Indonesia adds support for NFC payments to QR mobile payment system

Indonesia’s central bank has introduced NFC payment support to the country’s QRIS national QR mobile payments platform, following a similar move by Brazil’s central bank last month with its Pix system.

Bank Indonesia describes the new feature, QRIS Tap, as a “fast, convenient, affordable, secure, and reliable” payment method designed to enhance digital retail transactions and public services.

QRIS Tap will be rolled out gradually, with plans for widespread adoption across various transportation channels, public services, and merchants. Initially, it will be available at select transportation hubs, parking lots, hospitals, retail locations, and small businesses. Specific locations include Bundaran HI and Lebak Bulus MRT stations, Transjakarta (limited to Royaltrans), DAMRI (limited to JR Connexion Jabodetabek), and hospitals such as RSUD Tarakan, RSCM Kencana, and RSPAD Gatot Subroto Paviliun Kartika.

In the next phase, QRIS Tap will expand to all MRT stations, Transjakarta routes, Jakarta and Jabodebek LRT routes, DAMRI ticketing, KRL (Jabodetabek and Jogja-Solo routes), Teman Bus, and additional merchants.

Dynamsoft Barcode Reader SDK V11.0 Combines Accuracy with Deep Learning

Dynamsoft, a leading provider of barcode scanning and document capture software development kits (SDKs), announced the release of Dynamsoft Barcode Reader SDK C++ Version 11.0. This latest version brings deep learning and performance optimizations, empowering developers to build even more robust and efficient barcode scanning applications.

Dynamsoft Barcode Reader SDK v11.0 introduces new barcode types, expanding the SDK's versatility for a wide range of industries, including pharmaceuticals, postal services, logistics, and library systems.

Dynamsoft Barcode Reader SDK is a powerful and versatile barcode scanning solution designed for desktop, web, and mobile applications. It enables developers to integrate high-speed, accurate barcode recognition into their application, supporting a wide range of 1D and 2D barcode symbologies.  

Dynamsoft Barcode Reader SDK C++ Edition Version 11.0 is now available for download from the Dynamsoft website, including a trial version. Supported platforms include Windows, Linux, and macOS. The SDK is provided with rich code samples. There are various technical support channels for the SDK, including email, live chat, phone, an online knowledge base, and more.

Healthcare Smart Card Readers: Global Market to Reach $2.3 Billion by 2030

The global market for Healthcare Smart Card Readers was valued at US$1.0 Billion in 2024 and is projected to reach US$2.3 Billion by 2030, growing at a CAGR of 13.8% from 2024 to 2030. This comprehensive report provides an in-depth analysis of market trends, drivers, and forecasts, helping you make informed business decisions.

Smart card readers are pivotal in ensuring data interoperability across healthcare systems. They facilitate the seamless exchange of information among providers, insurers, and patients, enabling accurate diagnoses and effective treatment planning. Moreover, they support the secure storage of sensitive data such as medical histories, prescriptions, and insurance details. The ability to authenticate patient identities with precision reduces errors and prevents fraudulent activities. As healthcare systems continue to digitize, the adoption of smart card readers is expected to play a critical role in maintaining data security and enhancing patient outcomes.

The growth in the Healthcare Smart Card Readers market is driven by several factors, including the increasing digitization of healthcare systems, rising concerns over data security, and the growing need for seamless interoperability. The adoption of electronic health records has created a strong demand for secure and efficient data access solutions, with smart card readers serving as a key enabler. The rise in cyberattacks targeting healthcare data has further accelerated the demand for advanced authentication and encryption technologies offered by smart card readers.

The increasing prevalence of chronic diseases and the growing aging population are also driving the market, as healthcare providers seek efficient tools to manage patient data and deliver personalized care. Government mandates and regulatory frameworks promoting data privacy and interoperability are further boosting the adoption of smart card readers in healthcare. Additionally, advancements in smart card technology, such as contactless solutions and biometric integration, are enhancing the functionality and appeal of these devices. These drivers collectively highlight the critical role of smart card readers in shaping the future of secure, efficient, and patient-centric healthcare systems.

The increasing demand for efficient patient management systems is driving hospitals and clinics to adopt smart card readers. These devices significantly reduce patient wait times by enabling quick and secure check-ins, appointment scheduling, and billing processes. Smart card readers also help healthcare providers comply with stringent data protection regulations, such as HIPAA, by ensuring that patient information remains confidential and accessible only to authorized personnel.

Additionally, the use of smart card readers in medical research and trials has gained momentum. Researchers are leveraging these devices to securely store and access patient data for clinical studies, ensuring the accuracy and reliability of their findings. The integration of smart card readers with electronic health record (EHR) systems is another major trend, enhancing real-time data access and updating capabilities. This not only improves operational efficiency but also empowers healthcare professionals to make informed decisions quickly. As a result, smart card readers have become indispensable tools for modern healthcare institutions.

Smart card readers are addressing some of the most pressing challenges in healthcare, including data security, patient privacy, and interoperability. As cyber threats become more sophisticated, healthcare providers face increasing risks of data breaches. Smart card readers offer a robust solution by enabling multi-factor authentication and encrypted data storage, ensuring that sensitive patient information remains protected. Furthermore, these devices help maintain patient privacy by limiting access to medical records based on role-based permissions.

Wearable Technology Market to Hit New High of US$ 885.65 Billion By 2033

The global wearable technology market was valued at US$ 218.27 billion in 2024 and is expected to reach US$ 885.65 billion by 2033, growing at a CAGR of 16.84% during the forecast period 2025–2033.

The wearable technology market has experienced rapid growth, driven by advancements in consumer electronics, healthcare, and fitness applications. In 2024, the market is forecast to record shipments of around 560 million devices, reflecting a significant increase in consumer adoption. Smartwatches and fitness trackers dominate the product landscape, with smartwatches accounting for a substantial portion of shipments, reaching 162.2 million units in 2023. Additionally, earwear has emerged as a leading segment, with shipments expected to reach 350 million units in 2024, driven by the popularity of wireless earbuds and hearing aids. The consumer electronics segment has been particularly influential, representing more than 48.95% of total revenue in 2024, largely due to the rise of AR/VR headsets and fitness bands.

Regionally, North America and Asia-Pacific are key markets, with North America holding a 38% market share in online wearable tech sales. Asia-Pacific, on the other hand, accounts for 30.1% of the market, driven by high adoption rates in countries like China and India. The healthcare sector is also a significant driver, with wearable devices increasingly used for remote patient monitoring and chronic disease management. By 2026, mobile wallets are projected to handle over 54% of global online transactions, indicating a shift towards digital payment methods in the wearable tech market. This trend is expected to further boost online sales, which already account for 60% of wearable tech purchases in 2024.

The wearable technology market is currently experiencing robust investment activity, underscoring strong financial confidence and optimism regarding its growth trajectory. Over 14,500 investors have participated in more than 27,000 funding rounds, highlighting widespread and sustained interest in wearable technology ventures. The magnitude of these investments is substantial, with an average investment per funding round of approximately US$ 25.7 million, reflecting significant financial commitments and investor confidence in the sector's potential.

Prominent investors such as General Atlantic, SoftBank Vision Fund, and Tiger Global Management have collectively injected over US$ 8 billion into wearable technology companies. The involvement of these major financial players underscores the sector's attractiveness and its strategic importance within broader technological investment portfolios. Additionally, the wearable technology market benefits from a vibrant startup ecosystem, comprising over 3,900 startups actively contributing to innovation, technological advancement, and market expansion. This dynamic environment is particularly conducive to venture capital investments, as startups frequently pioneer novel applications and technologies that attract investor interest.

Looking ahead, the wearable technology market is poised for continued growth in investment and venture capital activity through 2025. This anticipated growth is driven by advancements in artificial intelligence (AI), healthcare applications, and green technologies, which are expected to unlock new market opportunities and attract further financial backing. The sector's projected market size growth—from US$ 218.27 billion in 2024 to US$ 885.65 billion by 2033 at a CAGR of 16.84%—further validates investor optimism and positions wearable technology as a highly attractive investment domain with substantial long-term potential.Regionally, North America and Asia-Pacific are key markets, with North America holding a 38% market share in online wearable tech sales. Asia-Pacific, on the other hand, accounts for 30.1% of the market, driven by high adoption rates in countries like China and India. The healthcare sector is also a significant driver, with wearable devices increasingly used for remote patient monitoring and chronic disease management. By 2026, mobile wallets are projected to handle over 54% of global online transactions, indicating a shift towards digital payment methods in the wearable tech market. This trend is expected to further boost online sales, which already account for 60% of wearable tech purchases in 2024.

The wearable technology market is currently experiencing robust investment activity, underscoring strong financial confidence and optimism regarding its growth trajectory. Over 14,500 investors have participated in more than 27,000 funding rounds, highlighting widespread and sustained interest in wearable technology ventures. The magnitude of these investments is substantial, with an average investment per funding round of approximately US$ 25.7 million, reflecting significant financial commitments and investor confidence in the sector's potential.

Prominent investors such as General Atlantic, SoftBank Vision Fund, and Tiger Global Management have collectively injected over US$ 8 billion into wearable technology companies. The involvement of these major financial players underscores the sector's attractiveness and its strategic importance within broader technological investment portfolios. Additionally, the wearable technology market benefits from a vibrant startup ecosystem, comprising over 3,900 startups actively contributing to innovation, technological advancement, and market expansion. This dynamic environment is particularly conducive to venture capital investments, as startups frequently pioneer novel applications and technologies that attract investor interest.

Looking ahead, the wearable technology market is poised for continued growth in investment and venture capital activity through 2025. This anticipated growth is driven by advancements in artificial intelligence (AI), healthcare applications, and green technologies, which are expected to unlock new market opportunities and attract further financial backing. The sector's projected market size growth—from US$ 218.27 billion in 2024 to US$ 885.65 billion by 2033 at a CAGR of 16.84%—further validates investor optimism and positions wearable technology as a highly attractive investment domain with substantial long-term potential.

EarthTronics Introduces EarthConnect Area Light Sensors with Extended Outdoor Range for Commercial Lighting Applications

EarthTronics introduces EarthConnect Area Light sensor for Luminaire Level Lighting Control (LLLC) applications, especially in outdoor settings. EarthConnect now features integrated daylight sensing for dusk-to-dawn operation, passive infrared (PIR) motion detection, long-range antennas, and a durable UV-rated nylon housing with a sleek black finish.

IP66 rated for wet locations, EarthConnect provides enhanced efficiency which increases productivity and reduces waste, maximizes energy savings, improves comfort and achieves building code compliance. Its functionality includes quick wireless grouping, as well as scene-setting, full-range dimming and scheduling. Equipped with the advanced AlgoH2 algorithm, these sensors ensure accurate motion detection for heights up to 40 feet while minimizing false triggers. The Bluetooth® transmission rate is 328 feet when installed properly. These features provide the ability to control exterior lighting from a smartphone or device with multiple energy-saving functions that help to increase the effectiveness of a security lighting system. Time settings allow for differing light levels depending on time of evening or calendar dates. The lighting control hardware is easily installed in the field or at the factory to provide project flexibility.

The EarthConnect network lighting control system has the capability to provide energy monitoring reports for customers and clients to better analyze and optimize lighting energy consumption. It is scalable so that facilities of nearly any size can benefit from a mesh network control solution—from small-sized to large complex office buildings, as well as manufacturing facilities and warehouses.

The EarthConnect Area Light sensors are easily installed on exterior area lights and accommodate mounting heights ranging from 20 feet to 40 feet.

FCC, RoHS and UL8750 listed, the EarthConnect Area Light Sensor will perform in temperatures ranging from -22°F (-30°C) to 131°F (55°C) and comes with a five-year warranty. The system is ideal for new construction, renovation or lighting retrofit projects.

FCC Considers Reorganizing UHF RAIN RFID Band

A recent survey and comments from the FCC chairman suggest potential changes to the bandwidth currently designated for UHF RAIN RFID users and other Part 15 devices.

In April 2024, NextNav filed a rulemaking petition with the FCC to realign the 902-928 MHz band, which is used by RAIN RFID, LoRa transmissions, and Z-Wave. The proposed rule would allow 5G transmissions within this spectrum, potentially affecting existing UHF RAIN RFID and other Part 15 device operations. The FCC accepted public comments on the proposal last summer.

If approved, the changes could lead to increased congestion in the 902-928 MHz band, according to a joint statement from RFID industry groups RAIN Alliance and AIM Global.

Earlier this month, FCC Chairman Brendan Carr announced a broad deregulatory initiative to review all agency regulations, including broadcast ownership caps. On March 27, the FCC will explore alternatives to GPS in a Notice of Inquiry. While the notice mentions NextNav, it extends beyond the company and its petition.

Hana Becomes First RFID Company to Join the Circular Rubber Platform

Hana Technologies announced its membership in the Circular Rubber Platform, making it the first RFID company to join this initiative. This milestone reinforces Hana RFID’s long-standing commitment to sustainability and circularity in the tire and rubber industry.

Since 2005, Hana RFID has pioneered RFID-enabled tire traceability, supporting circularity by allowing seamless tracking from cradle to grave. Embedded during manufacturing, Hana’s RFID tire tags provide each tire with a unique digital identity, enabling full lifecycle traceability—from production and usage to recycling and repurposing.

An RFID tire tag is a small, embedded device that uses radio frequency identification (RFID) technology to track, monitor, and manage tires. These tags create digital twins of tires, offering seamless integration with fleet management systems, inventory tracking, and other digital applications, including the European Digital Product Passport (DPP). By enabling a digital twin, Hana’s RFID solutions empower the entire tire ecosystem to optimize maintenance, improve inventory control, streamline fleet management, and develop innovative business models that enhance efficiency and sustainability.

Joining the Circular Rubber Platform aligns with Hana RFID’s mission to drive innovation in tire traceability and promote a circular economy. Through collaboration with industry leaders, Hana aims to advance RFID adoption in sustainable tire lifecycle management, ultimately reducing waste and maximizing resource efficiency.

Europe Smart Home Market to Reach $67.5 Billion by 2031

The Europe smart home market is projected to reach $67.5 billion by 2031, at a CAGR of 13.9% from 2024 to 2031.

The growth of the Europe smart home market is driven by the rising need for home safety & security, increasing government initiatives promoting the adoption of smart technologies, and the wider proliferation of Internet of Things (IoT) technologies. However, High procurement costs restrain the growth of this market to some extent.

Furthermore, consumers' need for complete flexibility & customization is expected to generate growth opportunities for market stakeholders. However, data privacy & security concerns and smart home solutions' compatibility with existing infrastructure are major challenges in the Europe smart home market.

Governments in Europe are actively promoting the adoption of smart home technologies to address challenges such as energy efficiency and sustainability and improve the quality of life for citizens. These initiatives are driven by a combination of environmental goals, economic strategies, and technological innovation. Regional governments are encouraging the use of smart home technologies that optimize energy use, such as smart thermostats, automated lighting, and energy-efficient appliances. Countries such as Germany have introduced financial incentives, such as grants and tax rebates, to support the adoption of energy-efficient technologies in homes. The French government also offers tax credits under the Energy Transition Tax Credit (CITE) program, which includes rebates for smart home technologies like energy management systems.

Furthermore, governments across Europe are integrating smart home technologies into broader national sustainability and digitalization agendas. These efforts not only help reduce energy consumption but also support long-term environmental goals while fostering innovation in the building and technology sectors. By combining financial incentives, policy frameworks, and public awareness campaigns, Europe is positioning itself as a leader in the adoption of smart home technologies.

Based on product type, in 2024, the smart security & monitoring systems segment is expected to account for the largest share of 29.1% of the Europe smart home market. However, the smart speaker's segment is expected to register the highest CAGR of 18.7% during the forecast period 2024–2031.

Dane Technologies and Brain Corp Unveil Dane AiR DC an Autonomous Inventory Scanning Robot for Warehouses

Dane Technologies and Brain Corp, the autonomous technology company creating transformative solutions in robotics and AI, announced the launch of the Dane AiR DC, an autonomous mobile robot built to revolutionize inventory management within distribution centers and warehouses. Engineered to deliver inventory visibility with unmatched speed, accuracy, and efficiency, the Dane AiR DC provides a smart, scalable solution for inventory management.

The manual inventory process used in distribution centers, warehouses, or manufacturing environments can be time-consuming, expensive, and prone to error. The Dane AiR DC transforms this manual process into a fully autonomous, AI-powered solution, designed to deliver value in any warehouse. The Dane AiR DC delivers faster cycle counts with greater data accuracy, and significantly lower operating costs.

For warehouse and distribution center operators exploring automation, the Dane AiR DC offers a plug-and-play solution—unlike drones, which require specialized infrastructure, have runtime limitations and face flight restrictions, or other robotic solutions that are large, very complex, and have significant operating expenses. Built on the same platform as the Dane AiR—the robotic inventory scanning solution for retail—its compact design enables precise navigation in dynamic environments, with minimal disruption to existing workflows. Powered by the next-generation BrainOS® Robotics Platform, which has logged over 20 million autonomous operating hours across more than 40,000 robots, the Dane AiR DC delivers the performance, reliability, and scalability required for real-world warehouse operations.

Flexa Launches Tap to Pay for Crypto Transactions, Introducing the First NFC-Based Hardware Wallet Payments for Retail

Flexa, a provider of pure-digital payments, is introducing Tap to Pay support for cryptocurrency transactions, becoming the first digital currency acceptance platform to enable direct blockchain payments via NFC-enabled hardware wallets. This marks a major step in digital asset usability, allowing in-person transactions without the need for a mobile phone or internet connection.

Launching with support for hardware wallets like Burner, this system enables users to sign and transmit cryptocurrency transactions directly at the point-of-sale. These wallets function like contactless payment cards, but securely process blockchain transactions instead of traditional credit and debit payments.

Users will enter their PIN on a Flexa-enabled point-of-sale device and tap their Burner card to sign a transaction, which is processed on the blockchain to authorize the payment. This provides a seamless experience comparable to tapping a traditional credit or debit card, but with the added security and decentralization of cryptocurrencies. Initially, this feature will be available to users with supported hardware wallets and at merchants using Flexa’s Point of Sale app for iPhone and Android devices, with adoption growing as merchant support expands. Later, Flexa will expand support to include offline payments from mobile wallets that embed the Flexa SDK.

Most cryptocurrency payments today rely on mobile phones and active internet connections, adding extra steps and delays at checkout. Flexa’s Tap to Pay experience eliminates that friction, streamlining the process while demonstrating the massive potential of NFC hardware wallets for real-world transactions. As new NFC-enabled wallets continue to emerge, this innovation lays the groundwork for broader adoption of crypto payments in retail.

Flexa’s Tap to Pay experience will be on display at the Digital Spenders Club booth at ETHDenver 2025, with widespread merchant availability coming via partner point-of-sale platforms later this year. While NFC-enabled contactless payments are well established in traditional finance, Flexa is the first to enable direct blockchain transactions through hardware wallets, marking a meaningful advancement in cryptocurrency’s integration with retail commerce.

Visa reports 200% growth in Tap to Phone softPOS adoption

Visa’s Tap to Phone softPOS solution has seen a 200% year-on-year increase globally, with adoption surging by 234% in key markets such as the US, UK, and Brazil. According to Visa, “millions of sellers of all sizes” now use the technology, with nearly 30% being new small businesses.

SoftPOS technology allows businesses to accept contactless payments using a standard NFC-enabled smartphone—eliminating the need for additional hardware.

Visa highlights how this innovation is “democratizing access to commerce tools,” enabling microsellers and small businesses worldwide to start accepting contactless payments effortlessly.

“Tap to Phone is a tech equalizer for businesses,” says Mark Nelsen, Visa’s global head of consumer products. “Whether you’re shopping at a major retailer or a local farmer’s market, the same technology is making payments seamless and accessible.”

With consumer preference for contactless payments growing, Visa continues to expand its tap capabilities to enhance payment experiences for both businesses and customers.

STMicroelectronics launches high-performance NFC reader

STMicroelectronics has introduced the ST25R300, the latest addition to its ST25R NFC reader range, engineered to deliver exceptional performance even in the most challenging environments.

Enhanced Power and Extended RangeThe ST25R300 offers a significantly higher power output of up to 2.2W, enabling extended range capabilities and allowing designers to incorporate compact antenna components with ease. Its high output power ensures outstanding receiver sensitivity and reliable performance, particularly in electrically noisy environments. This makes it an ideal choice for applications such as payment terminals and access control systems, where the reader’s antenna may be positioned behind LCD screens or metal casings.

Advanced Features for Versatile ApplicationsBuilt upon ST’s industry-proven NFC technology, the ST25R300 supports NFC reader/writer, NFC passive peer-to-peer initiator and target modes, as well as NFC card emulation. It fully complies with EMVCo 3.x and NFC-A/B (ISO14443A/B) specifications, including higher bit rates, along with NFC-F (FeliCa™) and NFC-V (ISO15693) up to 212 kbps.

Designed for a wide range of applications, the device operates within a broad temperature range of -40°C to 105°C and supports peripheral I/O voltages from 1.65V to 5.5V. These features make it suitable for various industrial and consumer NFC-enabled applications, including EMVCo® payments, access control, Qi protection, NFC charging, and product traceability.

Visa Tap to Phone Adoption Soars: 200% Year-over-Year Growth Worldwide

Tap. Pay. Done. This simple, secure, and increasingly mobile action has transformed the shopping experience and unlocked opportunities for small businesses worldwide.  

Visa announced that Tap to Phone has experienced a 200% increase over the past year, supporting millions of sellers of all sizes. In the highest Tap to Phone countries - the U.S., UK, and Brazil - adoption rates have surged, showing a combined growth rate of 234%1.

Tap to Phone expanded Visa’s tap capabilities with a technology that turns a smartphone into a point-of-sale (POS) device, simply by downloading an app.

With nearly 30% of Tap sellers being new small businesses2, this technology is helping to democratize access to commerce tools and empower microsellers and SMBs around the world to start accepting contactless payments by using their NFC-enabled smartphones.

Digital Agriculture Market to Reach $51.3 billion, Globally, by 2033

According to a new report, the digital agriculture market was valued at $18.6 billion in 2023, and is estimated to reach $51.3 billion by 2033, growing at a CAGR of 10.5% from 2024 to 2033.

The growth of the digital agriculture market is primarily driven by the increase in adoption of precision farming techniques, rise in demand for food security, and advancements in agricultural technologies. Farmers are leveraging digital solutions such as AI, IoT, big data analytics, and remote sensing to optimize resource utilization, improve crop yields, and enhance sustainability. The growing penetration of cloud-based farm management software and automation technologies, including drones and autonomous tractors, is further boosting adoption. Moreover, climate change concerns and the need for efficient water and soil management are pushing farmers toward data-driven decision-making. Investments from agritech startups and collaborations between technology providers and agricultural enterprises are also fueling innovation in digital agriculture.  

By component, the hardware segment accounted for the largest share in 2023, owing to the increasing adoption of precision agriculture equipment, including GPS receivers, sensors, drones, and automated machinery. The rising demand for smart irrigation systems, yield monitoring devices, and soil health assessment tools has significantly contributed to the dominance of this segment. Farmers and agribusinesses are increasingly investing in IoT-enabled devices and robotics to enhance productivity, optimize resource utilization, and reduce operational costs. In addition, advancements in satellite imaging and remote sensing technologies have further driven the demand for high-tech agricultural hardware. The integration of AI-powered cameras and unmanned aerial vehicles (UAVs) for crop monitoring and field analysis has also fueled market growth. Government initiatives supporting mechanized farming and subsidies for precision farming equipment have encouraged widespread adoption. As the industry continues to embrace automation and data-driven farming, the hardware segment is expected to maintain its leading position in the digital agriculture market.

By application, the precision farming and farm management segment accounted for the largest share in 2023, owing to the increasing adoption of data-driven agricultural practices aimed at enhancing productivity and sustainability. Farmers are leveraging advanced technologies such as GPS-guided machinery, IoT-enabled sensors, and AI-powered analytics to optimize resource utilization, monitor soil health, and improve crop yields. The rising need to reduce input costs, minimize environmental impact, and maximize farm efficiency has further propelled the adoption of precision farming solutions. In addition, the growing integration of farm management software for real-time monitoring, predictive analytics, and automated decision-making has strengthened the segment's dominance. Government initiatives promoting smart farming, coupled with increasing investments in digital agriculture, have also contributed to market expansion. The widespread use of drones for field analysis and remote sensing, along with the demand for automated irrigation and variable rate technology, has solidified the precision farming and farm management segment's leadership in the digital agriculture industry.

By technology, the IoT segment accounted for the largest share in 2023, owing to the increasing adoption of connected devices and smart sensors in agriculture to enhance productivity, efficiency, and sustainability. IoT technology enables real-time monitoring of soil conditions, weather patterns, and crop health, allowing farmers to make data-driven decisions and optimize resource utilization. The integration of IoT-based solutions in precision farming, smart irrigation, and automated machinery has significantly improved operational efficiency and reduced costs. Furthermore, the rising demand for remote monitoring and predictive analytics has driven the deployment of IoT-enabled farm management systems. Governments and agricultural organizations are actively promoting IoT adoption through subsidies and initiatives aimed at modernizing farming practices. Additionally, advancements in wireless communication technologies, such as 5G and LPWAN, have enhanced IoT connectivity in rural areas, further accelerating market growth. As a result, IoT continues to play a crucial role in transforming the agricultural landscape and driving the expansion of digital farming solutions.

By region, North America held the highest market share in terms of revenue in 2023, owing to the early adoption of advanced agricultural technologies, strong infrastructure, and high investment in precision farming solutions. The region's well-established agribusiness sector, coupled with widespread use of IoT, AI, and big data analytics in farming operations, has significantly contributed to market growth. In addition, government initiatives and subsidies supporting smart agriculture, along with the presence of key market players, have further accelerated digital transformation in the sector. The increasing demand for high-yield crops, efficient water management, and sustainable farming practices has driven farmers to adopt automation, robotics, and farm management software. Moreover, the rising focus on reducing labor dependency and improving operational efficiency has boosted investments in agricultural drones, autonomous tractors, and sensor-based monitoring systems. With continuous advancements in AgTech and strong R&D initiatives, North America remains a leader in the digital agriculture market.

ChronoTrack Introduces Advanced UHF RFID Timing System at Annual Timers Conference

ChronoTrack, a provider of race timing technology, showcased its latest advancement in UHF RFID timing systems, Kairos, at the 2025 ChronoTrack Timers Conference. Following positive feedback from timing professionals, the company announced it is now accepting pre-orders for the system, with deliveries scheduled to begin in Q2 2025.

Kairos represents the next step forward in UHF RFID timing technology, featuring a modular design that adapts to events of any size while maintaining compatibility with existing ChronoTrack equipment. The system leverages the latest advances in UHF RFID technology through its new Kairos 4 controller, delivering enhanced read rates and sensitivity in the industry’s most compact form factor.

Key features of the Kairos system include:

    Modular system design adaptable for varying course deployment needs
    Power over Ethernet (POE) technology for simplified power management
    Remote monitoring and management capabilities
    Enhanced UHF RFID performance
    Full backward compatibility with existing ChronoTrack equipment

BAE Systems’ Tony Wilson, Thomas Copeland to Deliver Keynote at RFID Journal LIVE 2025

RFID Journal LIVE! 2025 has announced that BAE Systems‘ Tony Wilson and Thomas Copeland will deliver a keynote address at this year’s conference.

In their address, Shifting Gears: BAE Systems Expands Automated Tracking with RFID and Robotics in the U.K., Wilson and Copeland will go over how the international defense, aerospace and security company built an automated tracking system in the United Kingdom that encompasses twenty-eight facilities in two manufacturing sites, using a hybrid mix of passive RFID detectors/antennas, dependent upon the needs and environment in each building.

The highly anticipated 2025 event will take place May 5-8 at the Paris Convention Center in Las Vegas, Nevada, bringing together technology providers, innovators, and end-users from around the globe.
 

Global Sensor Market Set to Hit $300.5 Billion by 2029

Sensors are the unsung heroes of modern technology, quietly revolutionizing industries from water management to healthcare, industrial automation, and beyond. The numbers speak for themselves: The global sensor market is set to surge from $179.7 billion in 2023 to $300.5 billion by 2029, growing at a CAGR of 8.9%.

From detecting leaks in water systems to enabling smart homes and self-driving cars, these tiny yet powerful devices are shaping the future in ways we're only beginning to grasp.

Sensors are devices that detect and respond to environmental changes, converting physical parameters such as temperature, pressure, and motion into electrical signals. They are crucial in many fields, including healthcare, automotive, smart homes, environmental monitoring, and industrial automation. As technology advances, sensors are becoming more sophisticated, driving innovations on the Internet of Things (IoT) and enabling smarter, more efficient systems. Sensors are the silent force behind many of today's technological advances.

The global market is estimated to increase from $15.0 billion in 2023 to $19.3 billion by 2029 at a compound annual growth rate (CAGR) of 4.5% from 2024 through 2029.

With water conservation becoming a global priority, smart meters and leak detection sensors prevent waste and optimize infrastructure.

The integration of IoT and AI technologies for smarter water management can serve to administer quality increase utilization, and prevent potential leaks. This advance and upgrade in devices and tools enable it with greater efficiency and accuracy.

Rocket Lab Launch Completes Deployment of Full Kinéis Constellation in Less Than a Year

Rocket Lab USA successfully launched its Electron rocket, deploying five satellites to Low Earth Orbit for French Internet-of-Things (IoT) constellation operator Kinéis. The mission was the fifth in a five launch deal with Kinéis that has seen Rocket Lab deploy a complete constellation of 25 IoT satellites in less than a year.

The “High Five” mission lifted-off from Rocket Lab Launch Complex 1 in Mahia, New Zealand at 14:31 NZDT on March 18, 2025 (01:31 UTC), successfully deploying five satellites to a 650 km low Earth orbit. The mission was Rocket Lab’s fourth Electron launch of 2025, and 62nd Electron launch overall.

The Kinéis constellation is designed to make it possible to connect and locate any connected object anywhere in the world, enabling data transmission to users in near-real time, at low bit rates and with very low energy consumption. By enabling internet connection to the Earth’s most remote locations, Kinéis constellation can support forest fire detection, water resource management, infrastructure and energy network monitoring, transport and logistics tracking, and much more.

Google Wallet Launches in Pakistan with Broad Card Issuer Support

Google Wallet is now live in Pakistan, launching with support from seven card issuers, with four additional issuers set to join soon.

The initial seven issuers enabling Google Wallet include Bank AlFalah, Bank of Punjab, Faysal Bank Noor, HBL, JazzCash, Meezan Bank, and UBL.

Allied Bank, Easypaisa Digital Bank, JS Bank, and Zindigi have also committed to supporting the service and are expected to go live in the near future.

Expanding Digital Payments in Pakistan“Pakistan’s digital payments landscape is evolving rapidly, and as more people embrace digital transactions, Google Wallet offers a secure, seamless, and efficient way to pay, shop, and travel,” said Farhan Qureshi, Google’s country director for Pakistan.

A Smarter Approach to Truck Weight Monitoring

With the start of a new presidential administration, RFIDme’s Real-Time 6C Weight System is set to revolutionize trucking infrastructure by making it smarter, safer, and more efficient.

Developed by Mr. Bing Xuan Li and patented in the U.S. under Patent Number US 12,202,491 B1, this system features multiple patented sensors for each axle and a proprietary 6C transmission module. Designed to enhance economic efficiency, environmental sustainability, and border security, it also helps businesses and the government save both time and money. Its patent approval underscores its unique value in the rapidly evolving transportation industry.

The Real-Time 6C Weight System shifts weight monitoring from traditional, stationary road-based solutions to a dynamic, truck-mounted system that captures real-time data. Traditional weigh stations rely on designated lanes and embedded sensors to measure truck loads, limiting efficiency.

By integrating multiple weight sensors directly onto a truck’s suspension system, this innovative solution leverages the patented 6C protocol to transmit accurate, real-time weight data wherever the vehicle travels. This breakthrough technology enhances efficiency, ensures seamless weight monitoring, and provides the flexibility needed for modern transportation networks.

62% of Businesses Expect QR-Driven Revenue Growth, Uniqode Report Finds

Uniqode, the highest-ranked QR code platform on G2, released its inaugural State of QR Codes Report, featuring insights from over 600 business leaders that emphasize how QR codes have expanded beyond convenience and increasingly become a business necessity.

The report demonstrates the value of QR codes in revenue generation, customer engagement and first-party data collection. Notably, 62% of businesses surveyed project higher sales in 2025 due to QR-focused initiatives, including transforming physical spaces into digital assets that turn every surface into a point of sale, like interactive aisle endcaps or product packaging.

Findings from the report illustrate that QR codes are fundamental to customer-initiated interactions. They turn physical points in the customer journey into two-way communication channels that promote engagement and provide valuable insights into consumer behavior. According to the report, QR codes signal high-intent interactions, resulting in 3-4x higher engagement rates on linked pages, and 95% of businesses confirm using those QR engagements to collect first-party data.

Other key findings from the report include:

    Widespread mainstream adoption: Approximately 90% of respondents engage with QR codes on a weekly basis, with a majority (59%) scanning QR codes daily. As a result, over 90% of business leaders anticipate increased QR adoption across sectors.
    Priorities for future applications: Nearly 60% of organizations plan to increase their investment in QR codes, with a focus on wider adoption of dynamic QR codes, increased augmented reality (AR) integration and tie-in to sustainability initiatives.
    Legacy tools create roadblocks to scale: Nearly half (46%) of respondents admitted to facing roadblocks in adopting QR codes, including a significant percentage of organizations (60%) needing more sophisticated tools for large-scale QR code deployment.
    Value generation: Products and places are generating value through QR codes, achieving a 37% click-through rate (CTR) on destination links at significantly reduced costs.

Emisense Announces Commercialization of Next Generation Particulate Matter Sensor

Emisense Technologies announced an agreement to commercialize next-generation sensors for particulate matter (PM) with a global Tier-1 Automotive Supplier. The agreement combines the Emisense electrostatic PM (ePM) sensor technology with the industrialization capabilities of a proven leader in global automotive sensor manufacturing.

The ePM technology is ideal for end-of-tailpipe applications, enabling easier compliance with on board diagnostic (OBD) requirements that are tightening in the coming years. Key advantages include faster response times, superior sensitivity, and a continuous signal which avoids the complex models required to predict periodic sensor response with existing resistive PM sensors.

The only pollutant that is still rising in cars and trucks is ultrafine PM, or soot, which has negative impacts on human health that are near term and well understood. PM filters are proven solutions, and next-generation PM sensors are required to ensure filters are operating properly for the life of the vehicle.

Advantages of the new Electrostatic ePM sensors (also known under the trade name of PMTrac®) are expected to include lower compliance costs from easier OBD system integration; sensor self-diagnostics with tamper detection capability; and lower warranty costs. Sample availability is starting in 2025, with production planned to start in 2028.

SK keyfoundry Launches 3D Hall-effect Sensor Technology Capable of Measuring Speed and Direction

SK keyfoundry, an 8-inch pure-play foundry in Korea, offers a new 3D Hall-effect sensor technology that can measure speed and direction through three-dimensional magnetic field detection for its foundry customers.

The Hall-effect sensor is a device that measures the strength of a magnetic field using the Hall-effect, which detects the voltage difference generated when a conductor or semiconductor passes through a magnetic field. The measured magnetic field is utilized in applications that leverage the position, speed, rotation, direction, and current of devices.

SK keyfoundry has provided a variety of products using existing 1D (one-dimensional) and 2D (two-dimensional) Hall-effect sensors, and this new 3D Hall-effect sensor integrates both Vertical and Planar Hall-effect sensors on a single chip. It features enhanced sensitivity beyond that of existing 2D products, enabling real-time measurement of minute three-dimensional direction and speed changes with rapid response times.

Another important feature of the 3D Hall-effect sensor provided by SK keyfounrdry is that it can be designed to easily integrate into customer products by adding masks to existing processes. Additionally, the integration of the 3D Hall-effect sensor is offered across multiple nodes in the range of 0.13μm to 0.18μm while maintaining electrical characteristics.

The new 3D Hall-effect sensor is expected to be utilized in various fields. In particular, it can be applied in the automotive sector for safe driving assistance and autonomous driving systems, in consumer electronics for smart appliances and gaming consoles, and in industrial automation for robot control, drones, virtual reality, augmented reality, and wearable devices.

MulticoreWare to Showcase with AMD an AI-Driven Smart Checkout for the Retail Market at Embedded World

MulticoreWare, Inc., a global technology company providing software solutions and engineering services, has collaborated with AMD to develop an AI-powered smart self-checkout system for smarter retail.

This innovative solution enhances both retailer security and customer shopping experience through Gen AI and Computer Vision based automation. The solution operates multiple AI models simultaneously, optimally utilizing embedded processor cores such as CPU, GPU and NPU available on AMD Ryzen™ Embedded 8000 Series processors, the first AMD embedded devices to integrate NPUs alongside traditional CPU and GPU elements.

This advanced technology enhances self-checkout systems for smart retail by utilizing AI and computer vision. It enables accurate product identification through object detection, product verification, and barcode scanning. Additionally, the system includes AI-powered shoplifting detection, offering real-time monitoring of suspicious customer behaviour and LLM-driven instant alerts to notify store staff of potential theft.

Through its collaboration with AMD, MulticoreWare harnesses the power of the AMD Ryzen Embedded 8000 processor (Mini PC 4X4) – a high-performance, compact computing platform – to optimize checkout operations, detect customer behaviour anomalies, and create a secure, AI-driven shopping ecosystem.

MulticoreWare excels in smart retail solutions by leveraging AR, data analytics, and real-time tracking to create personalized shopping experiences, reduce theft and optimize inventory management. Their solutions enable dynamic pricing, automated checkouts to reduce wait times, and enhanced in-store security through RFID and camera systems.

MulticoreWare delivers software IP Solutions and Engineering Services serving a wide group of customers with solutions like Hardware Platform Compilers & Toolchains, SDK Libraries, Video codecs, and Algorithm & Data Engineering using vision & non-vision sensors (Radar, LiDAR, IMU, GPS). MulticoreWare's solutions are used in Automotive (ADAS/AD), Surveillance, Defence, Smart Health, IoT, Industrial, Robotics, Smart Cities. Their industry-leading video codec products (x266/x265/Ultraziq) are used in live streaming or VOD services across many broadcast customers.

Arlo announces expanded partnership with Samsung SmartThings

Arlo Technologies, a smart home security brand, announced an expanded partnership with Samsung SmartThings, bringing new capabilities to the SmartThings community.

The latest update brings some of the most popular features of Arlo Secure 5 into the SmartThings experience, giving users more control and convenience in managing their smart home security. Scheduled for release this spring, the update will introduce:

These new capabilities for SmartThings users are part of Arlo Secure 5, the next generation of smart home security powered by Arlo Intelligence. Using advanced computer vision AI and recognition engines, it delivers more detailed, meaningful alerts, enabling users to make faster, more informed security decisions.

Annual inReach SOS report emphasizes the value of Garmin satellite communication devices

Garmin released its 2024 inReach SOS Report, highlighting trends involving SOS incidents reported to Garmin Response during the past calendar year. The report provides insights into the activities and locations of adventurers who find themselves in need of emergency help. Since 2011, inReach satellite technology1 has helped hikers, explorers, hunters and other outdoor enthusiasts stay in touch globally with two-way text messaging, location tracking and critical SOS emergency response services. That technology was expanded in 2024 with the release of inReach Messenger Plus, allowing users to exchange photo and voice messages while off the grid, which can provide essential information to emergency responders when seconds count.

People sent an SOS message the most during hiking and backpacking activities, followed by driving and motorcycling. There was also an increase in dirt biking and rafting incidents.
Injuries were again the top cause for SOS messages with the biggest increase in medical issues like altitude sickness, heart problems and gastrointestinal issues.

Weather events such as wildfires, flash floods and hurricanes resulted in more SOS message triggers, as did encounters with wildlife like bears and rattlesnakes.

Many SOS messages were for the user; however, nearly one-half were for another member in the user's party or a third-party individual.

Thanks to a dedicated SOS button and 100% global Iridium® satellite network coverage, Garmin inReach users can quickly send an SOS message should an emergency occur. Once an SOS message is triggered, even if the user takes no other action, the device sends a distress message to Garmin Response, a 24/7 staffed professional emergency response coordination center. Garmin Response will communicate with the user, their listed emergency contacts, search and rescue organizations and other available local resources. They provide updates to users and emergency contacts on the response effort, including confirmation when help is on the way, and remain available as the incident is being resolved.

Identiv and Novanta Announce Strategic Partnership to Streamline Adoption of RFID Solutions for Healthcare OEMs

Identiv, Inc. announced a strategic business development and marketing partnership with Novanta Inc., a trusted technology provider in the medical device and life sciences markets. The partnership aims to streamline the adoption of intelligent, RFID-enabled solutions for medical device OEMs by combining Identiv's advanced RFID inlays, tags, and labels with Novanta's industry-leading ThingMagic reader modules and APIs, filling a key market gap by providing end-to-end vertical solutions for access, identification and traceability with better price and performance.

The initial focus of this collaboration will be to market RFID solutions for medical device and life science OEMs that can be incorporated into smart medical devices, advanced diagnostics, and wearable devices to improve product performance, ensure proper assembly and improve patient safety. By combining Identiv's expertise in RFID inlays with Novanta's advanced reader technology and APIs, the two companies plan to deliver a comprehensive suite of RFID-enabled solutions tailored to streamline and simplify the development process and product integration for medical device manufacturers.

Healthcare manufacturers and their suppliers face increasing demands to improve efficiency and reduce costs, with stringent requirements for safety and compliance. The Identiv-Novanta partnership expects to yield an optimized ecosystem where manufacturers can easily evaluate and implement RFID solutions, reducing complexity and expediting time to market.

The collaboration between Identiv and Novanta underscores both companies' commitment to innovation and customer success in the medical technology sector. This partnership aims to ensure that medical device manufacturers have access to the most advanced, integrated solutions available, enhancing efficiency and supporting the next generation of medical technology advancement.

Apples Find My network can be tricked to track any Bluetooth device

Hackers have found a way to exploit Apple’s Find My network by manipulating Bluetooth signals to turn virtually any device into a trackable AirTag. While the Find My network is a valuable tool for locating lost iPhones, misplaced luggage, or even stolen vehicles equipped with AirTags, security researchers have discovered a method to bypass its protections.

A research team from George Mason University, including associate professors Qiang Zeng and Lannan Luo, along with PhD students Chen and Xiaoyue Ma, developed an attack called “nRootTag.” This exploit manipulates Bluetooth addresses to deceive the Find My network into recognizing a non-Apple device as a missing AirTag.

AirTags work by transmitting Bluetooth signals, which are picked up by nearby iPhones and Apple devices. These signals are then relayed through the Find My network to Apple’s servers, allowing the owner to track the device anonymously. In their experiments, the researchers successfully made non-Apple hardware behave like an AirTag, making it trackable on the network.

NFC Forum simplifies certification for updated devices

The NFC Forum has updated its certification program, making it easier and more affordable for device manufacturers to maintain certification when updating their operating systems—provided the changes do not affect NFC functionality.

Previously, any OS update required full recertification. Now, under version 3.1 of the NFC Forum Certification Policy, manufacturers can self-certify that an update does not alter NFC-related functionality, eliminating the need for additional testing.

This new “Inheritance by OS Update” feature allows manufacturers to retain NFC Forum Certification on previously certified hardware without repeating tests for unchanged NFC components. The program distinguishes between Analog testing (hardware) and Digital testing (software), recognizing that OS updates typically affect only software while leaving NFC hardware—such as antennas—unchanged.

If an OS update has no impact on NFC functionality, manufacturers only need to update administrative details, avoiding costly and time-consuming lab testing. Certification now lasts for the product’s entire lifecycle, ensuring ongoing NFC reliability without unnecessary delays.

By adopting this streamlined process, manufacturers can keep their devices up to date while preserving certification in the most efficient way possible.

SparkFun Electronics unveils surveying receiver

SparkFun Electronics has launched the SparkPNT RTK Facet mosaic L-Band, a high-precision geolocation and surveying receiver. Equipped with Septentrio’s multi-band mosaic-X5, it delivers centimeter-level accuracy, achieving 6 mm RTK fixes in under a minute, according to SparkFun.

The receiver connects to phones or tablets via Bluetooth and outputs NMEA data, ensuring compatibility with most geographic information system (GIS) software. It leverages u-blox’s PointPerfect service for real-time corrections, transmitted via a geosynchronous Inmarsat satellite.

Built around an ESP32 WROOM and the mosaic-X5 GNSS multi-band receiver, the RTK Facet mosaic L-Band includes peripheral hardware and a surveyor-grade L1/L2/L5-band antenna designed for GNSS signal reception and PointPerfect correction.

The device supports multiple operational modes, including GNSS positioning, GNSS positioning with RTK L-Band, GNSS positioning with RTK, GNSS base station, and GNSS base station NTRIP server. In rover mode, it achieves horizontal positional accuracy between 6 mm and 60 mm.

As an open-source hardware product, users can access and modify its electrical and mechanical design files. The kit includes the enclosed device, a thread adapter, charger, data cables, and a carrying case.

Increased Adoption of RFID Readers and Tags Helps Pharmaceutical Industry Combat the Menace of Product Counterfeiting

The global market for RFID in Healthcare was valued at US$6.9 Billion in 2024 and is projected to reach US$15.7 Billion by 2030, growing at a CAGR of 14.6% from 2024 to 2030. This comprehensive report provides an in-depth analysis of market trends, drivers, and forecasts, helping you make informed business decisions.

Radio Frequency Identification (RFID) technology has revolutionized the healthcare industry by providing a robust solution for tracking and managing medical equipment, pharmaceuticals, and patient information. RFID systems use electromagnetic fields to automatically identify and track tags attached to objects, offering a high level of accuracy and efficiency.

In healthcare settings, RFID tags are used to monitor the location and status of critical medical assets, ensuring that equipment is readily available when needed and reducing instances of loss or theft. Additionally, RFID technology enhances inventory management of pharmaceuticals by enabling real-time tracking of medication stocks, which helps in preventing shortages and ensuring the timely administration of drugs.

The integration of RFID technology into healthcare processes has significantly improved patient care and operational efficiency.

Driven by its ability to offer safe and superior solutions to manage critical and sensitive data for end users, RFID is currently being used by various healthcare service providers. For instance, RFID wristbands are used for patient identification, ensuring that patients receive the correct treatments and medications. These wristbands can be scanned to quickly access a patient's medical history, reducing errors and improving the speed of care delivery.

Furthermore, RFID systems are employed to streamline surgical procedures by tracking surgical instruments, thus preventing the occurrence of retained surgical items. The technology also supports infection control measures by monitoring the sterilization status of medical tools and ensuring compliance with hygiene protocols. This ability to automate and verify numerous aspects of healthcare operations enhances the overall quality and safety of patient care.

The growth in the RFID in healthcare market is driven by several factors, including advancements in RFID technology, the increasing need for efficient healthcare management systems, and rising regulatory requirements for patient safety. Technological innovations have made RFID systems more affordable and easier to implement, broadening their adoption across various healthcare facilities. The growing emphasis on reducing medical errors and improving patient outcomes has led to greater investment in RFID solutions.

Additionally, regulatory bodies are mandating stricter tracking and management of medical devices and pharmaceuticals, which is further propelling the demand for RFID technology. The surge in the number of patients and the need for efficient workflow management in hospitals and clinics are also significant drivers. Moreover, RFID is also being adopted on account of its role in robust tracking systems for managing medical supplies and ensuring patient safety.

Bestselling Author and Speaker Jon Acuff To Keynote GS1 Connect 2025

Jon Acuff, New York Times bestselling author, will serve as a keynote speaker at GS1 Connect®, the live three-day event taking place June 10-12, 2025, at the Gaylord Opryland Resort & Convention Center in Nashville, Tennessee. Supply chain, technology and e-commerce professionals will gather at GS1 Connect 2025 to learn and share best practices for achieving supply chain visibility, efficiency and transparency using GS1 Standards.

Acuff is a critically acclaimed author of 10 books, including his most recent, "All it Takes is a Goal." During the keynote, he will share his unique mix of humorous insights, research and practical advice to help leaders and teams achieve goals through a phased approach: Dream, Plan, Do, Review. By helping attendees navigate the important elements of each of these phases, Acuff hopes to inspire organizations  to achieve business goals with greater ease and confidence.

In addition to the keynote presentation, GS1 Connect 2025 will offer immersive experiences featuring:

    Industry sessions across the grocery, foodservice, retail and healthcare sectors, focused on trends, innovation and stories from users of GS1 Standards
    How to prepare for regulatory requirements, such as the U.S. Food and Drug Administration Food Safety Modernization Act Traceability Rule (FSMA Rule 204), the Drug Supply Chain Security Act (DSCSA) and the change of the National Drug Code format
    Hands-on demos to experience and demonstrate the benefits of data transparency in an experiential environment for retail and healthcare products
    Implementation and use of two-dimensional (2D) barcodes and advanced data carriers including RAIN radio frequency identification (RAIN RFID) and the use of GS1 Digital Link
    Trading Partner Roundtable sessions to drive efficiency in shared supply chains
    A Standards and Technology Track featuring solution provider case studies and customer success stories to solve business challenges and improve operations
    How to Do Business With… Sessions to strengthen collaboration within the trading partner community

How to Spoof Location on iPhone?

Your iPhone always knows your location. Sometimes, this can be a problem, especially when you want privacy from family and friends, enjoy location-based apps, or play GPS-based games like Pokemon Go.

With tools like iMyFone AnyTo, you can safely and discreetly manipulate your iPhone's GPS location without jailbreaking, enjoying more freedom with ease.

How to Fake a GPS Location on Your iPhone Without Jailbreaking?

Step 1: Download iMyFone AnyTo for free on your computer and open it, then connect your iPhone to the computer via USB cable. (After the initial successful connection, you'll be able to change your GPS location directly on your iPhone without needing a computer next time.)
Step 2: Open AnyTo and follow the instructions within the software to complete the basic setup before changing your iPhone's location
Step 3: Choose or enter the location or coordinates you want to spoof, for example, Vancouver. After selecting the destination, a pop-up window will show information about the location, including the place name, coordinates, and distance. Click the "Move."
Step 4: Your location will immediately change to the chosen location or coordinates, like Vancouver. All location-based apps on your iPhone will be changed to the new location as well.
Why Choose iMyFone AnyTo?

iMyFone AnyTo is widely regarded as the best iPhone location spoofer for its ease of use, security, and discretion. It works without jailbreaking, offers precise location control, and supports both iOS and Android devices. Additional advantages include:

One-click Location Change: Instantly teleport your iPhone's location to any desired point.
Simulate Movement: Simulate walking or driving along a set route for more realistic location changes.
App Compatibility: Works with all location-based apps, including Life360, Find My, Snapchat, Pokémon GO, and more.
Free Trial Available: Test out the software before purchasing.

Xona Secures $4.65M Contract with AFRL to Demonstrate Capabilities of Low-Earth Orbit (LEO) GPS Alternative in Commercial User Equipment

Xona Space Systems (Xona), the company developing a high-performance complementary alternative to GPS, has secured a contract with Air Force Research Lab (AFRL) to demonstrate and mature resilient commercial PNT (Positioning, Navigation and Timing) solutions for DoD missions. This award, granted through the Space Technology Advanced Research – Fast-tracking Innovative Software and Hardware (STAR-FISH) program, brings Xona's total signed contracts to over $20 million to date.

Through this contract, Xona will demonstrate key performance aspects of its PULSAR high-performance satellite navigation service on multiple commercial user devices and in a variety of scenarios, including where GPS and other Global Navigation Satellite Signals (GNSS) may be challenged or denied. Testing will include demonstrations of jamming and spoofing resilience, multipath effect reduction, and security key distribution. This effort will accelerate the readiness of advanced alt-PNT capabilities in commercial off-the-shelf user equipment to meet DoD user needs with rapid acquisition times.

As part of this contract Xona has partnered with several leading GPS/GNSS user equipment providers with the ability to rapidly manufacture and deploy PULSAR enabled devices. Partners who will be demonstrating performance of their devices with the PULSAR service as part of this contract include QinetiQ, StarNav, and Locus Lock.

This multi-year award will feature Xona's advanced simulation capabilities along with demonstrations using the first PULSAR satellite that is scheduled to launch in June 2025.