Google Wallet Arrives in Bangladesh

On June 24, 2025, Google officially launched Google Wallet — commonly branded as Google Pay for payments — in Bangladesh, in partnership with City Bank, Mastercard, and Visa. 

City Bank customers can now securely add their Mastercard or Visa debit/credit cards to Google Wallet and make contactless payments simply by tapping their Android devices at compatible POS terminals — both locally and internationally.

Transactions use advanced encryption, and small purchases may not require a PIN, enhancing speed and user experience.

MadeInUSA.com Debunks Misleading Beliefs About Product Origin

As interest in American manufacturing continues to rise, a widely shared myth is steering well-meaning consumers in the wrong direction: the belief that a product’s barcode can confirm whether it was made in the USA. MadeInUSA.com, the nation's premier marketplace for verified American-made products, is correcting the record.

Most products in the U.S. carry UPC barcodes issued by GS1, a global nonprofit. The first digits of these codes—known as the prefix—indicate where the barcode was registered, not where the product was made, assembled, or shipped from.

Some international sellers exploit this confusion. On platforms such as AliExpress, foreign-made products often carry barcodes registered in the United States, creating the illusion of domestic origin. “It creates a false sense of patriotism,” Buckner explained. “Buyers see a U.S. prefix and assume the product is American-made, when in reality it may have been produced entirely overseas.”

At the same time, many U.S.-manufactured products—particularly from private-label or multinational brands—use barcodes registered in other countries for logistical reasons, despite being made in the USA. This contradiction highlights the unreliability of barcode numbers for determining origin.

The only dependable indicator of origin is the product’s country-of-origin label—regulated by the Federal Trade Commission (FTC). To carry a “Made in USA” label, a product must be “all or virtually all” made in the United States, including sourcing, labor, and final assembly.

SuperCom Wins New Contract Valued at up to $2.5 million in North California

SuperCom, a global provider of secure solutions for the e-Government, IoT, and Cybersecurity sectors, announced that its wholly-owned subsidiary, Leaders in Community Alternatives (LCA), has been awarded a new contract in Northern California to provide justice-involved individuals with reentry services. The contract is valued at up to $2.5 million over a five-year period consisting of a three-year initial term and two optional one-year extensions.

This win follows a formal competitive bid administered by the county, reaffirming the county's confidence in LCA's ability to deliver high-quality services that reduce recidivism and promote community safety. LCA has provided services in this county for many years, including electronic monitoring services and a variety of reentry service programs. 

Under the contract, LCA will deliver reentry programming as a community-based alternative to incarceration, providing services such as case management, employment support, and behavioral health referrals. These services are designed to promote stability, accountability, and long-term success for participants. The contract reinforces SuperCom's reputation as a trusted provider of public safety solutions in California and across the nation.

Automotive Digital Key Industry Trend Report 2025: UWB, NearLink, and Bluetooth 6.0 Emerge as Future Digital Key Leaders

The digital key market is experiencing significant growth, with emerging technologies poised to transform the landscape. Predictions indicate that the digital key installation rate in China's passenger car market will climb from 47.5% in 2024 to over 80% by 2030, highlighting an upward trend driven by advanced technology integration.

In the competitive arena, emerging automotive brands lead with an impressive digital key installation rate of 89% in 2024, up by 8.1 percentage points from the previous year. Among these brands, 60% have implemented digital keys across all vehicle models.

Key suppliers in this segment include YF Tech, Pektron, Gosuncn, UAES, and Kostal, collectively holding a 66.7% market share. Notably, YF Tech commands the market with a 27.5% share, supported by partnerships with the Harmony Intelligent Mobility Alliance brands like AITO and LUXEED.

From a technological viewpoint, three main players are emerging: UWB, NearLink, and Bluetooth 6.0. Each presents unique advantages and challenges:

UWB Growth: This technology saw a 354.6% year-on-year increase in installations in 2024. Brands like NIO, Zeekr, and BMW have adopted UWB, capitalizing on its high-precision location features for features like automated parking and in-cabin monitoring. Sensor multiplexing with UWB enhances capabilities, enabling functionalities like child presence detection and intelligent vehicle access.

Emerging NearLink: NearLink offers improvements in accuracy and stability, minimizing traditional digital key issues such as door locking malfunctions. YF Tech, in collaboration with Shanghai HiSilicon, developed the world's first NearLink standard digital car key, now in mass production. This solution supports seamless locking, unlocking, key sharing, and over-the-air updates, promising broad adoption over the coming years.
Promising Bluetooth 6.0: Launched by the Bluetooth Technology Alliance in 2024, Bluetooth 6.0 features Channel Sounding for high-precision positioning. This technology combines Phase-Based Ranging and Round-Trip Time to significantly enhance digital key accuracy. Set for implementation between 2026 and 2027, Bluetooth 6.0 could bolster the robustness of digital keys.

Looking ahead, the fusion solution of BLE+NFC is expected to dominate the market due to its cost-effectiveness. While standalone NFC may see limited growth, solutions integrating UWB offer broader applications, including liveness detection and smart access functionality. NearLink and Bluetooth 6.0's entrance further diversifies the technology ecosystem, indicating a transformative decade for digital key technology.

Omron Launches VHV5 Ultra-High Performance Barcode Reader

Omron Automation Americas introduces the VHV5 Ultra-High Performance Barcode Reader. This advanced fixed mount reader is designed to read barcodes with ease, making it ideal for challenging direct part marks and high speed packaging lines. The VHV5 features Automated Intelligent Setup, which simplifies the setup process and ensures optimal performance without the need for specialized expertise.

The VHV5 is a versatile solution for the automotive and mobility industry, offering superior direct part mark and label reading with grading capabilities. It is equally well-suited for food and consumer packaging, excelling in high-speed label and package reading with inline barcode grading. The VHV5's performance and user-friendly design provide sufficient capability for automated logistics and package handling.

Track and Trace Solutions Market worth US$12.27 billion by 2030

The global Track and Trace Solutions Market, valued at US$6.20 billion in 2024 stood at US$6.96 billion in 2025 and is projected to advance at a resilient CAGR of 12.0% from 2025 to 2030, culminating in a forecasted valuation of US$12.27 billion by the end of the period. This is attributed to stringent regulatory requirements and rising concerns over product authenticity. Increasing mandates by governments and international bodies for serialization, aggregation, and real-time tracking, particularly in the pharmaceutical, food, and consumer goods sectors, are pushing companies to adopt advanced track and trace technologies. These solutions not only help ensure compliance but also enhance supply chain transparency, mitigate counterfeiting risks, and improve overall operational efficiency.

By Based on technology, the predominant technology in the track and trace solutions market is 2D barcode technology. In 2024, the 2D barcodes segment accounted for the largest share of the technology market. It is primarily driven by its cost-effectiveness, ease of implementation, and high data storage capacity compared to traditional 1D barcodes. 2D barcodes, such as QR codes, can store more information, enabling better tracking and traceability of products throughout the supply chain. Their ability to be scanned quickly and accurately using smartphones and other devices enhances operational efficiency and improves real-time tracking. Additionally, 2D barcodes are widely adopted across various industries, including pharmaceuticals, consumer goods, and electronics, due to their ability to improve supply chain visibility, combat counterfeiting, and comply with regulatory requirements. Their scalability and flexibility also contribute to their growing popularity in the market.

By Based on product, the software solutions segment held the dominant market share. The significant prevalence of this segment is due to the increasing demand for real-time visibility, improved data analytics, and seamless integration with enterprise systems. These solutions enable better supply chain management, regulatory compliance, and enhanced decision-making. Cloud-based software offers scalability, flexibility, and reduced upfront costs, making it more accessible for businesses of all sizes. Additionally, the growing need for security, transparency, and anti-counterfeiting measures in industries like pharmaceuticals and logistics further drives the adoption of software solutions. For instance, in May 2025, TrinaTracker launched an enhanced version of its Vanguard 1P Smart Tracking Solution, featuring advanced hardware upgrades and an improved Smart Control System, significantly boosting energy efficiency, installation speed, and terrain adaptability for global solar markets.

In the year 2024, North America held the majority share of the global track and trace solutions market. The region has stringent regulatory frameworks, particularly in the pharmaceutical industry, such as the Drug Supply Chain Security Act (DSCSA), which mandates robust track and trace systems for drug safety and anti-counterfeiting measures. Additionally, North America boasts a highly developed healthcare infrastructure and widespread adoption of advanced technologies like IoT, AI, and blockchain, which enhance the effectiveness of track and trace solutions. The presence of major industry players, along with strong investments in supply chain digitalization and security, further contributes to the region's dominance in the market.

InPlay Unveils 2nd-Gen NanoBeacon IN120 SoC

InPlay announces the upcoming release of its revolutionary second-generation NanoBeacon System-on-Chip (SoC), the IN120. Specifically engineered for high-volume smart label applications, the IN120 delivers unprecedented simplicity, cost savings, and manufacturing efficiency.

The IN120 features an ultra-minimalist design, requiring only one external component—a 26MHz crystal. This design innovation dramatically reduces complexity, enabling significant savings in assembly time, manufacturing costs, and supply chain logistics. Delivered in a bumped wafer Known Good Die (KGD) format, the IN120 integrates effortlessly into existing roll-to-roll RFID inlay manufacturing processes, minimizing the need for new capital investments.

A key highlight of the IN120 is its integrated precision temperature sensor (±1°C accuracy), eliminating the need for an external temperature sensing component typically required in cold chain monitoring and logistics applications. This integrated approach not only lowers component costs but also enhances reliability and simplifies production processes.

Further elevating its practicality, the IN120 supports a broad voltage range from 1.1V to 3.6V, compatible with virtually all battery types, including cost-effective printable batteries (1.5V per cell). This flexibility significantly reduces the cost and footprint of smart labels, making disposable, thin-form-factor solutions economically feasible at high volumes.

InPlay also offers preprogramming services for the IN120, streamlining the manufacturing workflow and dramatically cutting production setup times, further amplifying operational efficiency for manufacturers.

The IN120 is poised to transform smart label applications by significantly lowering barriers related to cost, complexity, and production speed, making active smart labels as economically viable as passive RFID labels, but with vastly superior functionality.

The IN120 SoC will be available for sampling starting Q1'2026, with mass production planned shortly thereafter.

Personal Safety Tracking Devices Market to Reach USD 1.6 Billion by 2030

The Global Personal Safety Tracking Devices Market was valued at USD 975.4 Million in 2023 and is anticipated to reach USD 1674.2 Million by 2030, witnessing a CAGR of 7.9% during the forecast period 2024-2030.

The personal safety tracking devices market is experiencing sustained growth driven by rising safety concerns, growing elderly and child populations, and technological advances in connectivity and miniaturization. These devices are becoming integral to everyday life, offering peace of mind and emergency responsiveness to users and caregivers alike. Industry players are focusing on feature-rich yet cost-effective solutions to cater to different market segments. Strategic collaborations, product diversification, and innovations in wearable design are shaping the competitive landscape. As consumer awareness and infrastructure improve globally, the market is expected to witness further expansion across both developed and emerging regions.

GPS technology is a cornerstone in the expansion of the personal safety tracking devices market due to its ability to provide accurate, real-time location data across vast distances. It enables users to monitor the exact whereabouts of individuals, particularly in emergency situations, ensuring quick response and enhanced safety. GPS integration has become essential in devices used by children, senior citizens, and outdoor enthusiasts. The rise in smart wearables and mobile applications that rely on satellite-based positioning further strengthens GPS adoption. Moreover, advancements in miniaturized GPS chips and improved satellite coverage are allowing for seamless integration into lightweight, portable devices, driving higher consumer demand and widening the market base.

Bluetooth technology is significantly propelling the growth of the personal safety tracking devices market by offering low-energy, cost-effective, and real-time connectivity solutions. Its compatibility with smartphones and wearable devices makes it ideal for applications such as child monitoring, elderly care, and personal security. Bluetooth-enabled trackers can easily sync with mobile apps to send alerts, geofence notifications, and live location data. The low power consumption also allows for extended battery life, which is crucial for continuous usage in safety applications. As Bluetooth technology continues to evolve with higher data rates and improved range, it is becoming a preferred choice for manufacturers aiming to produce compact, efficient, and reliable personal safety tracking devices across diverse user segments.

Children represent a key driver in the growth of the personal safety tracking devices market, as parents and guardians seek reliable ways to ensure their security. With rising concerns about child safety in public spaces, schools, and during transit, demand for compact, user-friendly tracking devices is increasing. These devices offer geofencing alerts, panic buttons, and two-way communication features, allowing parents to act swiftly in case of emergencies. Manufacturers are also developing child-specific wearable designs like smartwatches and clip-on trackers with playful aesthetics and tamper-resistant features. The growing need for preventive safety tools and the availability of affordable options are fueling adoption among families globally, especially in urban and suburban areas.

As urban populations grow, concerns over personal safety in crowded, fast-paced environments are intensifying. This is particularly true for women, children, and the elderly, who are often viewed as vulnerable groups. With rising cases of crime and the unpredictability of public spaces, the demand for personal safety tracking devices is surging. These devices offer users and families peace of mind by enabling real-time monitoring and instant alerts. Urban consumers are more likely to adopt such technologies due to higher tech penetration and awareness. This urban security dynamic is driving sustained market growth, especially in cities across Asia-Pacific, Europe, and North America.

KORE Surpasses 20 Million Total IoT Connections

KORE Group Holdings has reached a major industry milestone: 20 million Total IoT Connections. This achievement solidifies KORE's position as one of the largest and most reliable IoT connectivity providers globally and underscores the company's continued momentum in enabling scalable, secure and seamless connected solutions.

Founded more than 20 years ago, KORE has grown from a pioneer in machine-to-machine connectivity into a trusted global IoT partner. Today, KORE empowers customers by delivering reliable connectivity, advanced solutions and actionable analytics that help drive business outcomes.

"Reaching 20 million active SIMs globally is a testament to KORE's ability to scale and support growing IoT businesses like ours," said Stephen Sims, Managing Director at Status Awareness Systems Australia. "As our trusted connectivity partner, KORE has helped us expand our operations across new geographies with reliable, seamless service. Their expertise and global reach have been instrumental in our growth."

As the IoT landscape continues to grow at an unprecedented rate, KORE remains committed to leading the way with world-class infrastructure, end-to-end solutions and deep vertical expertise. This milestone signals the company's strong foundation and serves as a launchpad for its next phase of growth.

Veltek Associates Launches Core2Scan: RFID-Based Asset Tracking Solution for GMP-Compliant Facilities

Veltek Associates has developed Core2Scan, a system designed to enhance asset tracking and management within regulated industries, particularly the pharmaceutical and biotech sectors. 

The solution utilizes RFID technology to monitor physical assets across facilities, offering organizations a streamlined method for tracking equipment, materials, or other items critical to operations. Core2Scan® aims to provide comprehensive data that can support process improvements and cost-saving measures in Good Manufacturing Practice (GMP) environments.

The system is tailored specifically for industries requiring stringent compliance and operational efficiency. By leveraging RFID capabilities, Core2Scan® enables real-time visibility of assets, ensuring accurate location tracking and inventory management. This functionality allows companies to optimize workflows, reduce waste, and improve overall facility performance. Veltek Associates positions the system as a tool for driving smarter processes while maintaining regulatory standards across GMP facilities.

Powercast's Battery-Free RFID Sensor Condition Monitoring System is Best of Sensors Finalist

Powercast Corporation, the go-to source for the entire spectrum of wireless charging solutions, announced that its RFID-powered, wire-and-battery-free sensor condition monitoring system recently customized for data centers was named a finalist in the Best of Sensors Awards 2025 in the Power & Sustainability category. Powercast's technology will be displayed in booth #835 at Sensors Converge, June 24 – 26 in Santa Clara, CA, where award winners will be announced June 25.

Powercast collaborated with Asset Vue to customize its RFID sensing technology – known for maintenance-free monitoring because it can power itself perpetually from RAIN RFID inventory readers instead of wires and batteries – to monitor the temperature and humidity of mission-critical equipment stored on metal server racks without adding to the complexity of a data center.

Asset Vue wanted an affordable, maintenance-free monitoring system that didn't require hardwiring sensors or battery maintenance," said Charles Greene, Ph.D., COO/CTO Powercast. "They knew our technology did that, so they asked us to customize our RFID sensor tags to meet the needs of a data center.

Customizations included: 1) halving the size of Powercast's existing RFID sensors to fit into server racks and facilitate airflow to keep equipment cool, and 2) redesigning the RF receiving antenna to avoid interference from the metal racks while still providing long range wireless power to the sensors. The system is currently in beta testing at Asset Vue's data center, and Powercast plans to roll it out to other data centers later this year.

RS and Banner Engineering enable reliable package detection

RS, a high-service global product and service solutions provider for industrial customers, offers Banner Engineering's new B25 wide beam sensor. This industrial photoelectric sensor is designed to provide superior performance across a wide beam and get more packages to the right place at the right time, which is essential to supporting surging growth in the material handling, logistics, and packaging industries.

The global material handling, logistics, and packaging industries are experiencing significant growth. Valued at $1.24 trillion in 2024, the global packaging industry is projected to grow to a value of $1.69 trillion by 2034. Similarly, the global material handling and logistics industry is currently projected to grow from a valuation of $3.93 trillion in 2024 to $5.95 trillion by 2030. Ensuring that packages are at the right place — from filling to delivery — is paramount for effectively supporting this growth, and Banner's new B25 wide beam sensor can help.

Banner's new B25 wide beam sensor reliably detects the leading edges of targets as thin as 3mm within its wide 25mm beam, regardless of shape, position, or material. It quickly and accurately detects targets made of dark, shiny, translucent, and otherwise challenging materials, as well as those with inconsistent edges like folds, holes, or open flaps, which can cause competing sensors to switch on and off repeatedly, or chatter, and generate a noisy, unstable signal. As such, the B25 is ideal for detecting packages like mailers or polybags, improving the precision control of package flows, and enhancing sortation efficiency and accuracy.

This new high-performance photoelectric sensor also features an intuitive, user-friendly design engineered to make setup, installation, commissioning, and maintenance quick and easy. Users can configure the sensor with a single pushbutton, a remote input wire, or an IO-Link interface. With another simple button press, they can teach the sensor to ignore the effects of belt flutter and seams. The B25 also makes it easy for users to adjust variable sensitivity settings to optimize the reliable detection of challenging targets and reference integrated LED lights to monitor the amount of light blocked by targets and view device status. Additionally, the integrated multi-channel cable routing on the bottom of the sensor housing cleanly routes cables away from the sensor, regardless of how it's mounted.

The new B25 wide beam sensor supports a detection range up to 2m (6.6'), utilizes a 10–30V DC supply voltage, offers push-pull with IO-Link and PNP outputs, and features a 100mm (6") PVC-jacketed cable terminated with a four-pin M12 quick-disconnect connector.

Janam Sets New Standard for Mobile Computing and Access Control

Janam Technologies, a leading provider of rugged mobile computers and contactless access solutions, unveiled its most powerful and affordable handheld mobile computer. Designed to meet the evolving needs of sports and entertainment venues, as well as organizations in warehousing, logistics, transportation, retail, hospitality and field service, XT4 delivers real-time responsiveness, robust security and the computing power to support both current and future workflows.

With support for 5G, Wi-Fi 6E and private LTE networks over CBRS, XT4 provides low-latency, high-bandwidth connectivity, even in high-density or remote environments — from the stadium gate to the warehouse floor to out in the field.

XT4 features Janam's HaloSense technology and is the only rugged mobile computer in its class with dual-activated NFC antennas on the front and back of the device to ensure faster, longer range, more reliable tap-and-go credentialing from any angle. With support for the most advanced NFC features of Apple Wallet and Google Wallet, XT4 speeds guests through the identification process quickly and securely.

Powered by Android 14 (upgradable to Android 18), Janam's XT4 combines a sleek, lightweight form factor with best-in-class performance. Android Enterprise Recommended certification ensures XT4 meets Google's highest standards for security, manageability and reliability.

XT4 reads Apple Wallet and Google Wallet passes with support for Apple Enhanced Contactless Polling (ECP 2.0) and Value Added Services (VAS), as well as Google Smart Tap. With a simple tap of an iPhone, Apple Watch or Android-powered smartphone, XT4 retrieves digital passes instantly — enabling faster, more secure credential confirmation in ticketing, loyalty and other access control scenarios. This frictionless experience helps companies in sports, entertainment, healthcare, retail, travel, transportation and hospitality streamline operations and deliver a more personalized, high-touch experience for their customers.

FBI: Millions of Cheap IoT Devices Infected by BadBox 2.0 Malware

The FBI has issued a formal warning about a major malware operation known as BadBox 2.0, which is actively compromising millions of off-brand and low-cost Internet of Things (IoT) devices across the globe. These include Android-powered streaming TV boxes, digital projectors, smart photo frames, and vehicle infotainment systems, many of which are purchased online from little-known manufacturers.

According to the alert, the malware is often pre-installed at the factory level, particularly in overseas production facilities, before the devices are even shipped to consumers. In other cases, the infection occurs during the initial device setup. Users are tricked into downloading seemingly legitimate applications from unofficial sources, or they are guided to turn off essential security protections such as Google Play Protect in order to complete installation steps.

Once infected, the devices become part of a massive botnet infrastructure. Specifically, BadBox 2.0 turns compromised devices into residential proxy nodes, meaning their internet connections can be covertly used by criminals to relay malicious traffic. This allows cybercriminals to obscure their real identities and conduct illegal activities—like click fraud, ad fraud, data scraping, credential stuffing, and accessing geo-restricted content—while appearing to operate from legitimate home networks.

NFC Forum Announces NFC Release 15

NFC Forum, the global standards body for Near Field Communication (NFC) technology, has announced NFC Release 15, supporting the latest advancements in NFC Forum-certified technologies. NFC Release 15 will extend the range of certified compliant NFC contactless connections up to 2cm – 4x greater than the current range of 0.5cm, supporting faster, more reliable contactless interactions across a growing number of use cases such as wireless charging, kitchen appliances, wearables, and digital keys.

Led by its Board members, including representatives from Apple, Google, Huawei, Identiv, Infineon, NXP, Sony, and ST Microelectronics, NFC Forum empowers organizations to deliver seamless, secure contactless interactions to users around the globe, with conformance to the Forum’s specifications helping to ensure intuitive, reliable and consistent experiences.

NFC Release 15 will extend the range – also known as the operating volume – of NFC contactless interactions. This innovation means that connections will start sooner and require less precise device alignment, making NFC quicker, more reliable and easier to use than ever. Contactless connections will be more seamless, while retaining the critical need for user intent.

NFC Release 15 also marks the latest step in NFC Forum’s ongoing commitment to sustainability, as one of its other core focuses is support for the NFC Digital Product Passport Standard. The standard gives brand and product teams 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. NFC Release 15 will therefore help to ensure reliability, interoperability, and compatibility across all NFC devices used for the DPP, throughout a product’s entire lifecycle.

NFC Forum Associate, Principal, and Sponsor-level member companies can download the Technical Specifications included in NFC Release 15 today. Adopter-level members and the public can access and begin certifying compliance to NFC Release 15 from Fall 2025.

Precision Harvesting Market worth $29.79 billion by 2030

The precision harvesting market is expected to reach USD 29.79 billion by 2030 from USD 21.52 billion in 2025 at a CAGR of 6.7% from 2025 to 2030 according to a new report by MarketsandMarkets™. Key drivers fueling the growth of the precision harvesting market are the rising labor costs and shortages in agriculture, strong RoI from yield optimization and reduced waste, government subsidies and smart farming initiatives, and integration of AI, IoT, and imaging in harvesting equipment. These factors are encouraging farmers to adopt advanced harvesting solutions to improve efficiency and profitability. Additionally, increasing demand for food due to population growth is pushing stakeholders to invest in technologies that enhance agricultural productivity.

Harvesting robots are expected to record the highest CAGR within the harvester-type segment of the precision harvesting market during the forecast period. This growth is largely driven by the increasing need for automation in agriculture due to rising labor costs and labor shortages, especially in developed regions. As harvesting robots are highly accurate, even, and efficient, work unlimited hours without tiredness, they work well for growing fruits and vegetables, increasing the quality of crops, and curbing post-harvest losses, big farms and agribusinesses are more inclined to this technology.

With new progress in AI, computer vision, and robotics, harvesting robots have improved and are capable of reacting and adapting on the spot to any field changes or crops. Leading firms are investing in research to develop innovative robots for valuable crops. For instance, robots built by Agrobot (Spain) and Octinion (Belgium) can sort apples and strawberries on the production line. Due to the rising use of automation in farming, there is an expected fast rise in demand for harvesting robots in North America, Europe, and parts of Asia Pacific.

Medium-sized farms are set to dominate the application sector in the precision harvesting market over the projection period. As these farms are both large and flexible, they can easily integrate new technology. With greater access to financial resources than smaller farms, medium-sized farms are increasingly able to invest in precision harvesting tools like combine harvesters, guidance systems, and yield monitoring equipment. Because they aim to improve their efficiency, lower their waste, and make more profit, several farms now rely on technology and automated processes to be competitive.

Mobile Money Market Value To Exceed $60 Billion

The global market for Mobile Money was valued at US$14.1 Billion in 2024 and is projected to reach US$60.6 Billion by 2030, growing at a CAGR of 27.5% from 2024 to 2030. This comprehensive report provides an in-depth analysis of market trends, drivers, and forecasts, helping you make informed business decisions.

Mobile money has emerged as a powerful financial tool, enabling individuals to store, send, and receive money via mobile devices without the need for a traditional bank account. Leveraging basic mobile phone technology and telecom infrastructure, mobile money platforms have revolutionized financial inclusion, especially in regions with underbanked or unbanked populations. These systems bypass conventional financial intermediaries, offering digital wallets linked to mobile numbers that facilitate person-to-person (P2P) transfers, bill payments, merchant transactions, and savings products.

Mobile money is especially transformative in emerging markets where physical banking infrastructure is sparse but mobile penetration is high. It serves as a gateway to formal financial systems, enabling users to receive remittances, salaries, social welfare payments, and micro-loans. In developed economies, mobile money is integrated with advanced fintech ecosystems, often overlapping with digital wallets and app-based banking solutions. The COVID-19 pandemic further accelerated adoption, as consumers and businesses shifted to contactless, remote payment channels, reinforcing the role of mobile money as a cornerstone of the future digital economy.

The growth in the global mobile money market is driven by increasing mobile phone penetration, regulatory support for financial inclusion, and strategic partnerships between telecom operators, fintechs, and governments. Central banks and financial regulators are enabling mobile money scale-up through tiered KYC (know-your-customer) rules, digital onboarding guidelines, and sandbox environments that foster innovation. The emergence of regional and global payment interoperability frameworks - such as the Pan-African Payment and Settlement System (PAPSS) or UPI in India - is catalyzing cross-border and inter-platform transactions.

Private sector investments in mobile money platforms, agent networks, and API infrastructure are accelerating ecosystem development. The integration of value-added services - such as insurance, credit, e-commerce, and savings tools - is strengthening user retention and broadening economic impact. Mobile money is also intersecting with digital identity systems and government-to-person (G2P) programs, making it a foundational layer of digital public infrastructure.

As mobile money continues to evolve into an anchor of financial systems in both emerging and mature markets, its future will be defined by deeper integration, greater interoperability, enhanced security, and sustained focus on inclusive digital finance.

RFID-maker Arizon to open first US manufacturing site in Houston

A leading Taiwanese RFID manufacturer has chosen Houston as the location for its first U.S.-based production facility. The company is securing a 30,000-square-foot manufacturing space to begin operations, with plans to expand to a 100,000-square-foot factory and R&D center in the future.

Houston was selected due to its port access and available industrial space, making it an ideal hub for the company’s U.S. expansion. The facility will focus on inventory-management technology, assembling materials sourced from Taiwan. The company aims to fully own its U.S. manufacturing operations within five years.

This move is part of a broader trend of Taiwanese electronics firms investing in Texas, strengthening trade relations between the U.S. and Taiwan. Major players like Foxconn, Compal, and Inventec are also expanding their presence in the state, particularly in AI server production.

RFID Printer Market to reach over USD 2,794.37 Million

The RFID Printer Market size is estimated to reach over USD 2,794.37 Million by 2032 from a value of USD 1,745.38 Million in 2024 and is projected to grow by USD 1,820.05 Million in 2025, growing at a CAGR of 6.1% from 2025 to 2032.

The RFID printer market is experiencing significant growth, fueled by increasing demand for efficient inventory management, streamlined supply chain operations, and enhanced asset tracking across various industries. These printers, which combine traditional printing capabilities with RFID encoding functionality, are crucial for enabling real-time visibility and traceability of goods and assets. Key drivers include the proliferation of RFID technology across retail, healthcare, logistics, manufacturing, and government sectors, as well as technological advancements in printer design, encoding accuracy, and data management. The ongoing shift towards automation, Industry 4.0 initiatives, and the growing emphasis on data-driven decision-making are further accelerating market expansion. 

RFID printers play a vital role in addressing global challenges such as supply chain disruptions, counterfeiting, and the need for improved operational efficiency. By facilitating accurate and timely data capture, these printers enable businesses to optimize their processes, reduce costs, and enhance customer satisfaction. Furthermore, the adoption of RFID technology supports sustainability efforts by reducing waste, improving resource utilization, and promoting circular economy models.

 The market's growth is also propelled by the increasing availability of cost-effective RFID solutions and the development of user-friendly printer interfaces and software platforms. As businesses continue to recognize the benefits of RFID technology, the demand for RFID printers is expected to rise steadily, making it a dynamic and promising sector within the broader printing and identification solutions market.

TokenWorks Unveils AgeVisor 3: The Ultimate All-in-One ID Scanner

TokenWorks, a provider of identity verification solutions since 1998, announces the launch of the AgeVisor 3—a next-generation ID scanner that combines e-passport biometric chip reading, mobile driver's license (mDL) support, high resolution color imager and rugged durability in a single, streamlined device. Designed to meet the growing compliance needs of age-restricted businesses, the AgeVisor 3 sets a new benchmark for power, portability, and performance.

The AgeVisor 3 is equipped with:

    A high-resolution color scanner for both driver's licenses and passports
    A near-field communication (NFC) reader to extract biometric data from e-passport RFID chips
    Mobile driver's license (mDL) to stay ahead of emerging digital ID trends
    Front-insertion Honeywell Barcode Engine scanning for faster throughput and better customer experience
    TokenWorks' signature SQL database for data capture, visitor analytics, and export

Its battery-powered, mobile-ready design was recently showcased at the Massachusetts Package Store Association Expo, where it operated for over eight hours continuously without an outlet—proving it's ready for busy shifts, remote events, and demanding environments.

SuperCom Signs New Contract with Southeastern Electronic Monitoring Service Provider to Boost U.S. Market Expansion

SuperCom, a global provider of secured solutions for the e-Government, IoT, and Cybersecurity sectors, secured a new contract with an established Southeast-based service provider. The collaboration is expected to facilitate SuperCom's entrance into additional U.S. states, including Florida and Mississippi, through the provider's established presence and further accelerate the Company's nationwide expansion momentum. Through this partnership, SuperCom and this provider have already submitted a proposal to an RFP together.

The service provider brings years of experience supporting individuals under community supervision, offering court-aligned programs such as pretrial services, electronic monitoring, and alternative sentencing options. With a long-standing presence in the region, the provider is well-positioned to introduce SuperCom's technology into a range of high-impact community programs.

Prior to its selection, SuperCom's proprietary technology was thoroughly evaluated alongside competitive solutions and stood out for its innovative design, which combines secure, accurate monitoring with a lightweight device and seamless user experience. Under this new agreement, the provider will introduce SuperCom's advanced electronic monitoring technology into its service offerings, expanding support for court-ordered supervision and enhancing public safety by helping agencies monitor compliance and manage caseloads more effectively.

Manufacturers and Logistics Providers Embrace AI for Enhanced Barcode Reading Performance

As traceability and security concerns continue to rise in manufacturing, barcode reading is becoming increasingly vital on production lines worldwide. A survey conducted by Cognex reveals that manufacturers are looking to AI to address their biggest barcode reading challenges and improve overall performance.

The survey, which included 283 participants from manufacturing and logistics businesses in Asia, North America, and Europe, highlights the growing importance of AI in barcode reading applications. Key findings indicate that reading difficult codes is the primary concern for users, and they expect AI to deliver better performance and reliability.

The survey identified that damaged, smudged, or wrinkled barcodes are the top challenge for 41% of respondents, followed by issues with distortion, reflections, and curved surfaces (39%), and troublesome code sizes and locations (35%).

Respondents overwhelmingly believe that AI will enhance barcode reading performance, with almost half (47%) expecting higher read rates. Other leading expectations include more accurate detection and improved reading of damaged codes, with logistics providers in particular emphasizing accurate detection.

When choosing a barcode reader, reliability and ease of maintenance are the top priorities for users. This focus on dependable performance is understandable since only 21% of respondents said they're experts, while a third said they're novices. That lack of expertise makes maintenance issues even more pressing when making a buying decision for crucial day-to-day operations.

Cherokee Federal Company Expands Critical Support for FAA Weather Sensor Technology

Cherokee Federal, the federal contracting division of Cherokee Nation Businesses, announced Cherokee Strategic Solutions (CSS) has been awarded a $69.4 million contract by the Federal Aviation Administration (FAA) to expand support for the agency's vital weather sensor technology infrastructure. This marks the third consecutive contract award for Cherokee Federal in this essential area.

Cherokee Strategic Solutions will upgrade systems to deliver more precise, real-time weather data to air traffic controllers and pilots, improving flight planning, routing and responsiveness to changing conditions.

Under this competitive small business set-aside award, CSS will manufacture and install cutting-edge technology supporting Automated Weather Observing Systems (AWOS) at more than 500 FAA-operated airports across the United States. These modernized systems are paramount to enhancing air traffic safety and operational efficiency, particularly in geographically dispersed or weather-sensitive regions such as Alaska where reliable, real-time data is critical.

As part of the expanded scope, Cherokee Federal will now provide full installation services, a role previously performed by FAA personnel, alongside system design and manufacturing. All systems will be built in Pryor, Oklahoma, and installed in air traffic control towers across the U.S., requiring approximately 15 new team members to support the effort. The contract includes a five-year base period with three one-year options, with all installations scheduled for completion by the end of the period of performance.

The upgraded systems will deliver more precise, real-time weather data to air traffic controllers and pilots, improving flight planning, routing and responsiveness to changing conditions. By enhancing situational awareness and forecasting at airports nationwide, the project directly supports flight safety and operational continuity throughout the National Airspace System.

Raytheon secures $380 million contract extension for GPS ground control system

Raytheon, a subsidiary of RTX Corp, has secured a $379.7 million contract extension from the U.S. Space Force to continue developing the Next Generation Operational Control System (OCX) for the Global Positioning System (GPS). This extension, announced on May 21, 2025, adds another year to the project, aiming for operational readiness by 2026. Including all options, the total value of the OCX contract has reached approximately $4.6 billion.

Originally awarded in 2010 with a value of $1.5 billion, the OCX program has faced significant delays, being over eight years behind schedule. The system is designed to modernize command and control of both current and next-generation GPS satellites, offering enhanced cybersecurity, broader compatibility with navigation signals, and support for new encrypted features to improve resilience in contested environments.

Despite its troubled history, the OCX program has made progress. It has achieved 130 successful operational contacts with legacy GPS satellites and has broadcast its first OCX-generated signal tracked by a monitoring station. Delivery of the completed system to the Space Force’s Space Operations Command is expected this fall, with a formal trial period and phased transition planned for early fiscal 2026. Full operational acceptance is anticipated by spring 2026.

Conductive & EMI shielding plastics for 5G & IoT market estimated to reach USD3,746.37 million

The global market for conductive and electromagnetic interference (EMI) shielding plastics, integral to 5G and Internet of Things (IoT) technologies, was valued at approximately USD 1.35 billion in 2024. Projections indicate growth to USD 3.75 billion by 2034, with a compound annual growth rate (CAGR) of 10.8% from 2025 to 2034.

The development of smart cities relies heavily on a dense network of sensors and IoT devices. These devices generate EMI, which can disrupt sensitive electronics and degrade signal performance. Conductive plastics with EMI shielding properties help maintain reliable connectivity by blocking interference, thus supporting the infrastructure of smart cities.

As electronic devices become smaller, managing EMI within confined spaces becomes more challenging. Traditional metal shielding adds weight and limits design flexibility. Conductive plastics offer lightweight, space-saving alternatives that can be seamlessly integrated into miniaturized devices.

Market Segmentation

Product Types:
    •    Conductive Polymers: Held the largest market share in 2024, valued at USD 785.6 million. These materials are favored for their balance of conductivity and design flexibility. 
    •    Metal-Filled Plastics: Comprise a significant portion of the market, offering high conductivity and robust EMI shielding while maintaining design flexibility.
    •    Carbon-Based Plastics: Gaining traction due to their lightweight properties and recyclability, making them suitable for high-frequency shielding applications.

Applications:
    •    Antennas and Base Stations: Accounted for the largest application segment in 2024, with a market share of 31.90%. The deployment of 5G small cells and massive MIMO antennas drives demand for conductive and EMI shielding plastics to maintain network efficiency.
    •    Consumer Electronics: The proliferation of voice-controlled assistants and smart home devices increases the need for efficient EMI shielding solutions to prevent signal interference.

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Regional Insights
    •    Europe: Generated revenue of USD 160.4 million in 2024, with expectations to reach USD 279.4 million by 2030, growing at a CAGR of 9.7% from 2025 to 2030. Conductive polymers were the largest revenue-generating product type in this region.
    •    United Kingdom: The UK market was valued at USD 33.2 million in 2024 and is projected to grow to USD 59.1 million by 2030, with a CAGR of 10.1% from 2025 to 2030. Conductive polymers also dominated this market segment.

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Sugar-Based Sensors Enable Rapid and Affordable Snake Venom Detection

Scientists at the University of Warwick have developed a novel sensor that can rapidly detect snake venom using synthetic sugar-based molecules, offering a faster and cheaper alternative to traditional diagnostics.

The new method uses glycopolymers—synthetic molecules designed to mimic sugars found on human cells. These glycopolymers are attached to gold nanoparticles. When venom is present, it binds to these sugar-mimicking molecules, causing a color change that can be easily seen without special lab equipment.

The sensor is specifically tuned to detect venom from the Western Diamondback Rattlesnake (Crotalus atrox), which targets galactose-containing sugar structures on blood cells and immune cells. This targeting disrupts normal blood clotting and immune functions. Notably, the sensor did not react to venom from other species, like the Indian cobra, demonstrating its potential for species-specific detection.

Snakebites affect hundreds of thousands of people globally, especially in rural or resource-limited areas. Traditional tests often rely on antibodies, which are expensive and slow to produce. This sugar-based test provides a low-cost, quick-response tool that could save lives and improve treatment outcomes.

The researchers believe this platform could be adapted to detect venoms from other snake species in the future, marking a step forward in accessible diagnostics for venomous bites.

Medical Sensors Market Growth Forecast worth $142.2 billion

The global medical sensors market size is projected to be valued at USD 49.9 billion in 2024 and reach USD 142.2 billion by 2030, growing at a CAGR of 19.1% according to a new report by The Research Insights. The expanding elderly population plays a major role in determining the medical sensors market future direction. Advancing age makes people increasingly vulnerable to chronic illnesses including diabetes as well as cardiovascular and respiratory disorders along with neurodegenerative diseases. Medical sensors serve as essential tools for continuous monitoring and timely diagnostics while offering personalized medical care to handle these health issues.

According to the report by The Research Insights, the Medical Sensors Market share is undergoing significant growth, driven by healthcare industry's progression towards more comfortable and user-friendly solutions is demonstrated by the emergence of non-invasive and contactless sensing technologies in the medical sensors market. The elderly and chronically ill patients often find the idea of regular physical examinations and the necessity to wear large medical equipment to be an intimidating experience. Photoplethysmography (PPG), pulse oximetry and radar-based vital sign monitoring represent those innovative sensing methods which transform the user experience.

The widespread adoption of fitness trackers along with smartwatches and health-focused wearables is changing personal health management while the expanding medical sensors market fuels the core of this change. Real-time health monitoring now extends beyond hospitals as wearable devices on wrists track vital signs without users being aware. Modern wearable medical devices feature numerous sophisticated sensors which provide continuous monitoring of vital indicators like heart rate and blood oxygen levels as well as temperature changes, sleep patterns and stress levels. Modern health technologies provide critical health information through wearable devices like smartwatches that detect heart irregularities and glucose-monitoring patches for diabetes management. The medical sensors market grows quickly as advancements prioritize smaller sizes, better power management, and higher precision. Developers of sensors are actively integrating artificial intelligence features to deliver advanced health alerts and predictive monitoring capabilities.

Quantum Sensors Market to Hit USD 839 Million by 2031

The Global Quantum Sensors Market is projected to grow from USD 506 Million in 2024 to USD 839 Million by 2031, at a Compound Annual Growth Rate (CAGR) of 7.6% during the forecast period.

The quantum sensors market is expanding steadily as industries seek superior measurement, navigation, and detection capabilities. The convergence of technological miniaturization, rising investment, and real-world applications is accelerating commercialization. Key sectors such as defense, healthcare, aerospace, and infrastructure monitoring are integrating quantum sensors into their operational systems. The ecosystem is also maturing, with startups, academic institutions, and large corporations collectively shaping innovation. Growing awareness about quantum advantages and supportive regulatory environments further aid adoption. As barriers to cost and complexity reduce, quantum sensors are poised to move beyond niche applications into mainstream industrial and consumer markets, marking a transformative shift in precision sensing.

Magnetic sensors are a critical segment driving the growth of the quantum sensors market due to their unmatched sensitivity in detecting minute magnetic fields. Quantum magnetic sensors, particularly those based on nitrogen-vacancy (NV) centers in diamonds or superconducting quantum interference devices (SQUIDs), offer significantly enhanced accuracy compared to traditional sensors. Their applications in medical imaging, such as magnetoencephalography (MEG), enable high-resolution brain activity mapping, fostering adoption in the healthcare sector. Additionally, they are increasingly used in geophysical surveys and mineral exploration where ultra-precise magnetic readings are required. As industries prioritize precise diagnostics and non-invasive techniques, the demand for quantum-based magnetic sensing grows, propelling market expansion in both research and commercial applications.

Atomic clocks are a foundational application of quantum sensors, driving substantial market growth due to their unparalleled accuracy in timekeeping. These clocks, based on quantum transitions in atoms like cesium and rubidium, offer stability required for critical infrastructures such as GPS, telecommunications, and high-frequency trading. The need for enhanced synchronization across global networks has heightened demand for compact and portable atomic clocks. In defense and aerospace sectors, atomic clocks support advanced navigation systems, especially where satellite signals are inaccessible. Ongoing advancements in chip-scale atomic clock (CSAC) technology are making precise timekeeping more accessible, fueling commercial adoption. Their role in enabling robust and reliable digital systems underpins the broader expansion of the quantum sensor market.

The defense sector is a major force driving the growth of the quantum sensors market due to its increasing need for precise navigation, communication, and surveillance capabilities. Quantum sensors are being deployed in inertial navigation systems for submarines, aircraft, and spacecraft, offering accurate location tracking even without GPS. Additionally, they are vital for detecting stealth objects and submarines using gravitational and magnetic field anomalies. Governments are heavily investing in defense research and development to incorporate quantum technologies into military applications, driving commercialization efforts. Collaborations between defense agencies and tech companies are accelerating innovation and deployment. This strong institutional backing and critical application scope make defense a key contributor to quantum sensor market growth.

2D quantum sensor uses spin defects for precise magnetic field detection

Researchers at the University of Cambridge have unveiled a significant advancement in quantum sensing by utilizing spin defects in hexagonal boron nitride (hBN) to detect magnetic fields at the nanoscale with high precision. This innovation operates effectively at room temperature and offers a multi-axis sensing capability, distinguishing it from traditional single-axis sensors.

Quantum sensors are instrumental in detecting minute variations in physical quantities. In magnetometry, they enable visualization of properties like current flow and magnetization at the nanoscale, facilitating the discovery of new physical phenomena and functionalities. Dr. Carmem Gilardoni, co-first author of the study, emphasized that this work enhances such capabilities by leveraging hBN, a material compatible with nanoscale applications and offering new degrees of freedom compared to existing nanoscale quantum sensors.

Traditionally, nanoscale quantum magnetometry at ambient conditions has relied on nitrogen vacancy (NV) centers in diamond. While effective, NV centers are limited by their single-axis detection and constrained dynamic range. In contrast, the hBN-based sensor developed by the Cambridge team exhibits multi-axis magnetic field detection with a broader dynamic range.

The researchers discovered that the sensor’s enhanced performance stems from the low symmetry of the hBN defects and their favorable excited state optical rates. These characteristics contribute to the sensor’s robust and versatile magnetic field detection capabilities.

Hana RFID Launches Ultra-Compact TX5015 M830 Inlay

Hana Technologies announces the release of the TX5015 M830, a groundbreaking new ARC-Certified RFID inlay designed for Apparel, Consumer Electronics, Loss Prevention, and Sporting Goods applications. Built for the demands of Retail, Supply Chain, and Logistics sectors, the TX5015 redefines performance in a compact footprint.

At nearly half the size of the traditional 50 x 30 mm inlay, the TX5015 delivers full-size performance in a unique, ultra-compact form factor. Powered by the latest Impinj M830 tag chip, this inlay delivers superior sensitivity, reliability, and encoding speed—without compromise.

Beyond its innovation in form factor, the TX5015 M830 enhances production efficiency by enabling higher units-per-hour (UPH) throughput for label converters, ultimately accelerating time to market. It also reduces material consumption, which lessens environmental impact, and cuts down shipping costs by optimizing packaging density. For customers, supplying retail playbook users such as Walmart, Dick’s, Macy’s, Dillard’s, and Nordstrom, this means not only greater flexibility in tag placement—especially in tight or hard-to-tag areas—but also better operational and economic performance.

The TX5015 M830 supports Gen2X, a powerful enhancement to the RAIN RFID radio standard developed by Impinj. Gen2X improves read speed, increases tag read range, and increases accuracy, especially in dense or complex environments. It reduces inventory count times and enhances readability of small or embedded tags, helping to lower labor and hardware costs. It also improves directional accuracy at dock doors, declutters shipment loading zones, supports loss prevention at self-checkout, and addresses privacy and anti-counterfeiting concerns—all while operating seamlessly with the RAIN RFID radio standard (GS1 Gen2, standardized as ISO/IEC 18000-63).

Smart Software Detects Glass Walls with 96% Accuracy—No Expensive Sensors Needed

Researchers at South Korea’s Daegu Gyeongbuk Institute of Science and Technology (DGIST) have developed a software-based solution that enables low-cost LiDAR sensors to detect transparent obstacles like glass walls with 96.77% accuracy. This innovation offers a cost-effective alternative to expensive high-resolution sensors typically required for such detection.

Autonomous robots often rely on LiDAR sensors to navigate their environments. However, affordable LiDAR systems struggle to detect transparent materials, mistaking them for empty space and risking collisions. High-end sensors can overcome this issue but are prohibitively expensive, increasing system costs significantly.

The DGIST team, led by Professor Kyungjoon Park, introduced the Probabilistic Incremental Navigation-based Mapping (PINMAP) algorithm. PINMAP enhances the capabilities of existing low-cost LiDAR sensors by accumulating and analyzing sparse data points to probabilistically identify the presence of glass walls over time. Built upon open-source tools like Cartographer and Nav2 within the ROS 2 ecosystem, PINMAP can be integrated into current systems without hardware modifications.

In practical tests, PINMAP-equipped robots achieved a 96.77% success rate in detecting glass walls, a significant improvement over the near-zero detection rate of traditional methods using the same sensors. This advancement demonstrates that software enhancements can substantially improve sensor performance, offering a scalable and economical solution for safer indoor navigation in environments such as hospitals, offices, and warehouses.

Garmin revolutionizes aviation charting with SmartCharts

Garmin announced SmartCharts, a dynamic aviation charting solution that will provide pilots with a simplified and intuitive experience by producing clear and relevant data to depict a chart tailored for their specific flight operation. Initially available in the Garmin Pilot app, SmartCharts serves as the primary charting tool and allows pilots to view simplified terminal procedures, including instrument approach procedures (IAP), departure procedure (DP), standard terminal arrival (STAR) and airport diagrams.

SmartCharts was developed from the ground up by collecting and digitizing data from global sources to create a consistent, standardized and scalable charting solution. Garmin utilized that data to build the clearest possible picture of information needed to successfully fly charted procedures via a new charting user interface. This interface, coupled with the digital data, allows SmartCharts procedures to automatically adjust and scale as the pilot zooms and pans within the chart, similar to Garmin's data-driven maps across its entire product line. This data also allows SmartCharts to highlight details and notes that could be easily overlooked and lost on traditional charts, reducing the potential for error. The ability to scale the chart creates a clearer picture of the information needed to fly instrument procedures. The digitized data also allows for adjustments to minima – such as minima height adjustments due to NOTAMs, alternate minimums, etc. – to be automatically calculated, minimizing mental math needed by pilots. This data is also used to create new Brief tabs, which show optimized briefing information presented when pilots need it during procedure reviews.  

SmartCharts is designed to help optimize pilot workflow by providing only relevant data and reducing workload. Users can make selections – like aircraft type, arrival/departure/approach transition fix, runway, and more – to simplify the chart down to the information that they need to see to successfully brief and fly that procedure. Starting with standard terminal arrivals (STARs) and standard instrument departures (SIDs), the user selects their aircraft type, the route transition they are flying, and the runway of intended use. This reduces depicted information to only show the routing, fixes, and crossing restrictions pertinent to their expected procedure. Quick Access buttons also reveal pertinent procedure information like briefing information, communications frequencies, graphical missed approach icons, and more so pilots can easily find and decipher needed information based on the phase of the procedure they are on.

During an approach procedure, approach minima are updated and presented to the pilot via easy selection buttons for aircraft category, approach type (e.g. ILS, LOC, LPV, LNAV, etc.) and other adjustments like local or other altimeter settings, inoperative airport lighting, flight director or HUD use, and more. Those selections then present only one minima number to reference, eliminating the need for mental math with traditional charts. Waypoints, legs, crossing restrictions and other details are then more clearly depicted on the chart as users make selections and adjustments. This ultimately removes unnecessary information from view, leaving the user with a single route in view to help reduce workload and the chance for errors.

After making selections on the chart, a simplified user-interface and layout allows for an intuitive briefing process. Pressing the Brief, COMs, and Missed Approach buttons on each procedure will quickly showcase necessary information during procedure setup and briefing, also meaning often-forgotten notes are now in the spotlight. Additionally, reselecting new transitions or the runway-in-use makes re-briefing these changes much faster and clearer, resulting in better situational awareness. Altitude and speed restrictions plus other pertinent details arelearly depicted on the SmartCharts plan view of approach, arrival and departure procedures.

Socket Mobile Introduces World's Smallest, Most Affordable Direct Part Mark (DPM) Barcode Scanner

Socket Mobile announced the release of the DuraScan D764, the smallest, lightest, and most affordable Direct Part Mark (DPM) barcode scanner available on the market.

The DuraScan product family is recognized for its reliable iOS compatibility, durable yet portable design, and versatile scanning across industries. The new D764 continues this tradition with a focused solution for Direct Part Mark (DPM) barcode scanning, ideal for industries requiring precise and reliable traceability. Purpose-built for mobile use, the D764 delivers professional-grade performance in a compact, cable-free form factor that pairs seamlessly with iPhones, iPads, and other Bluetooth-enabled mobile devices.

DPM barcodes are permanent markings etched directly onto components and surfaces, common in industries like healthcare, manufacturing, automotive, and electronics. These marks are notoriously difficult to read due to surface irregularities, low contrast, or small sizes. The DuraScan D764 is specifically engineered to overcome these challenges, offering high-performance scanning of DPM codes applied via dot peen, laser etching, chemical etching, or inkjet. It accurately reads barcodes etched into metal, plastic, and curved or textured surfaces—making it ideal for medical tools, surgical instruments, electronic components, and other critical assets. With the D764, users can confidently scan these complex marks and verify components on the go, even in challenging environments.

In addition to reading DPM barcodes, the D764 also supports very small and standard 1D and 2D barcodes, including worn, low-contrast, or poorly printed labels—giving businesses end-to-end traceability without needing multiple devices. This versatility allows teams to manage inventory, validate components, and track assets all with a single, unified scanner.