GOVERNMENT, NGO & DEVELOPMENT PROGRAMS

Commercially Deployable Irrigation for Water-Constrained Programs

Food security, climate adaptation, and sustainable agricultural development increasingly depend on practical solutions that can be deployed and maintained under real-world conditions.

Common Challenges

  • Water scarcity
  • Infrastructure limitations
  • Long-term operational risk
  • Program scalability
  • Maintenance requirements
  • Budget constraints

Why RDI Fits

RDI is designed to support practical implementation rather than theoretical demonstration.

The system combines resource efficiency, operational simplicity, and long-life infrastructure to support deployment in environments where reliability is essential.

Optional monitoring

Where measurement or reporting is required, RDI can integrate optional IoT monitoring for real-time field data and remote performance reporting.

Commercial Outcomes

  • Reduced operational risk
  • Improved water-use efficiency
  • Lower maintenance requirements
  • Greater deployment scalability
  • Improved long-term program sustainability

Important Perspective

Growers and operators remain central to successful outcomes.

RDI is intended to support those stakeholders through practical, commercially deployable irrigation infrastructure.

Discuss Program Deployment

Validated by Independent Institutions

Comparative trials and commercial evaluations have been conducted with the United Arab Emirates University (UAEU), Abu Dhabi Agriculture and Food Safety Authority (ADAFSA), and the UN World Food Programme Innovation Accelerator.

Built for Long-Term ROI

Independent trials and commercial deployments have demonstrated higher yields while reducing water and fertilizer use, helping improve long-term operating margins and return on existing agricultural infrastructure.

Up to 62% Higher Yield

An independent greenhouse cucumber trial conducted with United Arab Emirates University recorded 629 kg of production compared to 386.5 kg, while using 25% less irrigation water.

Up to 50% Less Water

Commercial date palm deployments and comparative university trials demonstrated irrigation water reductions of up to 50%, while maintaining or improving crop performance.

50+ Crop Types. One Responsive Irrigation System

Successfully evaluated across a diverse range of crops, from commercial orchards and greenhouse vegetables to open-field agriculture and land rehabilitation projects.

Designed for Harsh Environments

Tested in desert agriculture, water-constrained regions, and saline-water conditions, demonstrating reliable performance across demanding operating environments.

One System. Diverse Deployment Contexts

Designed as a single plant-responsive irrigation system that can be applied across orchards, greenhouses, open-field agriculture, reforestation projects, and institutional programs.

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CASE STUDY - Commercial Farms, Jordan

Commercial Farms

%

Less Water

Yield

The Challenge

Jordanian growers face severe water scarcity, high input requirements, and labour-intensive irrigation management across diverse crops and production environments.

The Solution

Working with WFP and AFCIA, RDI was deployed across 60+ commercial farms, covering 10+ crops in greenhouse and open-field environments.

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The Results

Farmers reported significant water savings alongside maintained or increased production. Individual deployments achieved 70% lower irrigation and 2× yield, alongside healthier crops, simpler fertigation and reduced labour requirements.

Is RDI Right for You?

RDI does not serve every deployment environment. suitability depends on local conditions, operational priorities, and commercial objectives.

Discuss your needs with our team today!

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Next Steps

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