The startup develops an artificial intelligence-based leak detection and auto-shutoff system that identifies and stops water leaks at their source. This technology prevents water damage from leaks and broken pipes, enabling organizations to conserve water and reduce carbon emissions associated with water waste.
Funding
$50M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
ICFounders
Product
Problem
Water leaks and inefficient water usage in commercial and industrial facilities lead to significant property damage, operational disruptions, increased costs, and environmental impact. Current methods often fail to detect leaks early or provide detailed insights into water consumption patterns.
Solution
WINT provides an AI-powered water management and leak prevention solution that detects and stops leaks at their source. By using advanced AI algorithms and real-time monitoring, WINT identifies anomalies in water flow, alerts maintenance staff, and automatically shuts off water supplies to prevent damage. The system continuously learns and adapts to the unique water network of each facility, optimizing detection accuracy and minimizing false alarms. WINT also delivers detailed analytics and reports on water consumption, enabling organizations to identify and eliminate sources of waste, reduce water bills, and improve their sustainability efforts.
Target Audience
The primary target audience includes enterprises, facility management companies, construction firms, hospitality businesses, data centers, and other organizations seeking to reduce water-related risks, improve water efficiency, and enhance sustainability.
Features
- Real-time water flow monitoring and leak detection using AI and signal processing
- Automatic water shut-off to prevent extensive damage from leaks
- Cloud-based management tools providing complete visibility and control over water usage
- Customizable alert settings and action policies for different times and situations
- Integration with building management systems (BMS) for unified facility control
- Cellular connectivity for autonomous operation and continuous monitoring, even without network coverage
- Detailed analytics and reporting on water consumption patterns, trends, and KPIs
- High-accuracy devices capable of detecting even the smallest leaks
- Remote valve control for immediate response to water-related incidents