Irrigation 4.0: how digitization and remote control are transforming agricultural irrigation
In recent years, digitalisation has revolutionized agricultural irrigation.
From systems based on fixed time or basic sensors, we moved on to intelligent solutions,
connected and sustainables, capable of adapting in real time to the needs of crops and the environment.
🌱 What does this mean in practice?
More efficient and conscious water management leads to less waste, higher productivity and water savings estimated between 30% and 50% (USDA,2020).
According to the international Water Management Institute, a study conducted in 2020 estimates that innovation in irrigation processes could save up to 4000km of water globally.
💧 1. Tailored water efficiency
Technologies such as soil sensors and real-time atmospheric monitoring allow targeted irrigation, only when and where it is needed. In New Zealand, for example, water savings of between 27% and 44% were achieved in bean and pea crops(EL-NAGGAR et al.2020),concretely contributing to the reduction of waste and the protection of water resources.
⚙️ 2. Automation and smart control
Irrigation automation includes fully automatic systems, remote control via smartphone/PC and smart control units with AI. The integration of these technologies is making agriculture more efficient and sustainable, improving yields by up to 25% (FAO,2022) and contributing to the safety of agri-food products.
🌍 3. Concrete sustainability
The benefits of irrigation innovation go far beyond water savings and include:
- Increased agricultural yields: techniques such as drip irrigation and humidity sensors ensure targeted irrigation, promoting uniform growth and optimal conditions for crop development.
A three-year study carried out on corn and wheat cultivation in India combining SDI (subsurface drip irrigation) and fertigation (nitrogen management) techniques highlighted a water saving of 55% and an increase in yield of 11% for corn and 5% for wheat (PMC,2023).
- Lower environmental impact: optimizing water and energy consumption reduces emissions, pollution and waste, improving environmental sustainability. Precise management limits runoff, erosion and excessive use of fertilizers.
- Reduced energy and operating costs: Automating irrigation decreases manual labor and the use of machinery, while efficient water management reduces energy consumption. In Valloid (Spain), a beet pilot project achieved energy savings of up to 66% thanks to the use of soil moisture probes and satellite images (EU CAP, Innovation, knowledge and chance & EIP-AGRI,2023).
At IdroMOP we are proud to contribute to the digitalisation of the agricultural sector
Every day,we work to offer innovative and cutting-edge solutions to allow our farmers to make the entire process smarter 🌐 and greener 🌱.
As Key Players in the industry, we were the pioneers of
📱 Remote control: irrigation wherever you are
With ID4, today it is possible to manage irrigation completely remotely, with a level of control never seen before.
- Dashboard via App and Web Portal: With the My ID4 app and the online portal you can monitor, configure and manage all control units and systems anywhere. Set personalized parameters, analyze the data collected from the field through history and optimize upcoming irrigation.
- Notifications and intelligent management: Receive real-time alerts about anomalies or activity states. Start – stop or change a watering cycle directly from your smartphone – pressure, timing and speed are remotely adjustable.
- Secure and personalized accessibility: Each user can have dedicated permissions, with secure access managed via the cloud and personalized codes.
Our ECOSYSTEM guarantees:
📊 Real-time monitoring: soil, climate and crops under constant control.
📈 Detailed reporting: analysis of consumption, performance and anomalies to refine strategies.
🔗 Integrated technologies: irrigation systems connected to weather sensors and smart solutions for coordinated management.
✅ The benefits of all this come naturally:
Complete automation allows machines to be started and stopped directly from the app or portal, using predefined programs. This is complemented by high operational flexibility: parameters can be adjusted in real time, based on climate conditions or specific cultivation needs. As a result, management becomes more efficient, with fewer field interventions and less resource waste. Meanwhile, continuous monitoring ensures full control over system status, anomalies, and GPS positions at all times.
In short, IdroMOP offers you
🌾 A new vision of agriculture
Digitalisation is charting the way to smarter, more sustainable and more profitable irrigation.
It is not just about technology, but about a new mindset: a data-driven agriculture, attentive to climate and resources.
🚀 The future is already in the fields. Are you ready to water it?
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