From Factory Floors to Smart Homes: Eforthink at CES 2026
At CES 2026, Eforthink, a recognized leader in UWB-powered location IoT solutions, is set to launch an impressive array of ultra-wideband (UWB) products and platforms that cater to both industrial and consumer sectors. The company's aim is to seamlessly merge industrial automation with consumer smart living, providing advanced real-time positioning systems for manufacturers and innovative spatial sensing devices for everyday use.
Revolutionizing Manufacturing Efficiency
Eforthink’s commitment to enhancing industrial productivity is evident through its cutting-edge hybrid positioning system. This system combines UWB with Bluetooth Angle-of-Arrival (AoA) technology, yielding centimeter-level accuracy in tracking assets such as personnel, vehicles, and materials in real time. In sectors like automotive plants, warehouses, and logistics hubs, the potential applications are vast, including:
- - Asset Tracking: Monitoring the real-time location of crucial equipment.
- - Forklift Tracking: Ensuring safe and efficient forklift operations.
- - Production Tracking: Enhancing visibility into manufacturing processes.
- - Yard Management: Streamlining the movement of goods.
- - Indoor Positioning and Navigation: Providing precise navigation within large facilities.
By optimizing workflows, Eforthink’s platform empowers manufacturers to enhance lean production methodologies, effectively improving agility within the complexities of modern supply chains.
Enhancing Consumer Experiences with UWB Technology
Transitioning from industrial applications, Eforthink has also developed a range of consumer products designed to redefine how users interact with their environments:
1.
Eforlink ScreenLock - Smart Key for Computers: With an impressive spatial sensing capability of just 10 cm, ScreenLock identifies authorized users through their smartphones. This innovative device allows users to automatically unlock their computers upon approach and lock them again when they leave, eliminating the need for passwords and boosting productivity.
2.
Eforlink UWB Identity Presence Sensor - A Smart Home Component: This sensor detects who is present in a space and adjusts various settings like lighting, temperature, and even appliance actions in real time. This proactive approach moves beyond simple voice commands, creating a personalized and energy-efficient environment conducive to the user’s needs.
3.
Eforlink UWB Pet Tag - Automated Pet Access: Designed for pet owners, this tag allows authorized pets to enter and exit freely by automatically unlocking doors, while unwelcome animals are kept outside. This small innovation significantly enhances convenience and security for pet owners.
Bridging Industrial Precision and Home Automation
According to a spokesperson from Eforthink, the use of UWB technology has been central to industrial automation for years, and now the company is extending this same precision and reliability into the everyday lives of consumers. Their vision encompasses a future where spatial intelligence is deeply embedded within personal living spaces, akin to its application on factory floors.
Visitors to CES 2026 can witness Eforthink's groundbreaking technology firsthand:
- - Location: Las Vegas Convention Center (LVCC), North Hall, Booth #11071
- - Dates: January 6–9, 2026
For more information about Eforthink's diverse technology offerings, case studies, and product specifications, please visit
www.eforlinktech.com. Stay updated by following Eforthink on its official social media platforms including LinkedIn, TikTok, and Facebook.
About Eforthink
Founded and headquartered in China, Eforthink has established itself as a premier provider of location-based IoT solutions. Through its comprehensive Real-Time Location System (RTLS) platform, which integrates both hardware and software, Eforthink delivers precise tracking of positions, movements, and interactions. By supporting a multitude of positioning technologies—GNSS, RFID, BLE, and UWB—the company enables both enterprises and consumers to construct efficient and scalable RTLS ecosystems.