Extreme heat
Evaporative cooling design, shading logic and VPD-driven setpoints to protect yield through peak summer.
The regional hub for smart farming, precision fertigation and protected-environment technology — software, IoT hardware and turn-key engineering built for extreme heat, salinity and water scarcity.
Simulated values for demonstration.
Standard greenhouse playbooks fail at 45 °C with saline water. Our protocols are tuned for Gulf realities.
Evaporative cooling design, shading logic and VPD-driven setpoints to protect yield through peak summer.
EC/pH root-zone control, leaching fractions and nutrient recipes adapted to brackish irrigation water.
Irrigation scheduled from radiation, VPD and crop stage — not from fixed timers.
Measure every liter against every kilogram: WUE dashboards for owners and agronomists.
From growth recipes to turn-key greenhouses, every layer is designed to work together.
Connect agronomy with operations in a single loop.
Climate, substrate and irrigation data captured continuously.
Crop-monitoring algorithms flag stress before it shows.
Growth-recipe calculators and dynamic setpoints.
Fertigation and climate actuators follow the plan.
WUE, yield and ROI reported to decision-makers.
General reference ranges only; final protocols depend on cultivar, substrate, water analysis and site audit.
Sensors and actuators matter only when they change a decision.
Commercial greenhouses, turn-key farms and fig & vegetable transformations across the Gulf.
Project figures shown are illustrative placeholders until verified case-study data is published by the site administrator.
Select your greenhouse, crop and goals — get a directional estimate and request a tailored proposal.
Directional model based on stated assumptions — not a quotation or agronomic guarantee.
Guides, tech notes, calculators and whitepapers from our engineering team.
Tell us your site, crop, scale and objective. We reply with an audit plan, digital roadmap or turn-key scope.