Industry News

Global tech innovator eforthink will make a highly anticipated appearance at WMC 2026, presenting its industry-leading Ultra-Wideband (UWB) spatial perception technology on the global mobile and smart tech stage. Building on its successful CES 2026 showcase, the firm will unveil new UWB integration advancements for industrial intelligence and consumer smart ecosystems, redefining device-to-physical world interaction via centimeter-level precision positioning.

In industrial environments—from manufacturing plants and logistics warehouses to automotive facilities—accurate indoor positioning is critical for operational efficiency, asset management, and workplace safety. However, many organizations struggle with traditional indoor location technologies that fail to meet the unique demands of these complex spaces. This article explores how Ultra-Wideband (UWB) addresses common positioning challenges and serves as a reliable solution for industrial needs.

As a professional provider of UWB-powered location IoT solutions, eforthink leverages ultra-wideband (UWB) high-precision positioning technology to solve pain points in traditional factory management—helping enterprises achieve tangible operational improvements, optimize lean production, and gain competitive advantages in the smart manufacturing landscape with UWB smart factory solutions. 

eforthink’s UWB solutions leverage second-generation CH9-band technology, delivering reliable precision for smart torque gun positioning, consistent performance, and low power consumption. Optimized via advanced algorithms, these automotive UWB positioning solutions are explosion-proof, waterproof, and support wired/wireless hybrid deployment—offering cost-controllable options tailored specifically to meet the demands of torque tool positioning in automotive manufacturing.

To deliver reliable UWB forklift collision prevention for large-scale logistics operations, eforthink partnered with a leading e-commerce ecosystem to deploy a high-performance UWB forklift anti-collision warning system for its 30,000㎡ overseas warehouse—a critical logistics hub supporting regional e-commerce operations that processes a large volume of orders daily. With intense forklift traffic and constant personnel movement across the large warehouse space, the risk of collisions was prominent, threatening personnel safety and disrupting warehouse workflows. This urgent challenge drove the client to seek reliable forklift personnel collision prevention solutions that could integrate seamlessly into its high-volume operational rhythm without compromising efficiency.

A leading automotive enterprise has established a vehicle production base in Indonesia. To enhance production efficiency and process stability, the enterprise has adopted advanced practices from its domestic facilities and implemented a complete eforthink UWB-based tightening tool positioning management system. This same system has also been deployed at the enterprise’s Brazilian and Hungarian factories, confirming the reliability of this UWB positioning solution in global automotive manufacturing environments.

LAS VEGAS — At CES 2026, eforthink took center stage with a comprehensive showcase titled "Spatial Perception," highlighting a strategic pivot toward integrating Ultra-Wideband (UWB) technology into the fabric of both industrial intelligence and smart home ecosystems. As the consumer electronics industry shifts toward systematization, eforthink’s demonstration of centimeter-level accuracy suggests a future where devices don't just connect, but actively sense their physical environment.

In the fast-paced retail industry, efficient warehouse management is the cornerstone of smooth operations and customer satisfaction. For retailers with an extensive store network, centralized warehousing plays a critical role in supplying goods to multiple locations—but it also brings unique challenges, especially when it comes to managing large volumes of personnel and inventory. This case study explores how a leading apparel retailer in Singapore overcame warehouse inefficiencies with eforthink’s UWB-based personnel and material tracking management system, an advanced UWB warehouse tracking solution designed to enhance operational visibility.

As a proven positioning technology that creates tangible value by solving practical operational pain points, eforthink's second-generation Ultra-Wideband (UWB) system has been successfully deployed in global applications, delivering consistent performance and adaptability even in the most demanding industrial environments.

From advanced manufacturing facilities to research laboratories, our second-generation UWB technology provides organizations with enhanced operational control and positioning reliability.

eforthink's second-generation UWB positioning system is based on the IEEE 802.15.4z protocol and operates in the high-frequency Channel 9 band (7.163–8.812 GHz). It is designed to provide enhanced ranging accuracy, better power efficiency, and increased resistance to interference, supporting scalable IoT implementations in areas such as logistics, manufacturing, and smart infrastructure operations.

Las Vegas | January 6-9,2026 – CES2026 – eforthink, a global leader in ultra-wideband (UWB)-based Positioning IoT solutions, today announced its official participation in CES 2026, taking place January 6–9, 2026, in Las Vegas, Nevada. At the world’s most influential tech event, eforthink will showcase a suite of advanced UWB precision positioning products and cutting-edge innovations, highlighting its breakthrough applications in industrial manufacturing and spatial-aware interaction.

eforthink becomes a member of the Bluetooth Special Interest Group (SIG), strengthening its commitment to global IoT interoperability for industrial automation and precision UWB positioning solutions.