What we do

Two capabilities for a redrawn map

Shifting climate patterns are redrawing the map of arable land and water availability. We help growers and organizations adapt through Controlled Environment Agriculture and Climate-Smart Plant Breeding: cutting land footprint, water demand, and input intensity while making seed varieties more resilient to the conditions ahead.

We advise on strategy, science, and program design. We are not a substitute for production facilities or in-house commercial breeding teams. We work alongside them.

01

Controlled Environment Agriculture

We help businesses set up and operate Controlled Environment Agriculture (CEA) systems: precise control over temperature, humidity, light, and nutrients, delivering higher yields, consistent quality, year-round production, and far greater water and input efficiency. Because these systems are independent of climate, weather, and region, they hold steady through extreme weather, drought, heat stress, and supply-chain disruption.

  • Climate-control and soilless-system advisory: sensor placement, automation logic, and control strategies that stabilize yield and quality.
  • Arid and GCC food-security strategy: technical advisory for desert production and food-security investment programs.
  • Variety strategy for CEA: matching genetics to the controlled environment rather than the open field.
  • Monitoring architecture and decision workflows that turn sensor data into timely action.
CEA system setup. A four-stage flow: facility and crop assessment, climate and growing-system design, monitoring and automation build-out, and production optimization.
  1. 01Facility & crop assessment
  2. 02Climate & growing-system design
  3. 03Monitoring & automation
  4. 04Production optimization

02

Climate-Smart Plant Breeding

We help companies and organizations build and operate Climate-Smart Plant Breeding pipelines, applying biotechnology and AI to develop climate-ready crops and the seed-production programs behind them. The goal is varieties that perform under the conditions ahead, not the conditions we used to plan for.

  • Genomics and bioinformatics: contract genomic and marker analysis for programs without in-house capacity.
  • Molecular breeding and marker-assisted selection.
  • Genetic x environment modelling: identifying the environmental constraints on a variety, and the agronomic practices and planting plans that suit it.
  • Trait discovery and genetic diversity analysis.
  • Technical due diligence on breeding assets: independent review of pipelines, germplasm, and genetic-gain claims for investors and acquirers.
Climate-smart breeding pipeline. A four-stage pipeline: germplasm and trait discovery, genomics and marker-assisted selection, genetic by environment trials and modelling, and seed production.
  1. 01Germplasm & trait discovery
  2. 02Genomics & marker-assisted selection
  3. 03G x E trials & modelling
  4. 04Seed production

Data & AI, woven through both

Data and AI are not a separate service line. They are how the work gets done: contract genomic and bioinformatics analysis, trial statistics, and genetic x environment modelling that inform decisions on both the production and the breeding side.

  • Contract genomic and bioinformatics analysis.
  • Trial design and statistical analysis.
  • Genetic x environment modelling and simulation.
  • AI applied to breeding-pipeline and production decisions.
Stacked growing racks of leafy greens under LED lighting in a controlled environment facility