May 7, 2026

At the IEEE Conference on Factory Communication Systems (WFCS 2026) in Offenburg, Dr. Lena Yoshihara-Lisch from Diehl Metering highlighted in her keynote, “Wireless Resilient Data Communication Networks for Intelligent Applications in Smart Cities and Smart Industries”, why robust, scalable and energy‑efficient technologies like mioty are becoming essential for tomorrow’s connected environments.

She outlined the growing demands placed on fixed networks in areas such as smart water metering, smart city infrastructure and industrial automation – environments where reliability, long‑range performance and energy efficiency are non‑negotiable. Using real‑world customer deployments, she demonstrated how these requirements translate into practical challenges and how resilient communication architectures can solve them.

A central part of her keynote focused on mioty, showcasing why the technology stands out in terms of robustness, scalability, deep indoor penetration, energy efficiency, security, interoperability and technological sovereignty. These strengths make mioty a compelling choice for intelligent applications that depend on stable, long‑lived and secure data transmission – whether in dense urban environments or complex industrial settings. Yoshihara-Lisch’s keynote made one thing clear: as smart cities and smart industries continue to evolve, resilient wireless communication will be a decisive success factor. And mioty is already proving what’s possible.