How Chainway Helps Improve RFID Linen Management at Marriott

Managing large volumes of linens such as sheets, towels, and pillowcases is a complex task for hotel chains. At a company like Marriott International, thousands of items constantly move between hotels, laundry facilities, and storage locations. Traditional methods, such as manual counting and record-keeping, are time-consuming and often lead to errors or lost items.

To improve this process, a solution based on RFID (Radio Frequency Identification) technology was introduced. Each piece of linen is equipped with a small RFID tag embedded in the fabric. Using handheld RFID scanners and management software, hotel staff can quickly track and identify each item.

As linens move through different stages—collection, washing, sorting, and redistribution—the RFID tags are automatically scanned. The data is then sent to a central system that records the location and status of every item. This allows staff to monitor linen inventory and movement in real time.

The system relies on RFID hardware from Chainway, including mobile readers that can scan large quantities of tagged textiles quickly and accurately.

Implementing RFID for linen management provides several advantages:
    •    Faster inventory checks: Thousands of items can be counted within seconds.
    •    Reduced losses: Each linen item can be tracked throughout its lifecycle.
    •    Improved efficiency: Staff spend less time on manual counting and paperwork.
    •    Lifecycle monitoring: The system can track how many times a linen item has been washed and when it should be replaced.

By adopting RFID technology for linen management, Marriott can streamline operations and gain better visibility over its inventory. Automated tracking reduces losses, improves efficiency, and helps ensure that hotels always have the necessary linens available for guests.

TapGoods' Easy RFID Pro Helps Automate Rental Inventory Execution

TapGoods announced a strategic integration with Easy RFID Pro, an RFID inventory execution platform designed to automate warehouse workflows, reduce shrinkage, and improve inventory accuracy.

The integration connects TapGoods’ rental management system with Easy RFID Pro’s RFID scanning technology, enabling rental companies to validate inventory in bulk, reduce shrinkage, and eliminate manual reconciliation during check-out and return.

The integration supports both mobile RFID scanning and fixed reader deployments, giving rental businesses flexibility in how they automate warehouse workflows based on operational scale and facility layout.

Unlike traditional barcoding systems that require line-of-sight and individual scans, RFID allows warehouse teams to validate hundreds of items in seconds—without handling each item individually—dramatically improving speed, accuracy, and labor efficiency.

The TapGoods + Easy RFID Pro integration is now available to rental businesses looking to modernize warehouse workflows and improve inventory visibility.

The Rise of NFC Relay Malware on Mobile Devices

Cybersecurity researchers are warning about a growing threat known as NFC relay malware, which targets mobile devices and contactless payment systems. This type of malware exploits the Near Field Communication (NFC) technology used in many smartphones for tap-to-pay transactions. Once installed, it can secretly capture payment information and allow criminals to carry out fraudulent purchases.  

According to researchers, hundreds of malicious Android applications have already been identified using this technique. Since 2024, more than 760 apps have been discovered that abuse NFC and the Android feature called Host Card Emulation (HCE), which normally allows a phone to behave like a contactless payment card.  

These malicious apps are usually disguised as legitimate banking or government services. Victims may be tricked into downloading them from unofficial sources and asked to set them as the device’s default payment app. Once active, the malware quietly runs in the background and intercepts payment data when the user taps their phone or card for a transaction.  

The stolen data is then sent to attacker-controlled servers or messaging platforms such as Telegram. Criminals can relay this information in real time to another device, which imitates the victim’s card at a payment terminal and completes fraudulent purchases without the victim being present.  

Researchers say the scale and organization behind these campaigns are growing quickly. The infrastructure supporting them includes dozens of command-and-control servers and communication channels used to coordinate attacks and collect stolen information.  

Security experts advise users to download apps only from official app stores, carefully review permission requests, and be cautious if an application asks to change the phone’s default payment settings. Taking these precautions can help reduce the risk of becoming a victim of this emerging mobile payment threat.  

Socket Mobile Announces Industrial Scanning Solutions for iPhone 17e

Socket Mobile announced that its rugged and industrial scanning solutions — including the XtremeScan, DuraSled, and DuraScan Terminal families — are compatible with Apple's newly released iPhone 17e.

Building on the strong adoption of the iPhone 16e in industrial and commercial environments, the new iPhone 17e introduces enhanced durability and performance, making it well suited for demanding mobile operations. Combined with Socket Mobile's industrial-grade scanning solutions, businesses can deploy powerful and reliable iOS-based data capture systems across industries such as warehousing, logistics, manufacturing, retail, field service, and transportation.

Socket Mobile's XtremeScan, DuraSled, and DuraScan Terminal product families extend the capabilities of the iPhone 17e by integrating high-performance 1D/2D barcode scanning into rugged mobile solutions. XtremeScan delivers long-range scanning with extreme protection against water, dust, and drops for the harshest industrial environments. DuraSled and DuraScan Terminal solutions transform the iPhone into durable, handheld scanning tools with protective case designs and integrated data capture capabilities, enabling fast and reliable barcode scanning that fits easily in your pocket.

Socket Mobile's scanning solutions are fully compatible with applications that use Socket Mobile's CaptureSDK, allowing existing solutions to support the new iPhone 17e with minimal effort. Developers who have already integrated CaptureSDK can evaluate Socket Mobile scanners immediately, while application providers not yet supporting Socket Mobile's data capture devices can quickly enable reliable and consistent scanning performance within their apps.

CaptureSDK provides developers with a unified framework for integrating Socket Mobile's expansive portfolio of data capture devices, enabling applications to capture barcode data efficiently in real-world environments. CaptureSDK-enabled apps allow end users to easily interchange Socket Mobile scanners, ensuring organizations can select the best device for their workflow while maintaining compatibility across their solutions.

Telit Cinterion Expands Next-Generation GNSS Portfolio with New Dual-Band Modules for Scalable IoT Positioning

Telit Cinterion, an end-to-end IoT solutions enabler, announced an expansion of its next-generation GNSS portfolio. The company has added two new dual-band positioning modules: the ultracompact SE873K5-D and the high-end SE869eK5-DRK.

Built on the latest AG3335 chipset series from long-time partner Airoha, the new modules advance Telit Cinterion's GNSS roadmap. They support space- and power-constrained IoT devices and use cases that require continuous, ultraprecise positioning.

The SE873K5-D and SE869eK5-DRK provide a scalable path to adopt dual-band L1 + L5 GNSS. Device manufacturers can add advanced correction technologies and resilient positioning architectures without redesigning hardware.

When combined with Telit Cinterion cellular connectivity solutions, the modules support the injection of RTCM corrections worldwide. This feature enables higher accuracy across connected IoT deployments.

For more information on SE873K5-D, visit https://www.telit.com/devices/se873k5-d/.
For more information on SE869eK5-DRK, visit https://www.telit.com/devices/se869ek5-drk/.

SE873K5-D: Dual-Band GNSS for Ultracompact, Battery-Powered Designs
The SE873K5-D expands the established SE873K5 family with a dual-band L1 + L5 variant. It is designed for size- and power-constrained applications.

This new module maintains the same 7 x 7 mm footprint and pin-to-pin compatibility as the single-frequency SE873K5. OEMs can scale performance without changing hardware designs.

The SE873K5-D supports multiconstellation GNSS across the L1 and L5 bands. Compared to single-frequency solutions, it improves accuracy and robustness against interference and multipath effects.

With DGNSS support via RTCM corrections, the module enables submeter accuracy. It is ideal for myriad use cases, from wearables to fleet management.

Two power supply variants enable designers to optimize for either minimal size or ultralow power consumption in battery-operated devices. Multiple configurable usage profiles, such as tracking and drone modes, provide added flexibility across IoT verticals.

SE869eK5-DRK: Continuous, Ultraprecise Positioning with RTK and Dead Reckoning
The SE869eK5-DRK is the next evolution of Telit Cinterion's high-end GNSS offering. Based on the upper tier of the AG3335 chipset family, this module builds on the previously announced SE869eK5-DR. It adds support for RTK positioning with untethered dead reckoning (UDR).

This powerful combination enables uninterrupted, centimeter-level positioning. It maintains performance even when GNSS signals are degraded or unavailable due to interference or signal blockage.

The SE869eK5-DRK has an embedded inertial measurement unit (IMU). This feature helps maintain accurate position fixes in environments like tunnels and dense urban areas. The module supports DGNSS for submeter accuracy when RTK corrections are unavailable or when centimeter-level precision is not needed.

The SE869eK5-DRK is designed in an industry-standard 16 x 12.2 mm form factor. It introduces a proprietary extended pinout while remaining backward-compatible with existing designs. The added pins enable future-proof implementations and customization. OEMs can expand capabilities over time without redesigning their products.

County Jail Introduces RFID System to Track Inmates

The correctional facility in Plumas County, California is preparing to launch a new system that uses RFID technology to monitor inmate activity and improve record-keeping. The system is expected to become operational by the end of March and aims to simplify how staff collect and manage information about inmates’ locations and movements within the jail.  

Currently, many routine tasks—such as logging safety checks or tracking inmate movement—require radio communication, paper forms, and manual data entry. The new RFID solution will automate much of this work, potentially reducing staff time spent on these duties by around 25% or more.  

The system uses RFID wristbands worn by inmates along with tags installed throughout the facility. Correctional officers carry handheld mobile devices that can scan these tags and display information about inmates located in a specific area. When inmates move from one location to another, officers can update their status by scanning the wristbands and selecting the new location.  

The devices can also record additional information, including inmate observations, headcounts, recreation time, meals, and medical conditions. Photos and other records can be attached to an inmate’s profile and automatically synced with the jail’s central database.  

One major benefit of the system is better monitoring of inmates who require frequent observation, such as those in safety cells. Staff must perform checks at regular intervals, and the RFID system automatically records when these checks occur and alerts officers if one is missed or delayed.  

The technology can also track medication schedules and medical interactions, helping ensure inmates receive the correct treatment at the right time.  

The RFID program will cost about $60,000 over its first three years, including equipment, training, monitoring services, and cloud data storage. Officials expect that some of these expenses may be covered through Medi-Cal reimbursements related to inmate healthcare management.  

By implementing RFID technology, the jail hopes to streamline administrative work, improve accountability, and enhance inmate safety. The system will also make it easier for staff to generate reports and provide documentation during inspections or audits.  

Brazil’s regulator probes Apple over iPhone NFC limits

Brazil’s antitrust regulator is stepping up its scrutiny of Apple over how it controls NFC (near-field communication) access on the iPhone, particularly for contactless payments.

The country’s competition authority, CADE, has formally requested more information from Apple about its policies. The regulator wants details on fees, technical requirements, and agreements the company has with developers. Apple has been given a deadline of March 30 to respond.  

This investigation stems from complaints raised last year by Brazil’s central bank and banking groups. They argue that Apple may be unfairly limiting competitors by restricting access to the iPhone’s NFC technology—while giving preferential treatment to its own payment system.  

Apple, however, disputes these claims. The company says it is allowed to charge for access to its technology and points out that it only holds a relatively small share of Brazil’s smartphone market. It also maintains that third-party developers have been able to use NFC on iPhones since 2024 and that consumers already have plenty of payment options.  

A key part of the dispute involves PIX, Brazil’s hugely popular instant payment system. Although a contactless version of PIX has been introduced, Apple has not adopted it on the iPhone, reportedly viewing it as unnecessary given that most users still rely on QR codes.  

New RFID Label Achieves 100% Read Rate

A new RFID labeling solution is making it possible to reliably track liquid-filled pharmaceutical vials—an application that has historically been difficult for RFID technology.

The product, called LiquidMate O, was introduced by SAG as an adhesive label designed to be applied directly to injectable drug vials. It enables item-level tracking using UHF RFID, supporting pharmaceutical supply chain visibility and compliance requirements such as the U.S. Drug Supply Chain Security Act (DSCSA).  

Tracking liquid medications has long been challenging because liquids can interfere with radio signals, reducing RFID readability. The new label addresses this issue through a specialized antenna design that maintains consistent performance even when attached to small, curved glass vials filled with liquid.  

The label is compact—about 62 mm by 20 mm—and is designed for standard 10-mL pharmaceutical vials. It has been independently tested by AXIA Lab under conditions intended to mimic real hospital and pharmacy workflows. In those tests, the system achieved 100% read accuracy, even when many tagged vials were stored together and scanned from different directions.  

Another advantage of the design is that the same label can function across a range of injectable drug formulations with different dielectric properties. This eliminates the need to develop separate RFID labels for each formulation, which can reduce product complexity and inventory management overhead for pharmaceutical manufacturers.  

By enabling reliable RFID tagging directly on the vial, the technology could help pharmaceutical companies and healthcare providers improve inventory control, reduce medication losses due to expiration or misplacement, and enhance traceability throughout the drug supply chain—from manufacturing to clinical use.  

The company says the labeling system has already completed validation testing and is ready for commercial deployment in high-volume pharmaceutical manufacturing environments.   

OMRON introduces VHV5 inline verifier for real-time barcode quality control

Omron Corporation has introduced the VHV5 inline verifier, a system designed to monitor barcode quality directly on production lines and ensure compliance with international standards. The device performs real-time verification of 1D and 2D barcodes as well as Direct Part Mark (DPM) codes, helping manufacturers confirm that codes are readable and meet industry requirements as they are created.  

Barcode quality is essential for product traceability throughout manufacturing, packaging, distribution, and final use. Inline verification allows companies to check code quality immediately after printing or marking, enabling operators to detect problems early and correct them before defective codes move further down the production process.  

The VHV5 system evaluates codes according to major standards including ISO/IEC 15416 for 1D barcodes, ISO/IEC 15415 for 2D symbols, and ISO/IEC TR 29158 (AIM DPM) for codes permanently marked on components. This ensures consistent grading results for labels, packaging, and directly marked parts used in industries such as automotive, electronics, pharmaceuticals, and medical devices.  

To improve accuracy on challenging surfaces, the verifier uses tilted coaxial lighting that reduces glare and enhances edge detection. This approach helps maintain reliable grading even on reflective metal parts, glossy labels, or curved packaging. The system also applies distortion-correction technology and flat-field image calibration to ensure that codes can be graded accurately regardless of viewing angle or position within the camera’s field of view.  

In addition to grading barcode quality, the VHV5 includes built-in GS1 syntax checking to confirm that encoded data follows the correct formatting rules. Setup and operation are simplified through a calibration wizard and a browser-based interface that allows users to configure and monitor the system without installing additional software. 

Barcode Scanner Market to Reach USD 13.2 Billion by 2033

The barcode scanner market is currently positioned as a critical enabler of digital transformation across multiple industries, including retail, logistics, healthcare, and manufacturing. As organizations accelerate automation and data-driven operations, barcode scanners have become integral to inventory management, supply chain optimization, and real-time asset tracking. The market, valued at USD 8.1 billion in 2026, is projected to achieve a compound annual growth rate (CAGR) of 7.3% through 2033, reaching USD 13.2 billion.

Growth is being propelled by advancements in imaging technology, mobile scanning solutions, and the integration of barcode systems with enterprise resource planning (ERP) platforms. Regulatory shifts toward traceability and serialization, particularly in pharmaceuticals and food sectors, are further elevating adoption. The market's strategic relevance is underscored by its role in enabling omnichannel commerce, enhancing operational transparency, and supporting compliance with evolving industry standards.

Key Takeaways from Barcode Scanner Market

- The barcode scanner market is forecast to expand from USD 8.1 billion in 2026 to USD 13.2 billion by 2033.
- A CAGR of 7.3% reflects sustained demand across retail, logistics, and healthcare sectors.
- Imaging-based barcode scanners are gaining market share due to superior accuracy and versatility.
- Mobile and wireless scanner adoption is accelerating, driven by workforce mobility requirements.
- Regulatory mandates for product traceability are fostering new deployment opportunities.
- Integration with ERP and warehouse management systems is enhancing operational efficiency.
- Asia Pacific is emerging as a high-growth region, supported by rapid industrialization and e-commerce expansion.

GPS Spoofing Is Disrupting Ship Navigation in the Strait of Hormuz

Ships sailing through the Strait of Hormuz are increasingly encountering a dangerous technological problem: GPS spoofing. This form of electronic interference manipulates satellite navigation signals, causing ships’ navigation systems to display incorrect positions or movement data.  

Instead of showing their real location, some vessels suddenly appear on their screens to be miles away—sometimes even on land or in completely different regions. These false readings can confuse navigation systems and raise the risk of accidents in one of the world’s busiest shipping corridors.  

GPS spoofing works by broadcasting fake satellite signals that imitate legitimate GPS transmissions. When a ship’s receiver locks onto the stronger counterfeit signal, it calculates an incorrect position, speed, or direction.  

This can lead to strange behavior on navigation displays—for example, ships appearing to move in impossible patterns or instantly “jumping” to new locations.

Electronic interference with navigation signals has increased in the Gulf region, particularly during periods of military tension. Countries may jam or manipulate satellite navigation systems to protect military assets, disrupt surveillance, or hide vessel locations.  

However, these measures can also affect civilian shipping because commercial vessels rely heavily on the same satellite navigation signals.

Fourth Quarter Net Revenue Identiv Exceeds Guidance

Identiv released its financial results for the fourth quarter and fiscal year ended December 31, 2025.

Revenue for the fourth quarter of 2025 was $6.2 million, compared to $6.7 million in the fourth quarter of 2024. This year-over-year decrease was as expected and due to the exit of lower-margin business which we did not transfer to Thailand.

Fourth quarter 2025 GAAP gross margin was 18.1% and non-GAAP gross margin was 25.6%, compared to fourth quarter 2024 GAAP gross margin of (14.9%) and non-GAAP gross margin of (5.2%). The year-over-year improvement primarily reflects the reduction in direct labor and manufacturing overhead costs associated with the transition of all production to Thailand in 2025.

GAAP operating expenses, including research and development, selling and marketing, general and administrative, and restructuring and severance, were $5.8 million in the fourth quarter of 2025, compared to $5.6 million in the fourth quarter of 2024. Non-GAAP operating expenses were $4.1 million in the fourth quarter of 2025, compared to $4.1 million in the fourth quarter of 2024. The management of non-GAAP operating expenses reflects the disciplined operating expense spending to support of the company's organic growth initiatives as outlined in the P-A-T strategic framework.

Fourth quarter 2025 GAAP net loss from continuing operations was ($3.7) million, or ($0.16) per basic and diluted share, compared to GAAP net loss from continuing operations of ($4.3) million, or ($0.19) per basic and diluted share, in the fourth quarter of 2024. This reduction was primarily due to our production transition to our Thailand facility, combined with our disciplined spending of operating expenses as we executed on our P-A-T strategic initiatives.

Non-GAAP adjusted EBITDA loss in the fourth quarter of 2025 was ($2.5) million, compared to ($4.5) million in the fourth quarter of 2024.

Revenue for fiscal year 2025 was $21.5 million compared to $26.6 million in fiscal year 2024. Fiscal year 2025 GAAP gross margin was 6.1% and non-GAAP gross margin was 14.3%, compared to fiscal year 2024 GAAP gross margin of 1.3% and non-GAAP gross margin of 8.0%. The year-over-year expansion in gross margin reflects the lower cost structure and operational efficiencies gained from moving our production to Thailand and shutting down our Singapore site.

GAAP operating expenses, including research and development, selling and marketing, general and administrative, and restructuring and severance, were $23.5 million in fiscal year 2025, compared to $28.3 million in fiscal year 2024. Non-GAAP operating expenses were $17.6 million in fiscal year 2025, compared to $17.9 million in fiscal year 2024. Fiscal year 2024 GAAP operating expenses included higher strategic review-related costs of $5.3 million compared to 2025.

Fiscal year 2025 GAAP net loss from continuing operations was ($18.0) million, or ($0.79) per basic and diluted share, compared to GAAP net loss from continuing operations of ($25.9) million, or ($1.14) per basic and diluted share, in fiscal year 2024.

Non-GAAP adjusted EBITDA loss in fiscal year 2025 was ($14.5) million, compared to ($15.8) million in fiscal year 2024. 

JD Sports Expands RFID Across Europe

JD Sports Fashion is accelerating the rollout of RFID technology across its European store network through a multi-year partnership with Checkpoint Systems.

Following a successful pilot in 2024 across select stores in the United Kingdom, France and Spain, the retailer is now scaling the technology more broadly. The RFID implementation is designed to improve inventory accuracy, streamline replenishment processes and reduce out-of-stock situations in stores.

The first phase of the rollout has already equipped more than 400 stores in the UK and Ireland with RFID capabilities. By the end of 2026, JD Sports aims to have nearly 1,000 European locations operating with the system, giving the company real-time visibility into stock levels and improving operational efficiency across its supply chain.

Both JD Sports and Checkpoint Systems describe the agreement as a long-term strategic investment that supports large-scale deployment and positions the retailer for continued growth in key markets.

KOAMTAC Introduces KDC1 Free Software Scanner and KDC8 Remote Data Wedge Functionality for Android

KOAMTAC Inc announced the introduction of the KDC1 Software Scanner, a free Android-based barcode scanning solution, along with enhanced data wedge capabilities in the KDC8 Software Decoder.

The KDC1 Software Scanner transforms a device's built-in camera into a barcode reader using a public-domain decoding library, providing a cost-free way to support basic scanning tasks with no additional hardware investment. Designed for quick adoption, KDC1 enables organizations to begin capturing barcode data immediately using the smart devices they already own.

"KDC1 offers a simple starting point for mobile data capture, while KDC8 delivers the performance and flexibility organizations need as operations grow. By turning mobile devices into remote scanners and routing data where needed, businesses streamline workflows without disrupting systems."

For operations that demand higher throughput and greater flexibility, the KDC8 Software Decoder delivers high-speed decoding powered by Honeywell SwiftDecoder technology and robust data wedge capabilities through the KTSync application. Using intent-based routing, scanned barcode data can be wedged directly into existing applications, eliminating manual entry and custom integration, or routed to host systems and other Android devices. This effectively turns any smartphone or tablet into a Bluetooth barcode scanner, enabling workers to capture data on one device and instantly deliver it to POS, inventory, warehouse, or other business systems.

Both KDC1 and KDC8 operate within the KTSync application. KDC1 is designed as a standalone, software-based camera scanner, providing a simple starting point for barcode data capture. KDC8, in contrast, supports simultaneous use of camera scanning alongside KOAMTAC hardware solutions, including companion scanners, wearable scanners, and SmartSled® barcode and RFID devices. This allows organizations to scale from software-only scanning to dedicated hardware solutions as operational needs evolve.

"KDC1 provides a simple starting point for mobile data capture, while KDC8 delivers the performance and flexibility organizations need as operations grow," said Dr. Hanjin Lee, President of KOAMTAC. "By enabling mobile devices to function as remote scanners and route data exactly where it's needed, businesses can streamline their operations without disrupting existing systems."

Enhanced data wedge capabilities, including remote routing to other Android devices, are available now for KDC8 through the KTSync application. KDC1 does not support data wedging. Both KDC1 and KDC8 are now available.

RFID market is entering a decisive decade of growth

The global RFID market is entering a decisive decade of growth, fueled by rising automation across retail, logistics, healthcare, and industrial operations. According to Renub Research, the RFID Market is expected to reach US$ 43.31 billion by 2034, up from US$ 17.32 billion in 2025, expanding at a CAGR of 10.72% from 2026 to 2034.

This growth trajectory reflects a structural shift in how organizations manage inventory, assets, and identity. As businesses seek greater operational transparency, contactless workflows, and data-driven decision-making, Radio Frequency Identification (RFID) has evolved from a niche tracking solution into a cornerstone of digital transformation strategies worldwide.

Radio Frequency Identification (RFID) is a wireless data-capture technology that uses radio waves to identify and track objects uniquely. Unlike traditional barcode systems, RFID does not require line-of-sight scanning. Instead, it enables simultaneous reading of multiple tagged items, dramatically improving speed and accuracy.

Highly Accurate Location without GPS

ZaiNar announced commercial availability of its 5G positioning technology, the first 5G location system that operates entirely independent of device makers, using the network as a sensor (i.e., connectivity signals that devices already transmit) to deliver sub-10cm accuracy at ranges up to 1.5km. The network-side solution achieves sub-10cm accuracy using only existing connectivity signals, requiring no software on user devices, no dedicated positioning hardware, and consuming zero additional battery. Operating on as little as 10 MHz of spectrum, ZaiNar is the only 5G positioning system that works on bandwidth-constrained private 5G and low-power 5G IoT networks, the environments where location services can be worth more than the connectivity itself.

"5G's killer app has finally arrived, and it's not theory, it's deployed," said Daniel Jacker, CEO and Co-Founder of ZaiNar. "We're proving sub-10cm accuracy in real-world deployments across healthcare, construction, logistics, and smart city applications. This technology turns 5G from a faster pipe into genuine infrastructure for Physical AI."

"ZaiNar's submeter location is the unlock for Physical AI. It brings forward telcos as a key piece of the Physical AI ecosystem by providing the missing data layer, both for real-time coordination and training grounded in real-world 2D and 3D vectors. The enterprise applications span traffic management, advertising, logistics, and healthcare. ZaiNar's solution outperforms alternatives and works across both WiFi and 5G, including wide-area carrier networks and private deployments. Due to the size of the opportunity, I have joined as a board advisor," said Nishant Batra, Board Advisor, ZaiNar; Former CTO, Nokia.

Unlike conventional approaches that rely on dedicated positioning reference signals (PRS or PSRS), ZaiNar's patented technology uses the connectivity signals (SRS) that every device already transmits. PRS and PSRS signals can only be sent once per second, limiting them to stationary use cases. SRS signals are transmitted 100 to 500 times per second, enabling ZaiNar to track fast-moving objects, such as vehicles, drones, robots, mobile workers, in real time.

Today, mobile operating systems made by Apple and Google determine whether a device shares its positioning signals with the network. In practice, both deny PRS and PSRS requests by default, granting access only where legally required, such as E911 emergency services. This means carriers have invested billions in 5G infrastructure but cannot offer location services on the handsets connected to their own networks.

ZaiNar's SRS-based approach changes this equation entirely. Because SRS is a connectivity signal, the device must transmit it to maintain its network connection — positioning becomes a network function, not a handset function. Carriers and enterprises gain direct access to sub-10cm location data on every phone, robot, car, or IoT device, with no dependence on operating system permissions, app-level access, or device manufacturer cooperation. In terms of power, compute, and security, this shift from device-side to network-side positioning represents a significant improvement in 5G utility.

ZaiNar has demonstrated sub-10cm accuracy on CBRS Band 48 networks with just 20MHz bandwidth. Additional proven capabilities include 1.5km read range and zero additional battery drain on tracked devices. ZaiNar is not only the best positioning method across 5G cellular, it's the best location service across any modality, including GPS RTK, Ultra-wideband (UWB), WiFi, Bluetooth, and RFID.

RFID Antenna Market worth $0.42 billion by 2032

According to MarketsandMarkets, the RFID Antenna market is expected to reach USD 0.42 billion by 2032 from USD 0.24 billion in 2026, at a CAGR of 10.1% during the forecast period.

The RFID antenna market is witnessing steady growth driven by expanding deployment of RFID infrastructure across retail, logistics, transportation, industrial manufacturing, and airport operations. Increasing demand for real-time asset visibility, warehouse automation, and high-performance UHF systems is accelerating the adoption of advanced antenna designs. Integration with smart tracking platforms and IoT-enabled supply chains is further strengthening market expansion globally.

By Antenna Type, the far-field antenna segment is projected to account for the largest market share of approximately 71% in 2025, driven by its widespread use across warehousing, retail distribution, and industrial tracking.

By Technology, the smart antenna segment is expected to grow at the fastest rate, registering a CAGR of 15.3% during 2026–2032, supported by increasing demand for adaptive beamforming, enhanced read accuracy, and intelligent tracking environments.

By Deployment Type, the fixed segment is projected to register the highest CAGR of approximately 10.9% during the forecast period, supported by rising installation of ceiling- and portal-mounted antennas in distribution centers, airports, and manufacturing facilities.
By region, the Asia Pacific is expected to register the fastest growth and hold the largest share during the forecast period, supported by rapid retail expansion, manufacturing scale-up, airport infrastructure modernization, and supply chain digitalization across China, India, Japan, and South Korea.

The Market growth in the RFID antenna market is driven by the increasing need for real-time asset tracking, inventory visibility, and automated identification across retail, logistics, healthcare, manufacturing, and transportation sectors. Rising adoption of RFID-enabled supply chain management systems and warehouse automation solutions is accelerating demand for high-performance antennas that ensure reliable read accuracy and extended coverage. Moreover, advancements in UHF and HF antenna designs, compact form factors, circular and linear polarization technologies, and improved radiation efficiency are enhancing system performance and deployment flexibility.

Based on Type, the Far-field Antenna is expected to exhibit the highest CAGR during the forecast period.

The far-field antenna segment is expected to witness the highest CAGR in the RFID antenna market due to its ability to support long-range identification and high-speed data capture across large operational areas. Far-field antennas enable reading distances of several meters, making them ideal for warehouse management, retail inventory control, toll collection, and logistics automation. The growing adoption of supply chain digitalization, e-commerce fulfillment centers, and smart transportation systems is accelerating demand for wide-area, high-throughput RFID infrastructure. Additionally, improvements in antenna gain, polarization techniques, and interference mitigation are enhancing read accuracy and reliability, further driving the deployment of far-field RFID antenna solutions globally.

Durin Selects Silicon Labs' MG24 Wireless SoC to Accelerate Aliro Mobile Access for Smart Locks and Readers

Silicon Labs has selected the Silicon Labs MG24 wireless SoC as the secure, multiprotocol foundation for the Durin Door Manager, a next-generation access device that supports the newly available Aliro application layer from the Connectivity Standards Alliance (CSA).

Aliro is designed to bring consistent, secure mobile access control experiences across smartphones, wearables, smart locks, and readers—enabling trusted interoperability at the door. With Aliro's formal release, Silicon Labs is helping device makers move quickly from standards to shipping products with a robust platform purpose-built for secure credentials, flexible transports, and low-power operation.

Durin Door Manager pairs modern mobile access with strong, local decision-making at the device. Built around MG24, Durin Door Manager is designed to support Aliro experiences that range from NFC tap-to-unlock to ultra-wideband (UWB), enabled by MK Semi, and Bluetooth® Low Energy (BLE) hands-free interactions.

"Aliro is unlocking a new era for access—where your phone or wearable becomes a secure, interoperable key," said Herman Yau, CEO of Durin. "Silicon Labs' MG24 gives us the security, performance, and multiprotocol flexibility we need to support Aliro experiences in the Durin Door Manager. It helps us deliver an effortless walk-up, walk-in experience for our customers, creating a magical coming home, one we believe there's no going back from."

"Silicon Labs and Durin are leading the way in demonstrating how the Aliro standard brings secure, seamless mobile access to the real world," said Tobin Richardson, Connectivity Standards Alliance President and CEO. "By moving away from isolated, vendor-specific technologies, this collaboration establishes the trusted interoperability necessary for a cohesive smart environment. Adopting such a unified approach ensures that, as the ecosystem expands, a foundation is laid for a more accessible and secure future for everyone."

NovAtel becomes latest member of the GPS Innovation Alliance

 

NovAtel — a positioning, navigation and timing technology provider and part of Hexagon — has officially joined the GPS Innovation Alliance (GPSIA) as its newest member.  

NovAtel designs high-precision GNSS receivers and related solutions for use on land, at sea and in the air, serving industries such as agriculture, defence, autonomous mobility and marine applications. Its product lineup also includes correction services, sensor fusion systems, anti-jam technologies and post-processing tools. 

According to Lisa Dyer, Executive Director of GPSIA, NovAtel adds valuable expertise to the alliance at a crucial moment for global positioning and navigation infrastructure. She emphasized that the company’s capabilities — especially in high-precision GNSS and interference resilience — will help protect essential systems relied on daily in transportation, public safety, supply chains and broader economic infrastructure.  

NovAtel’s leadership echoed that sentiment, stating that the company plans to use its membership to highlight the importance of robust positioning and timing technologies across critical sectors. 

NovAtel joins a group of established GPSIA members that include Apple, Garmin, John Deere, Lockheed Martin, Trimble and TrustPoint, along with other organisations in the alliance’s affiliates programme. GPSIA’s mission is to protect, modernise and advance GPS, GNSS and complementary positioning, navigation and timing (PNT) technologies worldwide. 

Unisys Strengthens Device Subscription Service To Support Complex Edge Computing and IoT Deployments

Unisys is advancing its Device Subscription Service (DSS), in collaboration with Dell Technologies. This strengthened alliance of more than 30 years delivers comprehensive and flexible solutions that address evolving client needs at scale. The enhanced Unisys DSS integrates the company's expertise in digital transformation with state-of-the-art Dell infrastructure and services to provide a comprehensive device life cycle service – and to even more than PCs. DSS can be deployed to a wide range of edge and IoT devices such as restaurant-specific hardware, smart parking garages, and sensors on university campuses, for example. This offering is designed to help multi-subsidiary organizations navigate the growing complexity of edge computing and IoT environments with greater agility, consistency and control.

The strengthened DSS capabilities include AI-driven support automation, proactive endpoint security, flexible infrastructure procurement, real-time analytics and global consistency in provisioning. The newly enhanced DSS provides clients with the option to integrate Dell's industry-leading infrastructure and services with Unisys' unified approach to digital workplace solutions. Tailored for diverse digital operating models, from multinational enterprises to regional subsidiaries, the service offers a unified framework that balances standardization with flexibility to meet local requirements.

"By joining forces with Dell, we are able to better support organizations with distinctive features such as utility-based modeling, enabling subsidiaries of any size to benefit from consistent pricing and operational efficiencies," said Patrycja Sobera, senior vice president and general manager of Digital Workplace Solutions, Unisys. "This unified yet adaptable approach empowers organizations to simplify complexity and accelerate progress."

A utility-based modeling approach scales effortlessly across enterprises and is bolstered by managed detection and secure response capabilities, and visibility across all devices and locations. To ensure seamless delivery, Unisys and Dell developed a joint responsibility matrix that clarifies roles and standardizes deployment frameworks for end-to-end edge solutions. Additionally, the companies' technical teams collaborate to host workshops tailored to real-world scenarios, helping organizations identify equipment needs, establish measurable business objectives and develop deployment strategies for distributed operations.

As a Dell Titanium Partner, Unisys continues to demonstrate a commitment to innovation and long-term client success. Learn more about the collaboration here and explore Unisys DSS and other digital workplace solutions here.

New RFID Tag Inspector App Launched to Boost Mobile RFID TestingRFI

A global provider of RFID solutions has unveiled a new mobile application called Tag Inspector, designed to work with smartphones that have built-in RFID readers. The tool aims to make it easier for professionals to scan, validate and analyse RFID tags directly from their mobile devices — a significant step forward in how RFID data is accessed and interpreted in technical and research environments. 

Developed by Clustag, Tag Inspector is being positioned as the first open application tailored specifically for smartphones with integrated RFID capability. It is meant to support tasks such as rapid tag validation, performance comparison and technical demonstration across different environments — especially useful for research and development teams, IT departments and test labs. 

The company is showcasing Tag Inspector at EuroShop Düsseldorf at the Zebra Technologies exhibition stand, highlighting how the growing use of RAIN RFID is driving innovation in retail and logistics. The app’s intuitive interface is designed to overcome limitations of traditional native RFID software, making it easier to identify and analyse tags from multiple manufacturers. 

Initially, Tag Inspector supports devices such as the EM45-RFID and TC5e-RFID models from Zebra Technologies, but Clustag plans to extend compatibility to additional devices over time. This expansion could allow companies to adopt the application without needing to replace existing hardware.  

Clustag says the goal is to help retailers and logistics operations objectively evaluate tag performance, benchmark different suppliers and make data-driven decisions — all from a smartphone platform that’s both familiar and efficient for field use.  

Powering the future of IoT with 5G standalone

AT&T and Cisco are expanding their collaboration to accelerate the next phase of Internet of Things (IoT) connectivity using 5G Standalone (SA) technology. The goal is to give enterprises a more powerful, secure, and flexible foundation for large-scale IoT deployments.

At the center of the initiative is a 5G Standalone–native IoT platform that combines AT&T’s nationwide 5G network with Cisco’s core network and IoT management technologies. This integrated approach allows businesses to connect, manage, and scale IoT devices more efficiently than with legacy LTE or non-standalone 5G solutions.

Because the platform is built on 5G Standalone, it supports advanced network capabilities such as network slicing, enabling dedicated virtual networks for specific IoT applications with guaranteed performance levels. This is especially important for mission-critical use cases that require ultra-low latency, high reliability, and strong security.

The solution is designed to support a wide range of applications, including connected vehicles, smart infrastructure, industrial automation, and healthcare. By combining connectivity with centralized device management and automation tools, organizations gain greater visibility and control over large IoT ecosystems, even at massive scale.

According to both companies, the partnership represents a key step toward making IoT networks not just faster, but also more intelligent and adaptable—capable of responding dynamically to changing application and business requirements as 5G adoption continues to grow.