Revolutionizing Sustainable Water Management with Irriman Platform
At Digital Data Farm, we lead the digitalization of sustainable water management to boost agricultural competitiveness while minimizing the ecological footprint. Through our patented Irriman Platform, we empower water users with optimal irrigation solutions supported by optimal agronomic criteria.
Why Choose Irriman Platform?
1. Real-Time Insights:
Monitor soil moisture and agroclimatic data to fine-tune irrigation timing and frequency., Integrate real-time field data with remote sensing for precision on a large scale.
2. Predictive Power:
AI-driven predictions optimize soil water status and irrigation schedules., Advanced models link irrigation needs to crop development stages for maximum efficiency.
3. Personalized Management:
Tailored irrigation thresholds and nutrient tracking ensure sustainability., Automated alerts and reports enhance decision-making.
4. Proven Impact:
Cut costs, boost profits, and reduce resource consumption., Adapt to diverse crops, regions, and climates for scalable results.
What Makes Us Stand Out?
Integrated Technology: Real-time monitoring, advanced AI predictions, and crop-specific modeling in one system., Custom Solutions: Flexible design tailored to unique farming needs., Sustainability Focus: Minimize environmental impact while maximizing yield.
Irriman Platform sets a new benchmark in precision farming, blending cutting-edge technology with agronomic expertise to drive sustainability and profitability.
Join the irrigation revolution with Irriman Platform—where innovation meets sustainable agriculture!
www.digitaldatafarm.com
Fertigation of horticultural systems and applied statistics for agricultural sciences.
He has specialised in the irrigation and nutrition efficient management of horticultural systems, based on the incorporation of several technological tools for soil - plant - atmosphere system monitoring with the aim of increasing the sustainability and competitiveness of the agricultural sector. Since 2015 he has been part of several applied research and technology transfer projects in various agro-climatic zones in Chile and Spain.
This session will explore innovative solutions for sustainable agriculture, focusing on optimized water use: AI-powered farming, precision irrigation, efficient resource management, advanced nutrient analysis...