Aqualytics provides a smart irrigation and rainwater harvesting platform that helps utilities predict and manage peak water demand while enabling property owners to automatically reduce outdoor water use. The platform integrates with utility SCADA data and weather forecasts to shift irrigation timing services room for a reliable, distributed water network. Pilot programs show typical households saving 20–40% on outdoor water use through weather-based intelligence.
Funding
Funding not disclosed
Founders
Product
Problem
Utilities face rising peak-day demand driven largely by landscape irrigation, forcing expensive capital projects and straining water system resilience. Property owners lack easy, automated ways to reduce outdoor water consumption without sacrificing lawn health, while utilities have limited ability to manage irrigation-driven demand in real time.
Solution
Aqualytics builds a virtual water production network that combines smart irrigation, rainwater harvesting, and distributed storage to improve water reliability cost-effectively. The platform integrates with utility SCADA data and weather forecasts to predict irrigation-driven peaks and shift demand timing, helping utilities defer capital expenditures. For property owners, weather-based intelligence automatically adjusts watering schedules to reduce water use without manual effort. The system also leverages homeowner storage devices, such as smart rain barrels, to buffer supply and support grid resilience during high-demand periods.
Target Audience
Primary customers are water utilities seeking to defer capital projects and manage peak demand, as well as residential and commercial property owners who want automated outdoor water savings with minimal effort.
Features
- Smart Watering Programs that use machine learning on SCADA data plus weather and forecast data to optimize irrigation operations
- Demand Prediction capabilities that anticipate peak water usage and enable proactive demand mitigation
- Smart Storage / Rain Barrels with IoT integration to capture and distribute stored water for peak demand reduction
- Weather-based intelligence that automatically adjusts watering schedules to reduce outdoor water use by 20–40% in pilot households
- A unified platform connecting utility infrastructure data with property-level devices to create a distributed, resilient water network