MILESEEY Golf Unveils GeneSonic Pro, the World's First Golf Speaker with Detachable GPS Handheld

MILESEEY Golf announced the official launch of GeneSonic Pro, the World's First Golf Speaker & Detachable GPS Handheld All-in-One, unveiled at the PGA Show 2026 in Orlando, Florida.

The Mileseey GeneSonic Pro represents a significant milestone for MILESEEY Golf, signaling the brand's evolution beyond rangefinders and into a broader category of integrated golf technology. As announced at the launch event, the company set a clear direction: "It's time to raise the standard and play a smarter game of golf."

Mileseey GeneSonic Pro integrates independent GPS guidance and high-performance audio into a single, purpose-built on-course system. Its detachable GPS handheld is engineered with a fully integrated design, allowing golfers to access precise yardages without dependence on a smartphone, mobile signal, or paid subscription. The system comes preloaded with more than 43,000 global courses, displayed on a 3-inch color touchscreen, and supports one-tap voice yardage announcements.

Audio performance is driven by a 40W dual-band speaker architecture, delivering clear, balanced sound with strong on-course presence. Stereo pairing enables multiple GeneSonic Pro units to connect for expanded audio coverage. For secure mounting, GeneSonic Pro's proprietary Quad-MagLock Technology employs four high-strength integrated magnets, providing 126 Newtons (28 lbs) of holding force to ensure stability throughout the round.

Designed for extended play, GeneSonic Pro delivers up to three full 18-hole rounds or 15 hours of continuous playback on a single charge. The device supports 30W PD fast charging and can function as an emergency power source for mobile devices. Built for all-weather performance, GeneSonic Pro features an IP67-rated enclosure and three sound modes to adapt to different playing environments.

Identiv and Tag-N-Trac Win 2025 IoT Platforms Leadership Award from IoT Evolution World

Identiv announced that the Tag-N-Trac and Identiv Cold Chain Tracking Solution has received a 2025 IoT Platforms Leadership Award from IoT Evolution World, the leading online publication covering IoT technologies.

The IoT Platforms Leadership Awards honor solutions that provide the foundational technology required to build, manage, and operate IoT ecosystems – from device onboarding and connectivity to analytics, automation, and lifecycle management.

The winning solution provides continuous, real-time insight into the location, condition, and compliance of temperature-sensitive pharmaceuticals at the package and dose level.  This unified framework sets a new benchmark in supply-chain intelligence by combining connected hardware, cloud analytics, and intelligent automation within a single ecosystem. The solution integrates Identiv's thin Bluetooth Low Energy (BLE) smart labels, which incorporate high-performance InPlay BLE chips, with Tag-N-Trac's RELATIVITY™ platform, an industry-first IoT SaaS system.

"The 2025 IoT Platforms Leadership Award recognizes our partnership's focus on simplifying deployment and enabling true interoperability for our customers," said Kirsten Newquist, CEO of Identiv. "By transforming ambient data from the pharmaceutical supply chain into actionable intelligence, we help companies deliver therapies more securely while protecting patient trust worldwide."

Purpose-built for regulated industries, the Tag-N-Trac and Identiv Cold Chain control tower supports GS1-based serialization and automated reporting aligned with the Drug Supply Chain Security Act (DSCSA). Its modular, API-driven architecture processes real-time data from our IoT devices to track a number of shipment and condition metrics, delivering risk intelligence and excursion handling that enhances the efficiency and responsiveness across global logistics networks. 

"The solutions selected for the IoT Evolution IoT Platforms Leadership Award reflect innovation driving the fast-growing Internet of Things marketplace. It is my honor to congratulate Identiv and Tag-N-Trac for their innovative work and contribution to this rapidly evolving industry," said Carl Ford, Community Developer, IoT Evolution World.

GE Debuts Smart Fridge With Barcode Scanner

GE Appliances has unveiled a new smart refrigerator that aims to make grocery planning and shopping much easier by integrating a barcode scanner directly into the fridge. 

Instead of guessing what you need or manually typing items into your phone, this fridge lets you scan the barcode of items you’re running low on—like milk, eggs, or condiments—right at the fridge door. The scanner is placed near the water and ice dispenser, and it automatically adds the scanned product to a digital shopping list in GE’s SmartHQ app. The list includes details like brand, flavor, and size.  

GE says the system can recognize more than four million barcodes at launch, covering most packaged groceries. If an item doesn’t have a barcode, you can still add it manually by voice or through the app.  

The digital grocery list can be shared with family members and used when you’re actually shopping. In some versions, it can also be synced with Instacart so you can order items for delivery straight from the fridge interface.  

Inside the fridge, an integrated camera called FridgeFocus takes photos of produce drawers so you can visually check what you have while in the store—helping you avoid buying duplicates or forgetting something important.  

GE plans to start selling this Profile Smart Refrigerator around spring 2026, with a premium price tag of about $4,899, reflecting its advanced grocery-management technology.  

Apple Unveils the New AirTag 2 with Better Tracking and Louder Alerts

Apple has introduced the second-generation AirTag, which is already available to order and will begin shipping later this week. This updated version keeps the familiar design of the original tracker but brings several meaningful upgrades.  

The biggest improvements are to how far and how easily you can find lost items. The AirTag 2 uses Apple’s newer Ultra Wideband chip, which boosts the Precision Finding feature so it can guide you to your misplaced belongings from up to 50 % farther away than before. An upgraded Bluetooth chip also extends the range at which the AirTag can be located.  

Another notable enhancement is the speaker, which is now about 50 % louder, making it easier to hear the tracker’s sound when searching for items. The device still relies on Apple’s large Find My network to help locate objects even when they’re out of direct Bluetooth range.  

Apple also highlights privacy and security features: the AirTag 2 doesn’t store your location history on the device, uses end-to-end encryption, and includes protections against unwanted tracking.  

Despite the upgrades, pricing remains unchanged from the original model — $29 for a single AirTag and $99 for a four-pack — and all existing AirTag accessories are compatible with the new version. 

SocketScan S721, a $199 Next-Generation Bluetooth Scanner for Square iOS Applications

Socket Mobile announced the launch of the SocketScan S721, a next-generation handheld Bluetooth® barcode scanner engineered to deliver reliable, high-performance scanning for businesses using Square's iOS applications and other leading mobile point-of-sale platforms. Expected to supersede the SocketScan S720 as the company's primary handheld scanner for point-of-sale environments, the S721 provides improved wireless technology, longer battery life, and enhanced scanning performance at a lower cost.

Built for application-driven businesses, the S721 incorporates Bluetooth Low Energy (LE) technology to provide faster pairing, more reliable connections, and reduced power consumption throughout the workday. The scanner maintains the same compact, comfortable handheld design users trust, while delivering meaningful internal enhancements that support consistent, dependable scanning in busy retail and service settings where speed, stability, and ease of use are essential.

The SocketScan S721 works seamlessly with applications that support the latest versions of Socket Mobile's CaptureSDK, including Square's iOS applications such as Square Point of Sale, Square Retail, Square Restaurants, and Square Appointments running version 6.86 or later. The scanner is also compatible with other leading point-of-sale and business applications, including Loyverse and SumUp. The complete solution includes a dedicated charging dock, enabling convenient charging at retail counters, service desks, and mobile workstations.

Designed to handle real-world barcode challenges, the SocketScan S721 delivers enhanced scanning performance across a wide range of barcode types and conditions. The scanner is well suited for retail point of sale, inventory management, asset tracking, ticketing, and other mobile data capture applications. Its lightweight design supports comfortable, continuous handheld use, while upgraded internal components help minimize downtime and maintain consistent performance throughout the day.

Like all Socket Mobile data capture devices, the SocketScan S721 is fully compatible with applications that support the latest version of Socket Mobile's CaptureSDK. The latest CaptureSDK enables plug-and-play data capture across Socket Mobile's product lineup, allowing developers to deliver consistent, high-performance scanning while giving their users the flexibility to choose the Socket Mobile device that best fits their needs.

The SocketScan S721 is available for preorder now through the Socket Mobile website and will begin shipping in late January, with free worldwide shipping offered for all orders placed before Feb 28th, 2026.

Socket Mobile Introduces New DuraScan Terminal Line for the iPhone 16e

Socket Mobile announced the launch of its new DuraScan Terminal line, featuring two sleek and highly portable scanning devices optimized for the Apple iPhone16e: the DT841 and DT862. These all-new terminals deliver professional-grade scanning performance in a slim, pocketable form factor designed for workers who rely on mobility, durability, and reliability in fast-moving, on-the-go work environments.

Built for modern mobile workers, the DuraScan Terminal lineup pairs the iPhone 16e with ruggedized handheld housings that provide 1D/2D barcode scanning, protective cushioning against drops and daily wear, unrestricted camera access, and full USB-C charging support without removing the phone from its case. Each model is engineered to give field teams the speed, accuracy, and connectivity they need to capture critical information anywhere, anytime.

The DuraScan DT841 offers high-performance standard-range scanning with a range of up to 20 inches. Its slim, lightweight profile and reliable Bluetooth® Low Energy connectivity make it ideal for workflows such as delivery verification, asset tracking, ticket scanning, inventory spot checks, retail point of sale, and other app-driven mobile solutions.

The DuraScan DT862 introduces mid-range scanning capabilities of up to 14 feet in the same sleek, portable form factor. This model is designed for mobile professionals supporting travel and hospitality operations, field service tasks, and on-site customer support, where fast, accurate data capture is essential.

Both terminals feature rubberized protective housing, all-day battery performance, and ergonomics suited for continuous handheld use. They enable workers to move freely between locations while maintaining the speed and dependability of enterprise-grade scanning.

"The DuraScan Terminal line reflects our vision for the future of mobile data capture," said Dave Holmes, Chief Business Officer at Socket Mobile. "Customers told us they wanted tools that were lighter, slimmer, and easier to carry throughout the day without compromising the speed and reliability they expect from Socket Mobile. With the DT841 and DT862, we are giving mobile professionals a powerful handheld solution that works seamlessly with the Apple ecosystem they already trust. These devices provide enterprise-level scanning wrapped in a sleek, portable design that supports the real work happening beyond facility walls. We see this launch as the foundation for continued innovation that will keep advancing what mobile teams can achieve."

The DuraScan Terminal models feature durable housings engineered to withstand drops, tumbles, and daily physical demands. Workers can maintain visibility and usability thanks to unobstructed access to the iPhone 16e's full touchscreen and camera system. Bluetooth® Low Energy (LE) ensures fast, stable connectivity to mobile applications while reducing power consumption, and the terminals support full-shift operation through high-capacity batteries built for demanding mobile schedules.

Like all Socket Mobile data capture devices, the DuraScan Terminal series is fully compatible with the latest version of Socket Mobile's CaptureSDK. Over a thousand business applications already support CaptureSDK, enabling plug-and-play data capture within their operations. Developers who integrate CaptureSDK gain consistent, high-performance scanning across all Socket Mobile products while giving their users the flexibility to choose the device that best suits their needs.

RADAR Names Former PVH/Lululemon Executive Jonathan Aitken to Lead RFID Center of Excellence

RADAR, the technology platform that leverages RFID overhead sensor technology to track and precisely locate in-store inventory with 99% accuracy across Old Navy, American Eagle and other top retailers, today announced three leadership appointments and several internal promotions to support growing customer demand and global expansion.

Spencer Hewett, Founder and CEO of RADAR, said: "RADAR has built a unique DNA that combines deep tech experience in wireless signal processing and autonomous vehicles i.e. (Eugene coming from Qualcomm and Argo) with deep retail experience i.e. (Glenn coming from Zara) to build a world-best physical intelligence platform for retail.

The new additions bring experience and expertise in RFID enablement, complex technology delivery, building high performance teams, and operating in complex retail environments, all of which is essential for scaling RADAR’s RFID platform across thousands of the world’s top retail stores.

Jonathan Aitken has joined RADAR as Senior Vice President, RFID Center of Excellence. In this role, he will establish industry-wide RFID best practices and support retail partners as they expand RADAR across more stores, regions, brands and use cases. He reports to RADAR’s Chief Growth Officer, Eric Mogil.

China’s Edge in Satellite Navigation Could Shape a Taiwan Conflict

Discussions about a potential conflict over Taiwan often focus on ships, aircraft, and missiles. Yet one of the most decisive advantages may lie in something far less visible: positioning, navigation, and timing (PNT). In this area, China is increasingly better prepared than the United States.

Modern military operations depend heavily on GPS. It enables precision strikes, synchronizes communications, supports logistics, and keeps joint forces operating on the same timeline. Outside the military, GPS also underpins civilian infrastructure such as aviation, shipping, power grids, telecommunications, and emergency services. This widespread dependence creates a critical vulnerability.

GPS signals are intentionally weak so they can be received by small, low-power devices across the globe. That same weakness makes them easy to disrupt. Relatively simple jamming equipment can block GPS reception, while more advanced spoofing systems can feed false location or timing data into receivers without immediately revealing the deception. In a high-end conflict, disabling GPS does not require destroying satellites; it only requires overwhelming or misleading the signal at the user level.

In a Taiwan scenario, this vulnerability could be decisive. U.S. and allied forces might retain superior platforms and weapons, but without reliable PNT they would struggle to coordinate operations, navigate contested airspace and waters, or deliver precision effects. Losing GPS does not stop a military instantly, but it steadily degrades effectiveness at every level.

China has taken a different approach. Rather than relying on a single satellite system, it has built BeiDou into a broader, layered PNT architecture. This includes satellites, terrestrial transmitters, fiber-based timing networks, and integration with other sensors. The result is greater resilience: if one layer is disrupted, others can compensate. Operating closer to home also allows China to reinforce these systems regionally, particularly around Taiwan and nearby maritime areas.

This layered approach means China may be able to maintain usable navigation and timing even in an environment where GPS is heavily jammed or spoofed. That asymmetry could provide a significant operational advantage, especially in the early stages of a conflict.

The solution is not to abandon GPS, but to reduce dependence on it. The United States and its allies need a more resilient PNT strategy built on redundancy and diversity. This includes receivers that can use multiple satellite constellations, stronger anti-spoofing capabilities, terrestrial navigation backups, and wider use of inertial navigation and sensor fusion. Just as important is training forces to operate effectively when satellite navigation is unreliable or unavailable.

The central lesson is clear: PNT is no longer a background utility—it is a contested warfighting domain. Without serious investment in alternatives and resilience, reliance on GPS could become a strategic liability rather than a strength.

Greece Introduces 10-Year Digital ID Cards with RFID Technology

Greece has announced a major overhaul of its national identification system, replacing the long-used blue ID cards with new digital identity cards that will be valid for 10 years. The move aims to modernize identification, improve security, and align the country with current European standards.

The new IDs are similar in size and format to a credit card and include an RFID chip that enables secure electronic identification without tracking a holder’s location. Each card also features a QR code for quick verification of personal details, as well as clearly displayed issue and expiration dates.

Introducing an expiration period means citizens’ personal and biometric data will be updated regularly, reducing the risk of fraud and outdated information. This brings Greece in line with practices already common across many EU member states.

Once issued, citizens will need to update their new ID details with various organizations, such as banks, employers, insurance providers, telecom companies, utilities, and digital payment services, to avoid disruptions in everyday transactions.

Applications for the new ID cards will be made by scheduling an online appointment through the official government platform, where personal data will be retrieved automatically from national registries. In cases of loss or theft, cardholders are required to contact the issuing authority immediately.

The application involves a modest fee, along with a statutory police charge. Official ID photos must be taken by a certified photographer and uploaded as part of the process.

A key feature of the new system is the Personal Number (PA) — a unique identifier that replaces multiple existing identification numbers when dealing with public authorities. This number will be printed on the card and can also be managed digitally through the Gov.gr Wallet.

Identiv Recognized for Internet-of-Things Innovation in 10th Annual IoT Breakthrough Awards Program

Identiv has been selected as winner of the "IoT Connected Retail Application of the Year" award in the 10th annual IoT Breakthrough Awards program. Conducted by IoT Breakthrough, a leading market intelligence organization, the program recognizes the most innovative companies in the global Internet-of-Things (IoT) market today.

"By fusing physical packaging with digital trust, Identiv, ZATAP, and Genuine-Analytics are setting a new standard for secure and transparent retail in the IoT era," said Steve Johansson, managing director, IoT Breakthrough. "Identiv and their partners' unique multi-layered approach moves beyond partial verification to safeguard both the container and the contents, offering a more comprehensive level of protection and trust for high-value transactions than conventional IoT solutions can deliver."

Identiv collaborated with partners ZATAP and Genuine-Analytics to deliver an IoT solution that verifies the authenticity of both the bottle and the wine itself. By merging secure NFC smart packaging, scientific content analysis, and blockchain-based digital identity, the partnership establishes an immutable link between physical products and their digital twins. At the core are Identiv's tamper-detecting NFC inlays, powered by NXP®'s NTAG® 424 DNA TagTamper security chips, which detect interference and connect each bottle to its digital identity.

"For businesses and buyers, protecting authenticity is critical to preserving both value and reputation. In addressing the counterfeit wine market, this solution redefines what 'connected retail' means, proving that IoT can protect both goods in transit alongside the authenticity of the actual wine inside," said Kirsten Newquist, CEO of Identiv. "We're proud to receive the 'IoT Connected Retail Application of the Year' award from IoT Breakthrough and want to thank our valued partners, ZATAP and Genuine-Analytics. This is the future of authentication for consumer goods from the luxury wine industry and beyond."

Genuine-Analytics' proprietary winePROOF method complements the hardware with a microscopic laser-drilled test against a proprietary database of more than 1,400 authentic vintages. Once verified, a custom GA Safety Tag designed by Identiv reseals the bottle, while ZATAP's mobile interface writes the verification into the blockchain to deliver transparency and provenance data directly to buyers.

Sonaria Launches at Zebra Sales Kick Off Event This January

Sonaria, a modern RFID software platform purpose-built for operational visibility, announced its official launch as an Independent Software Vendor (ISV) at Zebra's annual Sales Kick Off (SKO). At the event, Sonaria is showcasing two core solution offerings— Sonaria Manufacturing and Sonaria Warehouse —designed to help customers achieve real-time visibility, higher accuracy, and measurable operational improvements using Zebra RFID technology.

Sonaria delivers a modular, role-based RFID software platform that integrates seamlessly with Zebra fixed readers, handhelds, and mobile devices. Designed for real-world operations, Sonaria enables manufacturers and warehouse operators to move beyond pilots and spreadsheets to achieve production-grade RFID deployments with rapid time-to-value.

Sonaria Manufacturing provides end-to-end traceability across raw materials, work-in-progress (WIP), and finished goods. By delivering real-time insight into where products are, how they are moving, and what stage of production they are in, Sonaria helps manufacturers improve production accuracy, reduce errors, and gain operational visibility—without disrupting existing workflows.

onaria Warehouse focuses on inbound, inventory, and outbound operations, enabling faster dock-to-stock, highly accurate inventory visibility, reduced cycle counting effort, and fewer shipping errors. By turning raw RFID reads into actionable operational intelligence, Sonaria helps warehouse teams increase accuracy, efficiency, and confidence in daily execution. 

Resistive Temperature Detector (RTD) Temperature Sensor Market worth $1.96 billion by 2030

According to MarketsandMarkets, the Resistive Temperature Detector (RTD) Temperature Sensor Market is projected to grow from USD 1.64 billion in 2025 and to reach USD 1.96 billion by 2030, at a Compound Annual Growth Rate (CAGR) of 3.7% during the forecast period.

The growth of the resistive temperature detector (RTD) temperature sensor market is driven by the rising demand for high-accuracy temperature measurement across industrial automation, energy, and advanced manufacturing ecosystems. Market expansion is supported by the increasing adoption of Industry 4.0 technologies, where precise thermal monitoring is essential for predictive maintenance, process optimization, and equipment safety.

By output, the digital segment is projected to grow at the highest CAGR during the forecast period.
By end-user industry, consumer electronics is expected to hold a larger market share in 2025.
By region, the Asia Pacific is estimated to dominate the RTD temperature sensor market with a share of 48.0% in 2025.

The RTD temperature sensor market encompasses the production, distribution, and integration of resistance-based temperature sensing devices that measure temperature by correlating electrical resistance with thermal changes. The resistive temperature detector market is expanding rapidly, driven by increasing demand for high-precision temperature monitoring across the industrial automation, automotive, and semiconductor manufacturing industries. Increasing adoption of advanced factory automation and Industry 4.0 systems is boosting the need for accurate, stable, and long-life sensors like RTDs.

In terms of output, the digital segment is likely to record the highest CAGR from 2025 to 2030

Digital RTDs are projected to grow at the highest CAGR due to their superior accuracy, noise immunity, and seamless integration with modern electronics and IoT architectures. Unlike analog RTDs, digital variants provide calibrated, linearized, and digitized temperature data, reducing the need for external signal-conditioning hardware and lowering system design complexity. Their compatibility with microcontrollers, ASICs, and wireless modules makes them ideal for next-generation applications in consumer electronics, EV battery systems, medical devices, and smart industrial equipment.

SuperCom Wins National Electronic Monitoring Contract in Western European Country

SuperCom has secured a national electronic monitoring (EM) contract in a Western European Country, further strengthening its position in Europe. This win marks the expansion of SuperCom's proprietary domestic violence (DV) solutions to a tenth nation globally.

SuperCom secured this opportunity through a partnership with a leading local service provider that currently operates and manages electronic monitoring programs nationwide. The contract serves multiple national government agencies and covers a range of public safety programs, including domestic violence monitoring, GPS tracking of offenders, and home detention monitoring.

SuperCom is expected to replace the incumbent EM technology provider within existing national programs and support the launch of new EM initiatives. The partner has indicated plans to transition its entire EM program portfolio to SuperCom's proprietary solutions.

The project is expected to launch in the first quarter of 2026 and includes the purchase of monitoring devices and ongoing monthly service fees. While structured as a multi-year framework with a term of at least three years, the project also provides for expansion opportunities as additional programs and monitoring needs are introduced.

CONTROLTEK Launches SmartPost Z, a Multi-Sensor Storefront Device Integrating RFID powered by Zebra

CONTROLTEK announced the launch of SmartPost Z the newest model in its SmartPost intelligent sensor platform - a modern, multi-technology solution that replaces fragmented systems with one unified, small-footprint device engineered for visibility, protection, and actionable insight. SmartPost Z delivers a smart, compact storefront sensor that integrates RFID powered by Zebra Technologies, AI on-edge vision, time-of-flight people counting, and EAS into one cohesive, data-driven device.

Retailers today rely on a wide range of technologies: video surveillance, EAS for loss prevention, RFID for inventory accuracy, and people counting for customer insight. Each system typically operates on its own, requiring separate installations, interfaces, and analytics tools that create fragmentation and limit visibility.

By unifying these capabilities into a single compact device, SmartPost Z simplifies infrastructure, reduces maintenance, and delivers actionable intelligence in real time.

RTX's Collins Aerospace demonstrates latest development in anti-jam technology

Collins Aerospace, an RTX business, recently showcased its latest innovation in anti-jam Assured Positioning Navigation and Timing (APNT) technology during the U.S. Army's All-Domain Persistent Experiment at White Sands Missile Range, N.M. 

The business's Compact Modular Open Systems Standards (CMOSS) Mounted Form Factor (CMFF) card can be used to provide resilient navigation for ground vehicles, including robotic and autonomous platforms. While paired with an external antenna, the solution demonstrated exceptional performance in a denied and degraded GPS environment.

During the experiment, Collins' APNT system maintained assured navigation despite the presence of a significant number of jammers and spoofers. Leveraging Military-code GPS and internal and external organic sensors, the solution fused multiple data sources to ensure uninterrupted connectivity for ground vehicles, even in the absence of reliable GPS data.

All-Domain Persistent Experiment is the Army's open-air experimentation environment to test capabilities in Denied/Degraded, Intermittent, Limited conditions to advance sensor technologies, networks, data processing, PNT and electronic warfare systems.

Impinj (PI) Starts 2026 With Upside Momentum as Traders Back RFID Growth

Impinj kicked off the new trading year with roughly 3% upward momentum, signaling renewed investor confidence as markets reopen for 2026. The stock has been climbing toward the $175 area, building on a strong finish to 2025 during which Impinj navigated supply chain pressures and reinforced its leadership in RAIN RFID technology. 

Impinj’s performance isn’t being viewed as a short-lived year-end rally: many institutional traders appear to be positioning ahead of what they expect will be a big year for the company. With broader adoption of item-level tracking across retail, logistics and healthcare, Impinj’s RFID solutions stand to benefit from the shift from pilot projects to mandatory traceability programs. Upcoming Q4 2025 earnings results and the rollout of next-generation RFID chipsets are among the catalysts market watchers are watching closely. 

Traders see Impinj poised to benefit from a structural shift toward item-level RFID deployment — especially as global supply chains emphasize visibility and traceability in the years ahead.  

Eforthink Debuts Next-Gen UWB Solutions at CES 2026

Eforthink is set to unveil a brandnew lineup of new ultra-wideband (UWB) products and platforms at CES 2026. Bridging the gap between industrial automation and consumer smart living, the company will showcase cutting-edge real-time positioning systems for manufacturers alongside intuitive spatial sensing devices designed for homes, offices, and beyond.

Eforthink's industrial-grade solution leverages a hybrid positioning system that fuses UWB with Bluetooth Angle-of-Arrival (AoA) technology. Delivering centimeter-level accuracy, it tracks people, vehicles, and materials in real time — optimizing workflows across automotive plants, warehouses, logistics hubs, and various factories.

Taking its industrial UWB expertise into the consumer realm, Eforthink introduces three spatial sensing products that promise to transform everyday interactions:

1. Eforlink ScreenLock – Smart Key for Computers

With 10 cm spatial sensing precision, ScreenLock recognizes authorized users via their smartphones. The computer unlocks as the user approaches and locks instantly upon leaving — no passwords, no keystrokes, just seamless security and productivity.

2. Eforlink UWB Identity Presence Sensor – A Home That Knows You

This sensor identifies who is in the room and adjusts lighting, temperature, entertainment settings, and even pre-configured appliance actions accordingly. Moving beyond simple voice commands, it enables a shift from passive device control to proactive, personalized environments.

3. Eforlink UWB Pet Tag – Hands-Free Access for Pets

Authorized pets can now enter and exit freely with automatic door unlocking, while unknown animals are kept out. It's a small innovation that makes a big difference for pet owners seeking both security and convenience.

UWB technology has long been the backbone of industrial automation, said a company spokesperson. Now, Eforthink is bringing that same precision and reliability into consumers' daily lives — redefining how people interact with their homes, offices, and even their pets.

Eforthink envisions a future where spatial intelligence is as ubiquitous in personal spaces as it is on factory floors.

MICROIP Validates Advanced ASIC Design and SW/HW Integration Capabilities with First-Pass Success of NFC IC

MICROIP, a provider of specialized ASIC design services and AI solutions, announced the successful silicon validation of its internally developed NFC transceiver IC. Achieving "First-Pass Silicon Success" with a 99% functional yield, this milestone serves as a definitive proof point of the company's advanced ASIC design capabilities, demonstrating its ability to execute complex mixed-signal projects with high precision for its design service clients.

Dr. James Yang, Chairman of MICROIP, showcases the company's first proprietary NFC IC. The chip achieved "First-Pass Silicon Success" with a 99% functional yield, serving as definitive proof of MICROIP's advanced ASIC design capabilities and precision engineering.

Dr. James Yang, Chairman of MICROIP, showcases the company's first proprietary NFC IC. The chip achieved "First-Pass Silicon Success" with a 99% functional yield, serving as definitive proof of MICROIP's advanced ASIC design capabilities and precision engineering.

"This NFC chip is more than a product; it is a validation of our comprehensive design ecosystem," said Dr. James Yang, Chairman of MICROIP. "By achieving high yield on the first cut, we have proven that our design methodology minimizes risk and accelerates time-to-market. This success assures our ASIC customers that MICROIP possesses the hard power to handle full-turnkey projects, from RF circuit design to system-level integration."

The chip showcases MICROIP's expertise in Hardware/Software Integration—a key differentiator in its service offering. Unlike traditional design houses that focus solely on silicon, MICROIP engineered this NFC IC specifically to work seamlessly with its proprietary AI software platforms. The chip integrates a high-performance RF front-end and a packet processing engine designed to offload critical tasks from the main processor, allowing for smoother implementation of AI-driven applications.

This synergy highlights MICROIP's ability to deliver System-Level Solutions. The company is demonstrating this capability by integrating the NFC IC with its AI vision software for next-generation Two-Factor Authentication (2FA) systems. This reference design proves to potential customers that MICROIP can deliver not just a chip, but a fully optimized, application-ready subsystem.

MultiTech Showcases Intelligent Sensor Innovation and Sustainable IoT Solutions at CES 2026

MultiTech, a leading global provider of industrial IoT hardware and services, announced its participation in CES 2026, taking place January 6–9, 2026, in Las Vegas. Attendees are invited to visit North Hall, Stand 10349 to meet with MultiTech experts, explore live demonstrations, and see how MultiTech's growing portfolio of intelligent IoT sensors and edge solutions is helping organizations advance sustainability, efficiency, and operational insight at scale.

At CES 2026, MultiTech will highlight its expanding portfolio of wireless sensors, edge gateways, and device management software designed to help customers measure, monitor, and act on critical environmental and energy data—reducing waste, improving efficiency, and supporting long-term sustainability goals. These solutions seamlessly connect from sensors to the edge and onward to the cloud, simplifying deployment, management, and growth across diverse industries and environments.

Designed to measure water usage and help reduce waste, the new pulse counter enables organizations to track consumption, identify leaks, and improve resource efficiency—supporting sustainability initiatives across commercial, industrial, and municipal applications.

An enhanced multi-sensor solution built for smart buildings, cold-chain environments, and energy-conscious facilities. By monitoring door and window activity alongside temperature and humidity, organizations can reduce heating and cooling losses, improve occupant comfort, and strengthen security.

A non-invasive energy monitoring sensor that delivers visibility into electrical usage, helping organizations identify inefficiencies, optimize energy consumption, and support sustainability reporting and compliance efforts.

The latest evolution of MultiTech's edge gateway portfolio, the MTCAP3 with integrated Wi-Fi provides flexible backhaul options, ease of programmability, and reliable AI ready edge connectivity—making it easier to deploy and scale sensor networks in commercial and industrial environments.

Demonstrations showing how MultiTech integrates sensor data directly into building management systems (BMS), enabling facility operators to make faster, more informed decisions that drive energy savings and operational efficiency.

MultiTech will also showcase MultiTech Device Manager, its centralized platform for provisioning, monitoring, and managing devices across the IoT lifecycle. Device Manager enables organizations and partners to securely deploy and scale sensor and gateway fleets with confidence—streamlining onboarding, monitoring device health, and supporting long-term operational reliability across distributed environments.

Together, MultiTech's sensors, gateways, and Device Manager demonstrate a unified approach to IoT—delivering actionable insights while keeping deployments simple, secure, and scalable.

Built with a security-first design and enterprise-ready management, MultiTech helps organizations deploy and scale sensor-driven solutions confidently while supporting sustainability goals today and into the future.