Fluviq provides a hardware-as-a-service solution that utilizes proprietary sensors to monitor soil moisture, temperature, and nutrient levels, enabling users to optimize water usage by up to 40% in agricultural and urban environments. The technology addresses water scarcity by delivering actionable insights that reduce irrigation costs and enhance crop yield, making advanced water management accessible to all.
Funding
Funding not disclosed
Founders
Product
Problem
Water scarcity poses a significant challenge to agriculture and urban environments, leading to increased irrigation costs and reduced crop yields. Traditional methods of water management often lack the precision needed to optimize water usage, resulting in waste and environmental strain. Many current sensing technologies are also too expensive or complex for widespread adoption.
Solution
Fluviq offers an integrated hardware and software solution that enables precise water management through real-time monitoring of soil conditions. The system utilizes proprietary soil sensors to measure moisture, temperature, and nutrient levels, providing users with actionable insights to optimize irrigation. Data is transmitted to the Fluviq Cloud platform, where AI algorithms transform raw environmental data into user-friendly recommendations. This approach allows users to reduce water consumption, lower costs, and improve crop yields, regardless of their technical expertise.
Target Audience
Fluviq targets agricultural businesses seeking to optimize water and fertilizer usage, NGOs working on water conservation projects, and municipalities aiming to enhance urban green spaces and reduce water consumption in parks and sports facilities.
Features
- Proprietary soil sensors measuring soil moisture, temperature, air humidity, and pressure
- Optional NPK probe for advanced sensing of nitrogen, phosphorus, potassium, salinity, and soil conductivity
- Global LTE-M and NB-IoT connectivity for seamless data transmission in 173 countries
- AI-powered cloud platform transforming sensor data into actionable insights
- Integration with third-party data sources, including weather forecasts, drone imagery, and satellite data
- Plug-and-play sensor installation requiring no technical skills
- Solar-powered, maintenance-free hardware design
- Real-time monitoring and alerts for current and projected soil conditions