ALAIVE · PLANT INTELLIGENCE

Revealing the
mechanisms
of life.

AI-powered physiological models that turn biological complexity into useful predictions.

ALAIVE Crop Digital Twin — Physiological model and AI

DIGITAL FLORA

Advanced plant models for a changing world.

We develop AI-powered Advanced Plant Models—high-fidelity digital twins that capture the physiological complexity of diverse agricultural species.

By leveraging artificial intelligence to integrate real-time environmental data, computer vision, and biological modeling, our systems accurately predict yield, growth dynamics, and plant health.

These models enable yield forecasting and treatment optimization, maximizing productivity while reducing operational costs and environmental impact.

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THE COMMERCIAL PRODUCT

PLANTAR

The physiological digital twin for your crop.

PLANTAR — The physiological digital twin for your crop

Model the plant, not only the field.

PLANTAR combines crop observations and environmental conditions with a physiological model to simulate plant development and explore alternative scenarios.

01 Understand

How conditions affect plant development.

02 Predict

Growth, water demand, fruit development and stress.

03 Simulate

Potential outcomes before changing production conditions.

Discuss your crop →

WHAT CAN BE MODELLED?

Growth Canopy and vegetative development
Water Demand and plant water response
Fruit Development and sink dynamics
Stress Response to environmental constraints
Biomass Plant and fruit biomass dynamics
Scenarios Alternative growing conditions

UNDER THE HOOD

AI with a biological model underneath.

We combine artificial intelligence, data and physiologically realistic modelling to represent complex biological systems.

Artificial intelligence Computer vision Environmental data Physiological modelling Digital twins Simulation
Commercial citrus production EXAMPLE APPLICATION Commercial citrus production

EXAMPLE APPLICATION

From research into commercial citrus production.

PLANTAR has been applied to commercial citrus production using real crop observations and high-resolution environmental data. Use this platform for validated results, model comparisons and crop-specific optimization.

Inquire about your crop →

START A PILOT

Have a crop you'd like to model?

Tell us what you grow and what you want to predict, understand or optimize.