DescriptionOverview of the initiative and its approach.
AquaView™ is an AI-driven water management tool that provides accurate soil moisture insights, without in-field sensors. It enables farmers to optimize irrigation scheduling, detect water stress, and reduce labor and sensor maintenance costs, while improving yield and efficiency.
TechnologyTechnology used by the initiative.
AquaView™ brings together satellite-based remote sensing, AI-driven predictive modeling, and real-time weather data, processed via cloud infrastructure. The platform provides users with hourly soil moisture and temperature estimates (accurate to ±1.5%), with spatial resolution around 30 m and depth coverage up to 10 cm. It features a web-based dashboard and customizable alerts to support precision irrigation and proactive crop management.
TargetUsers, groups, or communities targeted by the initiative.
AquaView™ is intended for use by agricultural producers and farm managers of various scales and crop types. As a crop-agnostic solution, it can be applied across diverse production systems and geographical contexts. The platform is suitable for users who require accurate soil moisture information without the need for in-field hardware. It may be used by farm managers, cooperatives, or advisors seeking to improve irrigation planning and water-related decision-making.
Business modelHow the initiative delivers and sustains its value.
AquaView™ follows a software-as-a-service model. The platform is currently available in beta, with basic functionalities accessible upon registration. A freemium approach appears to be in place, where core monitoring features are available without cost, and more advanced services may be subject to a subscription or enterprise agreement.
ImpactThe observed or intended effects of the initiative.
AquaView aims to enable more precise water usage, optimizing irrigation, reducing costs, and enhancing yields. It can support better resource management, lowering risks of water stress and contributing to sustainable agricultural practices in water-scarce regions.
Four BettersThe FAO Four Betters supported by the initiative.
Better production
Better environment
