Optimise in digital twins before acting in the real world.
GPU-accelerated digital twins for horticulture. See how sprays travel through the orchard and how light falls on it. Validated in the field.
The DigiHort advantage.
High-performance digital twins for horticulture.
DigiHort turns the orchard into a model you can experiment on, testing sprays, light, and design decisions before committing anything to the field. Both simulators are grounded in established physics, and validated against orchard measurements.
LiveLive now.
Spray Simulator
Track every droplet from nozzle to leaf. See on-target deposition, off-target loss, and drift for any sprayer, orchard, and operating condition.
Coming soonComing soon.
Light Simulator
A billion rays from sky to leaf. Trace sunlight through the canopy for any latitude, day, and time. The foundation for agrivoltaic design.
Powered by AI.
AI-powered Phenotyping
Turn orchard scans into measurable traits. AI models count flowers and fruit, size the crop, and map canopy structure, grounding every digital twin in real orchard data.
Performance
Answers in minutes, not hours.
Spray and light simulation that runs on a single desktop GPU, fast enough to explore your options before you commit anything to the field.
Spray Simulator
7 minutes
down from around a day
A full orchard spray run, every droplet from nozzle to leaf.
Light Simulator
1 minute
down from 30 minutes
A billion rays of sunlight, across the whole orchard.
across a range of orchard crops
grounded in established droplet and light physics
by a team that knows orchards