An aisle inside a vertical farm, stacked trays of leafy greens lit by LED strips

AI-driven vertical farming · for any climate

Hadiqah AI

Fresh food, grown anywhere.
Run by AI.

A network of AI-run vertical farms that grow fresh food close to where people live, every day of the year, in any climate.

See the idea Work with us

Inside every Hadiqah farm

Stacked. Indoor. AI-orchestrated. Closed-loop water. Solar-ready.
One blueprint, adaptable to any climate or country.

حديقة
Hadiqah

Hadiqah (n.), Arabic: garden. The AI is already inside it.

The global challenge

The way the world feeds itself is running out of water, land and time.

  • 0% of the world's freshwater withdrawals go to agriculture FAO
  • 0% fall in freshwater available per person over the past two decades FAO, The State of Food and Agriculture 2020
  • 8.2 bn people by 2050, up from 8.2 billion in 2024 UN World Population Prospects 2024
  • 0 m people faced hunger in 2025; an estimated 2.1 billion experienced moderate or severe food insecurity UN, The State of Food Security and Nutrition in the World 2026

Many nations import most of what they eat, so conflict, shipping disruption and extreme heat can cut supply overnight. Qatar is a clear example: about 90% of its food has historically been imported.

Source: NUS Middle East Institute

The idea

Grow up, not out.

A network of AI-run vertical farms that grow fresh food close to where people live, every day of the year, in any climate. Stacked and indoor. AI-orchestrated. Closed-loop water. Solar-ready.

1 tiers

  • Grown anywhere
  • 365 days a year
  • Up to 95% less water
  • No pesticides
  • One blueprint, any country

Technology

Six systems, one garden.

The Hadiqah system every farm is designed around. Our pilot starts with sensors, cameras and rack robotics; drones and root-channel robots arrive in later phases.

01

AI sensor mesh

IoT sensors track light, CO₂, humidity, pH and nutrients on every rack, around the clock.

Strawberry plants growing on stacked trays under grow lights
02

Computer vision

Cameras and AI models spot plant stress, disease and ripeness early, plant by plant.

Rows of planting trays under pink LED light inside a vertical farm
03

Robotics

Automated seeding, transplanting, harvesting and rack handling cut labour and contamination.

04

Nanotechnology

Nano-sensors and nano-nutrient delivery for precision feeding; nano-coatings to extend shelf life.

05

Predictive analytics

A digital twin forecasts yield and energy demand and tunes the growing recipe for each crop.

06

Resource loop

Recirculated water, efficient LED light recipes and solar-ready energy management.

System architecture

From the root channel to the cloud, one nervous system.

Hadiqah system architecture In-farm devices (drones, rack robots, worm robots, sensors and nano-sensors) send live data to an on-site control cluster, then to Hadiqah Cloud. The AI engine spans both. Commands flow back to lights, climate, water and robots. Outputs are grower dashboards, buyer orders and traceability, and impact reporting. AI ENGINE · COMPUTER VISION · YIELD FORECASTS · ANOMALY DETECTION · ENERGY OPTIMISER IN THE FARM Drones scan every aisle Rack robots seed · move · harvest Worm robots in root channels Sensors & nano-sensors, every tier Lights · climate · water · robots ON-SITE CONTROL CLUSTER GPU workstations control loops in milliseconds keeps the farm running offline HADIQAH CLOUD stores every reading runs the digital twin trains models powers dashboards OUTPUTS Grower dashboards Buyer orders & traceability Impact reporting ● live data ● commands

One intelligent loop

01 · Sense

Sensors, cameras and nano-sensors read every rack, around the clock.

02 · Analyse

The digital twin and vision models find stress, forecast yield and spot anomalies.

03 · Act

Commands flow back to lights, climate, water and robots in milliseconds.

04 · Learn

Every reading trains the models that run the next cycle.

“Every harvest makes the next one better, and every new farm makes the whole network smarter.”

The vertical advantage

Open field versus a Hadiqah farm.

Rows of lettuce growing in an open field Open-field farming
Stacked trays of greens inside a vertical farm under LED light Hadiqah vertical farm
  • Water per kgbaselineup to 0% less
  • Yield per m² of land1×0× or more
  • Harvests a year (leafy greens)2–30–0
  • Pesticidesroutinely needednot needed (sealed)
  • Seasonalityweather-dependent365 days a year

Typical ranges for hydroponic and aeroponic vertical farms; results vary by crop.

White roots of a hydroponic lettuce plant hanging from a net pot

Growing methods

Water that never leaves the loop.

Hydroponics is the core: plants sit in channels with no soil; nutrient-rich water flows past the roots under LED light. Unused water is filtered, re-dosed by AI and pumped back round.

  • Hydroponics · core
  • Aeroponics · in trials for selected high-value crops
  • Aquaponics · via AquaLoop

Hadiqah AquaLoop

Fish and vegetables from one water loop.

Two harvests from one system, AI-balanced 24/7.

  1. 1 · Fish tanks Tilapia grow in climate-controlled tanks; AI sets feeding and watches oxygen, temperature and fish health.
  2. 2 · Biofilter Natural bacteria turn fish waste (ammonia) into nitrate, a plant fertiliser.
  3. 3 · Grow racks Greens and herbs take up the nutrients and clean the water.
  4. 4 · Back to the fish The same water is used again and again.
1FISH TANKS 2BIOFILTER 3GROW RACKS 4BACK TO FISH ONE WATER LOOP AI-balanced · 24/7

What we grow

  • Lettuce growing in a vertical towerLeafy greens & lettuce
  • Herbs and greens on stacked trays under LED lightHerbs: basil, mint, coriander, parsley
  • A tray of sunflower microgreensMicrogreens
  • A single ripe strawberryStrawberries & berries
  • Specialty crops growing under grow lightsNutrition-rich specialty crops
  • Tilapia swimming in clear waterFresh fish via AquaLoop

Impact, for any nation

What a Hadiqah farm gives a country.

  • 01

    Food security

    Year-round fresh food, grown locally.

  • 02

    Water security

    Up to 95% less water per kilo, easing pressure on scarce water and desalination.

  • 03

    Skilled jobs

    High-skilled local jobs in agritech, AI, robotics and biotech.

  • 04

    Resilience

    A local production buffer against supply shocks, plus data for early warning.

From net importer to net exporter.

Nations can change their food story. Qatar went from producing about 20% of its own dairy a decade ago to near self-sufficiency today.

Hadiqah brings that playbook to fresh produce, so countries export not only food, but the know-how to grow it.

Source: Gulf Times

The Doha skyline, graded to dusk

Starting in Qatar

Our first pilot farm is planned for Doha.
Our blueprint is built for the world.

Doha, Qatar, will be our flagship and regional hub, in step with Qatar's National Food Security Strategy 2030. Once the pilot has proven the model, we take the blueprint to other countries.

Roadmap

Four phases. One blueprint.

  1. Phase 1

    Pilot

    An AI-run grow room in Doha, crop trials and Hadiqah OS v1.

  2. Phase 2

    First commercial farm

    With an AquaLoop fish module, supplying hotels and retailers.

  3. Phase 3

    National network

    Farms near demand centres.

  4. Phase 4

    Global

    Regional exports and licensing the Hadiqah model to new countries.

Work with us

Four ways to grow with Hadiqah.

Let's grow together.

مرحبا