FLIWER is a technology company specialised in intelligent irrigation and the smart management of green spaces.
We develop technology that enables cities, municipalities, landscape operators, sports facilities and other organisations to irrigate according to the real needs of plants, rather than using fixed schedules or conventional irrigation programming.
Our system combines environmental and soil sensors, IoT, Artificial Intelligence, Digital Twins and automation to continuously analyse factors such as soil moisture, temperature, humidity, light, weather conditions and water consumption. Based on this information, FLIWER determines when, where and how much water is actually required and can automatically control the irrigation infrastructure.
This approach helps organisations achieve significant water savings, reduce unnecessary irrigation and water losses, improve plant health and reduce operational costs associated with monitoring, maintenance and manual intervention. The system can also identify abnormal conditions such as leaks, excessive consumption or irrigation failures and support faster operational response.
FLIWER is designed not only as a smart irrigation solution, but as a technological system for the intelligent and autonomous management of green infrastructure.
Our technology and R&D capabilities can contribute to European projects in areas such as:
• Smart irrigation and water efficiency
• Urban green infrastructure
• Climate adaptation and resilience
• AI-driven decision support
• IoT and environmental sensing
• Digital Twins
• Automated irrigation and remote control
• Water consumption monitoring
• Leak and anomaly detection
• Data-driven maintenance of green spaces
• Smart cities and nature-based solutions
Within collaborative R&D and innovation projects, FLIWER can act as a technology and innovation partner, contributing existing technology, hardware, software, AI, IoT infrastructure, field experience and the capacity to develop and validate new solutions in real environments.
We are particularly interested in projects where intelligent irrigation, water efficiency and autonomous green-space management can generate measurable impact in terms of water savings, operational efficiency, climate resilience and sustainable management of urban green infrastructure.