HMS Networks will showcase its latest industrial connectivity solutions for the water and wastewater sector at IFAT Munich 2026, taking place from May 4 to 7 in Munich, Germany.
With a strong focus on enabling digital transformation in critical infrastructure, HMS Networks continues to expand its role as a key technology partner for utilities, OEMs, and system integrators operating in water and wastewater environments. At IFAT, HMS will present solutions designed to improve operational visibility, system integration, and secure remote access across distributed assets.
HMS Networks’ technologies allow seamless communication between field devices, PLCs, SCADA systems, and cloud platforms – bridging legacy and modern industrial networks. This capability is essential for water operators seeking to increase efficiency, reduce downtime, and gain actionable insights from real-time data.
A key focus will be on remote connectivity and network diagnostics, enabling operators to monitor and manage infrastructure without the need for on-site intervention. These solutions not only enhance operational continuity but also contribute to cost reduction and improved resource management.
In parallel, HMS will emphasize its approach to industrial cybersecurity, ensuring that communications and data exchange are performed securely in increasingly connected environments. As regulatory requirements like NIS2 tighten and cyber risks grow, secure communication is becoming a critical component of water infrastructure modernization.
HMS will also highlight how its technologies support scalability and interoperability, allowing water utilities to integrate equipment from multiple vendors into unified, future-proof systems.
HMS Networks invites attendees to visit its booth at Hall C1, Stand 510, where experts will be available to demonstrate solutions and discuss how connectivity can accelerate digitalization in water and wastewater operations.
By participating in IFAT Munich 2026, HMS Networks aims to strengthen its engagement with the global water community and demonstrate how industrial connectivity is a cornerstone for building smarter, more resilient, and sustainable water and wastewater operations.
