Optimise in digital twins before acting in the real world.

A horticultural metaverse accelerating innovation of planting systems.

A mango tree photographed in the field beside its digital twin reconstruction, above a point-cloud render of trellised orchard rows

Striving for Heights

  • High-FidelityDigital Twins
  • High-ThroughputPhenotyping
  • High-Precision3D Georeferencing
  • High-PerformanceComputing
  • Highly ReliableSimulations & Analyses

DigiHort Online Platforms

Affordable, Adaptable, Adoptable

High-performance computing through commodity-level computer hardware.

Readily translatable to various spray equipment and orchard/vineyard systems.

Performance

Answers in minutes. Not hours, not days, not weeks.

Fast enough to explore your options before you commit anything to the field.

Spray Simulation

7 minutes

Spray analysis vs 1 day with conventional simulation or 2 weeks in the field.

Full investigation: tracking every droplet from nozzle to destination.

Light Simulation

1 minute

Tracing 1 billion rays of sunlight through an orchard digital twin.

Configurable for different latitudes and cloud conditions.

Field-validated

across a range of orchard crops

Physics-grade

grounded in established droplet and light physics

Industry-oriented

decision-support toolkits