SCADA & AUTOMATION RESOURCES

• When Growth Outpaces Infrastructure: How The City Of Conroe Built A Future-Forward Software-Defined Water System Ready For What's Next

  For fast-growing cities, the challenge is no longer whether modernization is needed, but how to do it without increasing risk or complexity. The City of Conroe, Texas offers a clear example of what it looks like to modernize with intent, by addressing not just equipment, but the underlying architecture of water operations.
• A Redefined Edge For Agentic AI: Converging Compute And Networking

  Artificial intelligence is entering a new phase with agentic AI: autonomous systems that perceive, decide, act, and learn without constant human oversight, operating independently across distributed environments while collaborating with other agents in real time. This shift demands a fundamental rethinking of WAN infrastructure architecture.
• Keeping Water Safe In A Connected World

  Water utilities were never designed to sit on the front line of geopolitics or organized cybercrime.

• Rethinking Aeration: Demand-Based DO Control And Energy Optimization

  Aeration control strategies often remain conservative and static. Blowers operate continuously, oxygen levels are maintained near maximum, and airflow rates are rarely adjusted in response to real-time biological demand. The result is widespread over-aeration — a condition that does not improve treatment performance but significantly increases operating costs.

• Beyond The SCADA Alarm: Building A Predictive Framework For Water Quality Operations

  Transitioning from reactive SCADA alarms to predictive water quality frameworks improves operational resilience. By unifying data and automating reporting, utilities can identify emerging risks early, ensuring continuous compliance and more efficient resource management across complex treatment processes.

• Centralizing Wastewater Operations Through A Unified Digital Operating System

  Each day, operators and managers use SCADA systems, lab results, maintenance logs, and compliance records to make decisions. However, in many facilities, this information is stored in separate systems that don’t communicate well with each other.

• 2026 Predictions: The Next Frontier Of Water Starts Now

  Emerging trends signal a new era of agility, ethics, and resilience for water professionals.
• Down And Dirty With Digital: How AI Enhances Water Infrastructure Fieldwork

  Fieldwork is at the heart of infrastructure expansion and rehabilitation, as utilities, engineers, and contractors collaborate to build the systems and structures that treat and move water. The opportunity is great, but so are the challenges. Which is why new, digitally-enhanced tools are needed.

• The New Cyber Risk Challenging America's Water: Modernization Itself

  The integration of IT and OT systems has unlocked significant benefits — from enhanced operational visibility to smarter decision-making — and reflects years of hard work and commitment to innovation. This progress is a foundation for the next phase: strengthening defenses in a rapidly changing threat landscape.
• Agentic AI In The Water Sector: From Chatbots To Digital Operators

  If AI can inform decisions, can it also help execute them? For the water sector, this distinction is not just semantic; it is the difference between a digital assistant that takes notes and a digital operator that turns valves.