The Opti Stormwater Control Platform is a cutting-edge solution that revolutionizes stormwater management through the integration of cloud-based software and IoT technology. By connecting sensors, weather data, and automated controls, this platform enables real-time monitoring and dynamic adjustment of stormwater infrastructure to optimize performance and enhance sustainability.

What sets Opti apart is its ability to proactively respond to changing weather conditions by adjusting water storage and release in anticipation of storms. By leveraging predictive analytics, the platform can preemptively lower water levels to create additional capacity for capturing runoff and filtering pollutants before release. This proactive approach not only improves flood prevention but also reduces combined sewer overflows and enhances water quality.

The Opti Stormwater Control Platform offers continuous monitoring, remote control capabilities, and detailed performance reporting through a secure online dashboard. This user-friendly interface is accessible to engineers, utilities, and municipal staff, providing valuable insights for decision-making and operational optimization.

Designed for scalability, Opti supports a wide range of projects, from small urban retrofits to large watershed-scale initiatives. By enabling data-driven decision-making, this platform helps communities extend the lifespan of their stormwater infrastructure, meet sustainability goals, and reduce environmental impacts.

Key Characteristics

• Cloud-based Continuous Monitoring and Adaptive Control (CMAC) platform for real-time stormwater management.

• Combines sensor data with weather forecasts to automate control of valves, pumps, and gates.

• Real-time dashboards, alerts, and analytics for performance tracking and decision-making.

• Integrates with third-party sensors, SCADA systems, and telemetry.

• Enables coordinated management across multiple watershed assets.

• Retrofits existing infrastructure to improve efficiency without major new construction.

• Scalable, adaptable to changing climate patterns and regulations.

• Reduces capital and operational costs by optimizing existing systems.

• Provides compliance-ready reporting for regulatory requirements.

Environmental Benefits

• Reduces flooding through predictive water level control during storms.

• Minimizes combined sewer overflows (CSOs) by managing release timing.

• Improves water quality by reducing pollutant discharge.

• Controls erosion at discharge points through managed flow rates.

• Supports stormwater reuse for irrigation and other non-potable uses.

• Enhances watershed resilience by balancing flows across regions.

• Enables proactive, data-driven environmental management.

• Increases community safety and sustainability by mitigating stormwater risks.