A partnership between Tageos and Wiliot has introduced an innovative battery-free sensing solution targeting global supply chain efficiency. By merging Tageos’ large-scale manufacturing with Wiliot’s ambient IoT focus, the collaboration aims to support the increasing need for real-time item-level monitoring across retail and logistics. Industry stakeholders expect this development to contribute to operational transparency without raising energy consumption. Supply chains, previously reliant on conventional RFID, may soon see broader adoption of Bluetooth® Low Energy (BLE) sensing thanks to this initiative.
Earlier announcements from both companies centered on pilot deployments and research phases for battery-free IoT sensors, with limited market access and scale. The latest launch moves beyond experimental stages by leveraging Tageos’ 12-billion-unit annual manufacturing capacity and the newly opened Innovation Center of Excellence in Munich, representing a substantial step toward making these sensors widely available for commercial applications. The shift addresses earlier limitations regarding the economics and feasibility of deploying BLE at the item level, reflecting broader momentum in supply chain automation.
How Does the EOS-654 BLE G3 Inlay Enhance Efficiency?
The EOS-654 BLE G3 inlay introduces a dual-band design, operating at both 2.4 GHz and sub-1 GHz frequencies. This allows for more reliable data transmission over extended ranges and varied environments, including distribution centers and retail locations. Used as a dry inlay, it is specifically crafted for integration with Wiliot’s Gen3 IoT Pixel sensor, targeting diverse supply chain scenarios.
What Distinguishes Battery-Free BLE Sensing in Modern Logistics?
Unlike battery-powered alternatives, the Gen3 IoT Pixel sensor draws energy for data transmission from its environment, working seamlessly with Bluetooth readers. The absence of batteries reduces maintenance and operational costs while supporting sustainability goals.
“Combined with the Wiliot Intelligence Platform, this partnership powers the data layer behind physical AI and redefines real-time visibility across modern supply chains. Tageos’ innovation capabilities and proven ability to scale to billions of units make them an ideal partner for our rapid growth in ambient IoT,”
noted Amir Khoshniyati, VP Marketing and Business Development at Wiliot.
What Role Does the Innovation Center of Excellence Play?
Tageos’ Innovation Center of Excellence in Munich is central to the rapid development and validation of new inlay technology. Specialists at the center focus on antenna design and integrating battery-free sensors, using roll-to-roll manufacturing methods that promote scalable production. Once validation is completed, industrialized production can be ramped up across the company’s facilities in France, the United States, and China, ensuring substantial supply for global markets.
“With Tageos’ innovation and commitment to quality, in addition to our expertise in inlay manufacturing, combined with our capacity we are taking another significant step towards ambient IoT performance and battery-free BLE sensing technology,”
commented Hector Gomez, VP of Specialty Products at Tageos. Both companies emphasize continued expansion of the partnership to unlock new applications and serve evolving customer needs through persistent product development.
Widespread deployment of battery-free BLE sensors such as the EOS-654 BLE G3 marks a pivotal point for supply chain digitization. By overcoming former technological and cost barriers, these sensors allow granular, real-time tracking of inventory without recurring battery replacement or heavy infrastructure investment. The dual-band capability and large-scale production suggest potential for further convergence with other low-power network standards, and may lead to increased standardization across asset tracking sectors. Companies evaluating deployment of such solutions should consider integration with data analytics platforms like Wiliot Intelligence Platform to fully leverage aggregated location and condition insights for their operational strategies.
