 2.52 Billion in 2024 to USD 5.14 Billion by 2030 at a compound annual growth rate (CAGR) of 12.6% during the forecast period.

The increasing need for robust, scalable, and cost-effective solutions to address vulnerabilities, ensure transparency, and prevent disruptions is driving the Supply Chain Security Market. The rapid digitalization of supply chains and adoption of cloud-based platforms have further strengthened the requirement for advanced security measures.

Certain challenges prevailing in the market such as high implementation costs, integration complexities, and a lack of awareness, third-party dependencies and limited expertise are overcome by customized solutions, education initiatives, and cost-effective innovation is driving the growth in this market. Higher focus on data visibility, compliance, and risk management ensures that businesses have secure, efficient, and resilient supply chains for the changing landscape of global operations.

The Hardware segment is expected to hold the largest market size in supply chain security during the forecast period. This is because it has a critical role in facilitating physical and digital security solutions. Hardware pieces, such as RFID tags, sensors, IoT gadgets, GPS systems, and biometric systems, present real-time tracking, monitoring, and authentication for any assets to ensure the supply chains' security and integrity. Together these devices are critical in collecting data across multiple touchpoints, increasing visibility, and identifying vulnerabilities.

Additionally, the increasing adoption of IoT and smart tracking in various industrial segments, including logistics and manufacturing and health-care units, boosts the demand for effective hardware systems. It supports the secure handling of commodities in the physical realm and its resistance to counterfeit can curb unapproved access and handle unauthorised changes, and also infrastructure, investment in smart warehouses, along with advanced transportation, pushes forward hardware growth as more end-to-end supply chain activities shift across geographies and continents.

Socket Mobile Enters $27B Handheld Computing Market with iOS-Powered Ruggedized Devices

Socket Mobile announced its entry into the $27 billion mobile handheld computing market with the launch of the XtremeScan iXG and iXS Series, powered by iOS 18.3. The market is projected to grow to $40 billion by 2034, driven by rising demand for mobile solutions in industrial environments.

In response to growing demand, Socket Mobile's new iXG and iXS Series represent a breakthrough in the integration of iOS-powered devices into industrial settings. The iOS operating system offers unparalleled ease of use, robust security features, and a vast ecosystem of applications, making it an ideal platform for Socket Mobile's handheld computing solutions.

"With the XtremeScan iXG and iXS Series, we're combining our most rugged, high-performance scanning technology with one of the world's most widely used mobile devices and operating systems: Apple's iPhone and iOS," said Dave Holmes, Chief Business Officer at Socket Mobile. "This launch empowers industrial customers to deploy fully integrated mobile handheld computers that are intuitive, powerful, and purpose-built for harsh environments. The iXG and iXS Series establish a clear handheld computing choice for industrial users, and we expect these products to drive a positive impact on our revenue by Q4."

The iXG and iXS Series come with a fully integrated, factory-new iPhone 16e. Its powerful performance and user-friendly interface, combined with the XtremeScan's ruggedized design and advanced data capture capabilities, make the new products a perfect fit for industrial users.

With mobile operations accelerating across industries, the XtremeScan iXG and iXS Series represent a pivotal evolution of Socket Mobile's hardware and software portfolio. These devices are designed to serve as full-featured handheld computers, integrating high-performance long-range barcode scanning with the connectivity, app compatibility, and user-friendly interface of the iOS platform. Together, these capabilities empower workers to capture data more accurately, act more decisively, and perform critical tasks with greater speed and confidence.

The new series launches with two models: the compact, handheld iXS963 and the iXG963, which features an ergonomic pistol grip. Both are housed in Socket Mobile's ultra-rugged XtremeScan enclosure, designed to protect the iPhone 16e while withstanding the physical demands of industrial use. They also feature Socket Mobile's longest-range scanning engine to date, capable of reading 1D/2D barcodes at distances up to 46 feet—supporting workflows that require extended reach for high or hard-to-access labels. This combination of military-grade durability and performance unlocks new possibilities for iPhone-based computing in even the harshest environments.

The iXG963 and iXS963 are fully compatible with all existing applications that use the latest version of Socket Mobile's CaptureSDK with Bluetooth Low Energy (BLE) enabled and can be evaluated immediately without any additional work. Application developers who do not yet support Socket Mobile's expansive range of data capture devices can do so with CaptureSDK. CaptureSDK gives app providers reliable and consistent data capture performance, enabling their apps to capture data efficiently in the physical world. By integrating CaptureSDK, app providers can maximize the value of their solution and increase their customer's overall productivity and satisfaction. CaptureSDK-enabled apps allow end-users to interchange any of Socket Mobile's data capture devices, giving them the freedom to choose the best reader for their needs at any given time.   

Ubiik Unveils Maverick 220, the Industry's First High-Power LTE-M/NB-IoT Module for Private LTE and Utility Applications

Ubiik, a leading innovator in private LTE and IoT connectivity, announced the launch of Maverick 220, a groundbreaking LTE-M/NB-IoT module designed specifically for utilities, private LTE (pLTE) networks, and industrial IoT applications. Offering an unprecedented transmit power of up to 28dBm for LTE-M and 30dBm for NB-IoT (Power Class 1), Maverick 220 breaks the industry-standard 23dBm power limitation, dramatically extending the range of LTE-enabled IoT devices.

3GPP defines different power classes for UEs. Traditional commercial networks operate in frequency bands often defined for Power Class 3, or 23dBm (200mW, +-2dB), and this results in these networks being typically uplink-limited – the ability of the device to be heard by the base station is the bottleneck. While this is acceptable for traditional consumer use cases where downlink throughput is the main criteria, most utility and IoT use cases are uplink-dominated. This is why frequency bands specifically introduced for private networks, public safety or utilities like Band 106 are defined to support High Power/Performance UEs (HPUEs) up to Power Class 1, or 28~31dBm.

Committed to continuously bringing relevant innovation to its customers, Ubiik has therefore specifically engineered Maverick 220 to allow private network owners to leverage the full potential of 3GPP technologies. This is particularly relevant when the private network only offers a bandwidth of 5MHz or less (1, 1.4 or 3MHz), which is common with B54, B103 or B106, as such bandwidths do not necessarily allow using the full extent of LTE-M coverage enhancement. As such, Maverick 220 is the first LTE module designed with private LTE networks and industrial IoT in mind.

Barcode Scanner Market Set for Significant Growth

Barcode Scanner Market size was valued at USD 7.86 Billion in 2023 and the total Barcode Scanner revenue is expected to grow at 7.5% through 2024 to 2030, reaching nearly USD 13.05 Billion.

The barcode scanner market plays a critical role in modern retail, logistics, healthcare, and manufacturing industries by enabling efficient tracking, inventory management, and real-time data collection. Barcode scanners are devices designed to read barcodes and convert the encoded information into readable data for backend systems. The widespread use of point-of-sale systems, increasing demand for automation, and the growing e-commerce sector are major contributors to the expansion of this market. With advancements in scanning technology and wireless connectivity, barcode scanners are becoming faster, more accurate, and easier to integrate into business operations.

Several key factors are shaping the barcode scanner market. On the demand side, rapid growth in the retail and logistics industries, along with a surge in online shopping, is driving adoption. Technological advancements such as 2D barcode scanning, image recognition, and integration with mobile devices have increased the functionality and appeal of these devices. Additionally, government mandates for traceability in healthcare and food safety contribute to market growth. However, challenges such as high initial setup costs and the need for ongoing software integration can hinder adoption, especially among small and medium-sized businesses.

The future of the barcode scanner market looks promising, with continuous innovation expected to enhance functionality and user experience. The integration of AI and machine learning into scanning systems is expected to enable smarter data capture and predictive analytics. Moreover, the shift toward cloud-based inventory and asset management systems will further increase the demand for advanced barcode scanning solutions. Emerging trends include the development of wearable and smartphone-based scanners, as well as growing interest in environmentally friendly and durable devices for use in rugged environments.

Over Half of Ireland’s Contactless Payments Now Made via Mobile NFC

Nearly 90% of all card payments in Ireland in 2024 were contactless—and more than half of those were made using NFC-enabled mobile phones, according to the Banking & Payments Federation Ireland (BPFI).

In total, Irish consumers made over 1.5 billion contactless point-of-sale (POS) payments last year, with a combined value of €26.7 billion, covering purchases in shops, restaurants, and other retail settings.

“Contactless payments remain hugely popular with Irish shoppers,” said Gillian Byrne, head of payments at BPFI. “They accounted for almost 90% of all in-store card transactions in 2024, showing just how embedded this method has become in everyday spending.”

NMI, LANDI, ID TECH, TRG, and Paysley Join Forces to Deliver Fully Integrated Mobile Payment Experience

NMI, together with LANDI, ID TECH, TRG, and Paysley announce the launch of an all-in-one mobile point-of-sale (mPOS) solution based on SmartPOS architecture, designed to meet the growing market demand for flexible, fully integrated payments on the go.

The new offering, the LANDI DUET, combines best-in-class hardware, software and fulfilment services into a ready-to-use mPOS solution. The DUET features LANDI’s M20 mobile device paired with ID TECH’s VP3350 card reader. Integrated with the Paysley mobile app, the DUET enables merchants to seamlessly accept payments and print receipts anytime, anywhere using the NMI Gateway. This all-in-one mPOS device compliments the Paysley online ecommerce and Tap to Pay mobile offers, delivering a truly seamless omnichannel experience.

With TRG overseeing assembly and fulfilment, our partners receive a single, ready-to-deploy device, eliminating the need to source or integrate components separately. The DUET offers flexibility, combining traditional hardware-based card acceptance with the power of a mobile app that integrates with the NMI Gateway, giving merchants multiple ways to accept payments based on their business needs.

According to recent industry reports, the global mPOS market is expected to reach $85 billion by 2030, driven by the growing demand for contactless and flexible payment options. Merchants across industries are looking for solutions that help them serve customers beyond the traditional countertop—whether at outdoor markets, in the field, or during events.

Contactless Payments Hit New High in the UK for 2024, Says Barclays

 

Contactless payments reached a record high in the UK in 2024, with 94.6% of eligible in-store card transactions made using the technology, according to Barclays. This marks a rise from 93.4% in 2023.

Consumers also tapped more frequently, averaging 236 contactless transactions over the year, up from 231 in 2023. The average value per transaction increased to £16.10 (US$20.84), compared to £15.69 (US$20.31) the previous year. This led to an average annual contactless spend of £3,803 (US$4,923.10) per person—up from £3,623 (US$4,689.88) in 2023.

Older adults continued to adopt contactless at a growing pace. For the fourth year in a row, those aged 65 and over were the fastest-growing user group, with 84.1% now using the method. Among those aged 61–79, 67% said contactless is easier than chip and PIN.

For purchases over £100, chip and PIN remains the preferred method across age groups, with 78% ranking it among their top choices, followed by cash (29%) and mobile wallets (24%).

However, younger consumers show different preferences: 42% of Gen Z and 33% of millennials favor mobile wallets over cash, which is used by 30% and 27% of each group, respectively.

Globalstar Announces Expansion of Leadership Team

Globalstar announced two new leaders for its terrestrial spectrum and network solutions and wholesale satellite capacity businesses.

The terrestrial spectrum and network solutions business aims to deliver transformative, innovative private wireless network solutions enabled by Globalstar’s XCOM RAN and Band n53 assets. The wholesale satellite capacity business aims to broaden access to Globalstar’s satellite solutions for consumers through strategic wholesale partnerships.

The terrestrial spectrum and network solutions business will be led by Dr. Tamer Kadous, Vice President and General Manager. Kadous brings over two decades of experience in wireless communications, having previously served as Vice President of Wireless Engineering at XCOM Labs and Senior Director of Engineering at Qualcomm. He holds a Ph.D. in wireless communications and is a graduate of the Wharton School's General Management Program.

The wholesale satellite capacity business will be led by Daaman Hejmadi, Vice President and General Manager. Prior to joining Globalstar, Hejmadi held various executive positions, including Vice President of Engineering at Qualcomm, where he revolutionized Qualcomm’s development landscape by transforming the Bangalore design center from a small augmentation team to a roughly 4,000-head engineering powerhouse, contributing roughly $12 billion of revenue. He also served as a corporate vice president at Intel, where he managed 10,000 engineers across 30+ sites to propel the recovery of Intel’s process technology leadership by creating a development platform for their customers and contributing roughly $10 billion of revenue.

Inovar Packaging Acquires ModTek

Inovar Packaging Group has acquired ModTek LLC, a regional prime label producer based in Pennsauken Township, NJ, just outside Philadelphia. The acquisition, which further strengthens Inovar’s position in the Northeast, marks another milestone in Inovar’s growth strategy, representing its 11th platform acquisition.

ModTek specializes in pressure-sensitive and extended content labels, serving industries such as food & beverage, craft beer, wine, and spirits, and consumer durable goods. With advanced flexographic, digital, and hybrid printing capabilities, as well as premium embellishments like hot stamping and embossing, ModTek adds significant capabilities to the Inovar platform, which already includes industry-leading pressure-sensitive, roll-fed, and RFID label solutions.

Shawn Borman, who started ModTek in 2006 alongside his mother, Vicki Wilkinson, and took over sole ownership in 2019, will continue to lead the business in its next phase of growth in partnership with the Inovar team. Key to Shawn in finding the right partner for the future of ModTek was identifying a team that shared his core values.

NFC Forum Seeks Feedback on Digital Product Passport Standard

The NFC Forum has released a candidate specification for its new NFC Digital Product Passport (NDPP) standard, designed to enable existing NFC Forum tags to store and transmit sustainability data alongside their current applications.

The new standard defines a flexible, data-agnostic framework that allows a single NFC tag embedded in a product to store and share both standard and extended Digital Product Passport (DPP) data using common NFC Data Exchange Format (NDEF) records, the NFC Forum explains.

As discussed by industry stakeholders and regulators, the broader DPP architecture is expected to incorporate cloud-based storage systems and connection methods—known as DPP Data Carriers—to link products with these systems.

The new NFC Forum standards enhance NFC technology’s role as a data carrier, offering unique benefits. Unlike other data carrier solutions, these candidate specifications allow both static and dynamic data to be stored on the product itself using non-volatile memory, enabling offline access.

Other key advantages of using NFC for DPP include its compatibility with NFC-enabled smartphones—already widely used for payments and access control—greater product design flexibility, durability, and reliability in harsh environments. Embedding DPP data directly into products also ensures long-term availability and enhances anti-tampering measures.

Smart Card Materials Market to Reach $1.7 Billion, Globally, by 2033

According to a new report, the "smart card materials market" was valued at $1.2 billion in 2023, and is estimated to reach $1.7 billion by 2033, growing at a CAGR of 3.9% from 2024 to 2033.

Growth in banking and financial services, coupled with rise in adoption of smart cards in telecommunications is fueling the growth of the smart card materials market, promoting greater expansion and innovation. However, complex manufacturing processes hinder market growth. In addition, advancements in contactless payment technology present significant opportunities for the market.  

The smart card materials market faces several challenges, including fluctuating raw material costs, security concerns, and evolving technological requirements. The primary materials used, such as polyvinyl chloride (PVC), polycarbonate (PC), and acrylonitrile butadiene styrene (ABS), are subject to price volatility due to supply chain disruptions and environmental regulations. Additionally, increasing cyber threats and data security concerns require continuous innovation in encryption and authentication technologies, raising production costs. The transition towards more durable and eco-friendly materials, such as biodegradable or recycled plastics, also adds to manufacturing complexity. Furthermore, market fragmentation and regional regulatory differences complicate standardization efforts, making it difficult for manufacturers to scale operations efficiently. These factors collectively pose significant hurdles to the growth of the smart card materials market.

To address challenges in the smart card materials market, manufacturers should invest in R&D activities to create cost-effective, durable, and eco-friendly alternatives such as recycled plastics and biodegradable composites. Strengthening supply chain resilience through diversified sourcing and long-term supplier partnerships can mitigate raw material price fluctuations. Implementing advanced encryption and biometric authentication technologies will enhance security while maintaining compliance with evolving global regulations. Standardization efforts across regions can be improved by collaborating with industry associations and regulatory bodies. Additionally, adopting automated and sustainable manufacturing processes can reduce production costs and environmental impact. By integrating these strategies, the industry can overcome market hurdles and ensure consistent growth in the smart card materials sector.

Old Navy Partners with RADAR to Elevate the Customer Experience with Plans for Phased Roll Out of its AI-Powered RFID Technology

RADAR, the technology platform that combines RFID, AI and computer vision technology to track and locate in-store inventory with a high level of accuracy in real-time, announced a partnership with Old Navy, the largest brand in Gap Inc.'s (NYSE: GAP) house of iconic American brands.

Old Navy's multi-year plans include a phased roll out of RADAR's AI-powered RFID technology across its nationwide store fleet to help empower the brand's store associates with real-time inventory information to locate items anywhere in the store and deliver an improved customer experience.

The move is part of Old Navy parent company, Gap Inc.'s ongoing commitment to continuous improvement as it looks to unlock value over time through new capabilities that strengthen its operating rigor and scaled platform.  

As retailers and brands look to operate more efficiently, being able to track and locate every item in every store is critical. RADAR's RFID & AI platform enables leading brands like Old Navy to precisely manage inventory and give store associates the real-time information they need to instantly find products—no matter where they are on the sales floor or in the backroom. The solution empowers employees to not only serve their in-store customers better but also replenish products on the sales floor and fulfill omnichannel orders being picked up in-store more quickly and easily.

RADAR's AI & data-science analytics will also help inform inventory decisions, so companies can stock the right products in the right locations at the right times while minimizing shrinkage, stockouts and overstocks. Hewett continues, "RADAR's platform enables granular measurement of product movement down to the shelf which enables retailers to optimize their floor sets and item locations for more effective sell-through.  This is something that has been happening for decades in eCommerce and RADAR is excited to finally bring the same capabilities to physical stores, with Old Navy at the forefront."

Global market for food traceability is expected to reach $38.5 billion

The global market for food traceability is expected to grow from $23.8 billion in 2024 and is projected to reach $38.5 billion by the end of 2029, at a compound annual growth rate (CAGR) of 10.1% during the forecast period of 2024 to 2029.

The global food traceability market is a rapidly evolving sector driven by the increasing need for transparency, safety and accountability in the food supply chain. With the globalization of food production and distribution, ensuring the authenticity and quality of food products has become paramount. The market is supported by stringent regulatory frameworks, such as the U.S. Food Safety Modernization Act (FSMA) and similar laws in the EU, which mandate robust traceability systems to prevent contamination and ensure compliance. Moreover, rising consumer demand for ethically sourced, organic and non-genetically modified organism (GMO) food products has compelled businesses to invest in advanced traceability technologies to meet these expectations and build trust.

Technological advances, including blockchain, Internet of Things (IoT), radio frequency identification (RFID) and AI, are transforming the industry by enabling real-time monitoring and improved data sharing across complex supply chains. These innovations improve operational efficiency, reduce food waste and ensure that products meet quality and safety standards. The developed markets of North America and Europe lead in adopting advanced traceability solutions, while emerging economies in Asia-Pacific and Latin America are experiencing rapid growth due to rising food safety concerns and regulatory reforms.

Leading companies focus on integrating traceability systems with sustainability initiatives, addressing environmental concerns, and promoting resource efficiency. Challenges such as implementation costs and fragmented supply chains in certain regions persist, but the long-term benefits of improved safety, compliance and consumer loyalty outweigh these hurdles. The global food traceability market has become a vital component of the modern food ecosystem.

Sierra Space Demonstrates Resilient GPS Satellite Technology for National Security-Focused U.S. Space Force Satellite Program

Sierra Space, a leading commercial space company and defense tech prime that is Building a Platform in Space to Benefit Life on Earth and protect economic freedom in the Orbital Age, announced a successful demonstration of the company’s Resilient GPS (R-GPS) technology for the U.S. Space Force (USSF). This major accomplishment, generating all GPS navigation signals required for the R-GPS mission, was achieved in collaboration with General Dynamics Mission Systems. This technology targets the increased need for more resilient GPS systems that protect the United States against adversarial threats like jamming and spoofing of the current GPS infrastructure.

GPS technology plays a crucial role in daily life, supporting everything from civilian services such as smartphone map applications to vital military and defense uses. However, as adversarial threats become more advanced, there is an increasing need for more resilient GPS infrastructure. To address this, the USSF’s Quick Start program is developing concepts for integrating a layer of smaller and more affordable satellites into the existing GPS framework. This R-GPS layer of smaller GPS satellites would be capable of rapid fielding to counter evolving threats. Sierra Space’s expertise in small satellite technology provides a competitive edge in achieving this goal.

In September 2024 Sierra Space announced a “Quick Start” R-GPS contract awarded by the USSF Space Systems Command (SSC) to develop design concepts for smaller, more affordable GPS satellites. Later In 2024, Sierra Space successfully passed an internal Systems Requirements Review. Now, a few short months after the program began, Sierra Space has passed this even larger milestone, providing a positive demonstration of the R-GPS program's technology.

The demonstration focused on the satellite's hardware, firmware, and software that generates 'YMCA' waveforms including P(Y), M-code, and C/A signals at L1 and L2 frequencies. This achievement is a significant step forward in ensuring that the GPS navigation signals generated by R-GPS satellites will be accurate, secure, and compatible with the devices that millions of people use every day.

NFC Forum Publishes Candidate Specification For Sustainability Data Management

NFC Forum, the global standards body for Near Field Communication (NFC) technology, has published its NFC Digital Product Passport (NDPP) Candidate Specification. The new proposal enables NFC Forum tags already in use for other applications to also store sustainability data. The ability for this information to coexist with existing NFC applications lays the foundation for an accessible, interoperable sustainability data management ecosystem that can vastly accelerate the advancement of the circular economy.

Unlike other expected data carrier solutions, these Candidate Specifications allow static and dynamic data to be hosted and accessed offline using non-volatile memory stored on the product itself.

Led by its Board members, including representatives from Apple, Google, Huawei, Identiv, Infineon, NXP, Sony, and ST Microelectronics, the NFC Forum and its community, are working to help product and component manufacturers meet impending global regulatory requirements for green manufacturing began in 2023.

The new NFC Forum Standard defines a flexible, data agnostic framework to allow a single NFC tag embedded in a product to store and transmit both standard and extended DPP data using common NFC Data Exchange Format (NDEF) records. As being discussed by ecosystem stakeholders and regulators, the overall Digital Product Passport architecture is expected to include both cloud-based systems for online data storage and methodologies to connect products to these systems which are known in the industry as DPP Data Carriers. These new standards from the Forum extend the capability of using NFC Forum technologies as data carriers.

Unlike other expected data carrier solutions, these Candidate Specifications allow static and dynamic data to be hosted and accessed offline using non-volatile memory stored on the product itself. Other unique advantages for using NFC Forum technology as a data carrier include, consumers ownership and familiarity NFC-capable handsets for other use cases like payment and access control, product design flexibility, higher durability, and the ability to be read in harsh environments. Additionally, and most critically, by embedding DPP data directly into products, manufactures can ensure the data is available for the life of the product while also providing additional anti-tampering capabilities.

EU Orders Apple to Open iPhone NFC Access to Third-Party Devices

A new ruling by the European Commission will require Apple to grant third-party devices access to a range of iOS connectivity features. This means iPhone users will soon be able to make payments with their choice of NFC-enabled wearables using a stored card, rather than being restricted to Apple Pay.

The decision builds on last year’s agreement between Apple and the EU to allow third-party developers to offer host card emulation-based alternatives to Apple Pay.

According to the European Commission, the ruling will enhance interoperability by enabling device manufacturers and app developers to integrate more seamlessly with iPhones. This includes improved notification display on smartwatches, faster data transfers through peer-to-peer Wi-Fi and NFC, and simplified device pairing.

“As a result, connected devices of all brands will work better on iPhones,” the Commission stated. “Device manufacturers will have new opportunities to bring innovative products to the market, improving the user experience for consumers in Europe.”

The ruling specifies the measures Apple must implement to ensure effective compatibility between iOS and third-party connected devices, covering nine key iOS connectivity features.

Annual Smart Label Device Shipments to Reach Over 30 Million Units in 2029

The total market value for smart label solutions including hardware, software and services is estimated to €11.2 million in 2024. The market value is forecasted to grow at a CAGR of 75% to reach € 181.6 million in 2029.

Smart labels is a new category of tracking devices that is designed to be attached to packages, roll cages, pallets, crates and other small items in logistics. The product category can be seen as a combination of traditional shipping labels and GPS tracking devices. Adding technology to shipping labels is not new. Other technologies such as RFID and Bluetooth have been used for several years. Small-sized GPS trackers using wide area networks used for cargo tracking have also been used for more than a decade.

However, in the past few years, some companies have developed solutions that combine the technologies of GPS tracking devices with the small footprint of a shipping label. The result is smart labels that enable item-level tracking worldwide in near real-time. The definition of a smart label in this report is a shipping label that can easily be attached to a package and incorporates some type of Wireless Wide Area Network (WWAN) technology, e.g. cellular, satellite, Sigfox or LoRaWAN.

Several companies are developing smart label solutions and a handful of companies have already commercially launched products. The leading solution providers reached shipments of tens of thousands of units during 2024. In a few years' time, several solution providers are estimated to reach annual shipments exceeding a million units.

Key players providing smart label solutions based on cellular technology include Israel-based Sensos, UK-based Reelables, Germany-based BOX ID and Giesecke+Devrient, Netherlands-based SODAQ and US-based Moeco, AT&T, Trackonomy Systems, Tag-N-Trac, Roambee and Qualcomm. Companies providing LoRaWAN smart labels include US-based OnAsset Intelligence, Switzerland-based Truvami, China-based RAKwireless and UK-based Trackpac. Japan-based Kyocera and France-based Linxens provide smart labels based on Sigfox technology.

Smart labels represent a major opportunity for technology developers, solution providers, telecom operators and logistics service companies. Hundreds of billions of parcels and other small items in logistics are shipped annually. While the vast majority of these items will not be economically viable to track using smart labels, the potential market for smart labels is already in the millions of units. The number of shipments of smart labels based on cellular, Sigfox or LoRaWAN technology used in logistics worldwide reached 400,000 units in 2024. Since most smart labels are disposable and include a battery that only lasts for a few weeks, the number of devices that are connected and actively transferring data at a particular point in time (i.e. installed base) is significantly lower than the number of shipped labels per year. The number of days or weeks a smart label is in active use also varies depending on the use case, transport distance and other factors. There were an estimated 30,000 simultaneously active smart label units at the end of 2024.

The market is forecasted to grow fast during the next five years as the technology improves and more customers figure out how they can utilise smart labels to streamline their logistics processes. By 2029, annual shipments of smart labels are projected to reach 31.8 million units. This represents a CAGR of 140%.

The number of simultaneously active smart labels is estimated to reach 2.7 million units by the end of 2029. The market value is estimated to € 11.2 million in 2024. This includes revenues generated from the sales of hardware, software and services by smart label solution providers. The market value is forecasted to grow at a CAGR of 75 percent to reach € 181.6 million in 2029.