InterDigital and Türk Telekom Achieve World’s First Collaborative Cellular and Wi-Fi Sensing Using Preliminary 6G Architecture

Core Insights - The collaboration between InterDigital and Türk Telekom marks the world's first implementation of collaborative cellular and Wi-Fi sensing using preliminary 6G architecture, to be showcased at Mobile World Congress 2026, representing a significant advancement towards intelligent 6G systems [1][7] Group 1: Collaborative Sensing Implementation - The research collaboration at Türk Telekom Innovation and Test Center demonstrates the complementary nature of cellular and Wi-Fi networks in sensing technologies, achieving improved accuracy and reduced blind spots, especially in indoor environments [2] - Integrated Sensing and Communication (ISAC) is central to this demonstration, allowing networks to communicate and sense their environment efficiently while preserving privacy [3] Group 2: Future Network Capabilities - The achievement is seen as a preview of future networks that will intelligently serve various industries, addressing challenges such as coverage gaps and resource constraints [4] - The collaboration combines InterDigital's experimental 6G sensing platform with Türk Telekom's expertise, validating continuous quality of service for sensing-enabled applications regardless of user location [4] Group 3: Potential Applications - Collaborative cellular and Wi-Fi sensing can enable applications in smart manufacturing, healthcare, and intelligent buildings, all while maintaining privacy [5][6] - The demonstration showed robust near real-time indoor human presence detection with higher accuracy than single-network sensing, validating collaborative sensing as a viable approach for future 6G systems [5] Group 4: Industry Impact - The collaboration aligns with the Wireless Broadband Alliance's efforts on Wi-Fi-cellular convergence, exploring how integrated sensing and communication can unlock new capabilities, particularly indoors [5] - Insights from this collaboration will inform future network architectures, operator strategies, and international standards as research accelerates towards 6G commercialization in the early 2030s [5]