IoT Sensors
Distributed sensors capture pH, EC, temperature, humidity, light, and flow across every growing zone.
MroojX is building an intelligent automation platform that redefines hydroponic farming through IoT, edge computing, automation, real-time monitoring, and AI-powered decision making.
Agriculture is entering a new era — one where farms behave less like fixed infrastructure and more like intelligent, responsive ecosystems.
Continuous signal from every corner of the farm, not periodic snapshots.
Systems that act on conditions directly, closing the loop without delay.
Every input — water, nutrients, light — tuned to what the crop actually needs.
Resilient, resource-efficient production for a water-scarce region.
Even advanced hydroponic setups still lean heavily on human judgment — a gap that costs water, nutrients, and time.
Technicians test and correct nutrient chemistry by hand, several times a day.
01 · Human InterventionWithout precise feedback, over-dosing and run-off are the default, not the exception.
02 · Resource LossIssues surface only on the next manual inspection — often after the crop is affected.
03 · Limited VisibilityLabor-intensive monitoring scales linearly with farm size — a ceiling on growth.
04 · Operational CostData lives in disconnected gauges and logbooks instead of one coherent picture.
05 · Data SilosManual variance in inputs translates directly into variance in harvest quality.
06 · Yield VarianceA single closed loop connects the physical greenhouse to a decision-making layer — each stage feeding the next.
Distributed sensors capture pH, EC, temperature, humidity, light, and flow across every growing zone.
Raw signals are processed on-site, filtering noise and enabling sub-second local response.
Pumps, dosing systems, and climate actuators execute corrections the moment they're needed.
Every reading and action is synchronized into a unified, farm-wide operating layer.
Models learn crop-specific patterns, forecasting issues before they become visible.
Consistent, precisely-tuned conditions reduce stress and improve crop uniformity.
The loop compounds — every cycle makes the next decision better informed.
pH, EC, water level, dissolved oxygen, flow rate, and nutrient dosing — monitored continuously.
Temperature, humidity, air flow, cooling, and ventilation, optimized in tandem.
Intensity, photoperiod, and LED spectrum tuned for growth stage and energy efficiency.
Live dashboards, alerts, reports, historical trends, and remote monitoring, all in one view.
Every sensor, actuator, and model feeds one coherent interface — built for the pace of real decisions.
Studying crop physiology, sensor accuracy, and control theory for hydroponic systems.
Building the first closed-loop sensor and controller stack in a working test cell.
Running the platform in a live commercial greenhouse environment.
Hardening the stack for multi-site, production-grade operation.
Deepening predictive models with data gathered across live sites.
A fully connected network of intelligent farms, learning from one another.
MroojX is an AgTech initiative focused on building intelligent technologies that make hydroponic farming more autonomous, efficient, and sustainable — across Saudi Arabia and the wider GCC. We're engineers and growers working at the intersection of embedded systems, cloud infrastructure, and artificial intelligence, building toward farms that manage themselves as well as they manage their yield.