Dryp offers an IoT-enabled wireless sensor platform that collects real-time data on water quality and quantity, integrating information from various sources such as rain gauges and weather radars. This technology enables urban water infrastructure managers to monitor and optimize water resource management, preventing inefficiencies and potential environmental damage.
Funding
$2.3M 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.
Founders
Product
Problem
Urban water infrastructure managers lack real-time, integrated data on water quality and quantity, hindering efficient resource management and potentially causing environmental damage. Existing monitoring systems often fail to correlate data from various sources, such as rain gauges, weather radar, and stream water levels, leading to incomplete insights.
Solution
Dryp provides an IoT-enabled wireless sensor platform that collects and unifies real-time data on water resources. The platform integrates information from diverse sources, including rain gauges, weather radar (SVK and DMI), third-party sensors (e.g., MuniSense), Danmarks Miljøportal, and SRO data. By correlating precipitation data with sensor network data, Dryp enables proactive and holistic decision-making for urban water monitoring, operation, and planning. The system monitors the interaction between technical and natural water systems, providing timely alerts and enabling informed decisions about water resource management and allocation.
Target Audience
The primary target audience includes urban water infrastructure managers responsible for monitoring and optimizing water resource management.
Features
- Wireless sensor network for real-time water quality and quantity monitoring
- Integration with rain gauges and weather radar (X and C-band) for hyperlocal precipitation insights
- Compatibility with third-party sensors for measuring precipitation and groundwater levels
- Data integration with Danmarks Miljøportal for stream water level monitoring across administrative borders
- Integration with existing Supervisory Remote Operation (SRO) data
- Customizable data integrations for various water-related data sources