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Hani Solutions

A / UAE Living desert laboratory

How can we redesign productive ecosystems for the desert?

Agrith is not one farming method. It is an evolving field model that connects trees, biomass, animals, insects, aquaculture, water, cooling, waste and operational data.

Prototype stageBuilding, measuring and connecting systems before scale.

Detailed Agrith Smart Forest prototype ecosystem
01 A productive landscape designed as one operating system.

Desert constraints / 02

The desert exposes every weak link.

Conventional systems often treat climate, water and feed as separate expenses. In the field, each one changes the others.
45°+

Heat

Roots, animals, water and equipment all operate under thermal stress.

↓

Water

Every litre must support biology without becoming unnecessary loss.

↗

Feed

Imported inputs make food production more exposed to cost and supply changes.

03 System logic

Do not optimise the parts. Connect the living system.

WaterTemperatureSoilTreesBiomassAnimalsInsectsWasteFoodData AGRITHMeasured loops
in one field
Subsurface Territh cooling and ventilation connected to an Agrith animal environment
Subsurface thermal management can support roots, animals and protected spaces.

04 Territh × Agrith

Climate control becomes part of the ecosystem.

Territh-style subsurface cooling, ventilation and irrigation connect environmental engineering to the biological system instead of sitting beside it as an isolated machine.

  • 01Moderate heat before it reaches the productive space.
  • 02Support root zones and animal environments with measured conditions.
  • 03Use sensor data to compare concepts with field reality.
Explore the Territh system →

Living pilot ecosystem / 05

Small experiments. One larger intelligence.

Each track must produce useful evidence on its own—and better decisions when connected to the others.
Agrith Smart Forest concept showing trees and connected production zones in a desert landscape

01 Tree layer

Moringa & forest biomass

Test productive shade, biomass growth and feed-allocation scenarios around a desert-adapted forest core.

Measure: Growth · shade · biomass

06 Circular hypotheses

Waste is not a result. It is another input to test.

The value of a circular model is not the diagram. It is proving which exchanges remain biologically sound, operationally practical and economically useful.

Organic material→Insects→Feed support→Animals→Soil nutrients→Trees
Black Soldier Fly pilot connecting organic material to feed support
Measure the loop. Conversion rate, safety, nutritional value, energy, labour and true operating cost.
Agrith Smart Forest long-term ecosystem concept

07 From evidence to scale

The Smart Forest is a direction—not a shortcut.

Build the pilots. Measure the weak links. Connect what works. Only then move toward a larger productive landscape.

  1. NowField prototypesIndependent, measurable systems.
  2. NextConnected modelShared inputs, outputs and operating data.
  3. VisionSmart Forest ParkFood, environment, research and learning at landscape scale.

08 Planning tool

Feed & farm economics.

Compare a conventional monthly baseline with a user-defined Moringa and Black Soldier Fly replacement scenario. No feed coefficient is assumed for you.

Baseline
Alternative inputs
Set one or both replacement scenarios to compare.
Conventional / month—
Alternative scenario—
Monthly impact—
Annual impact—

Planning estimate only—not a nutritional recommendation, quotation or performance guarantee. Replacement ratios, feed safety, formulation and costs require verified local data.

09 Hani Solutions ecosystem

One project learns from another.