REAL-TIME NETWORK ANOMALY DETECTION
Designed for online applications with existing SCADA systems and water quality sensors, QualWatch delivers fundamental advances in how effectively water utilities operators monitor regulatory compliance and the water quality integrity of their networks. It gives them the unprecedented ability to visualize and assess their network water quality performance in real time and compare current water quality dynamics with anticipated performance — allowing them to manage their water networks in a more effective and highly proactive way. By enabling operators to rapidly detect abrupt water quality deviations and take remedial action the moment breaches are detected, QualWatch empowers them to make better predictions and smarter decisions, and target more effective interventions. also greatly enhance utilities’ ability to prepare for and respond to contamination events and minimize the risk of negative public health outcomes.
COMPELLING RESULTS PRESENTATION
alone Windows program that runs on nearly any computer. Unlike complex “software as a service” (SaaS) solutions, it can be up and running in just a few minutes within the controlled security of the utility’s local computer. In addition, it does not require any historical data or secondary data from external sources for comparison purposes. QualWatch’s unique integration with network modeling and GIS provides a comprehensive framework, allowing users to display, analyze, query, share, and report detailed network modeling and monitoring results. It also equips them with a range of sophisticated graphical presentation tools, including map viewing, graphing, customizable tabular reporting and more, to showcase results in a compelling way. This insightful view makes it easy for users to quickly evaluate and act upon any risk management issues.
PROACTIVE NETWORK MANAGEMENT
QualWatch enables water utility operators to quickly identify viable solutions (e.g., locate the appropriate valves to close to isolate a contamination event and minimize public exposure) and make decisions on the basis of reliable predictive analytics and system dynamics, not intuition. It can also directly quantify the correlation between multiple water quality parameters, allowing accurate predictions of water quality values. These critical differences represent fundamental advances in how effectively water utility operators can monitor the water quality integrity of their networks and respond if breaches are detected, providing highly accurate early warning detection capabilities and
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