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Digital Twin Farms

SYNCHRONIZING_REALITY // LATENCY: 14ms

The Virtual Lab

Digital Twin solutions enable agricultural experiments to be conducted in milliseconds that would take years in reality. By mirroring soil biology and plant metabolism on high-performance compute clusters, we create a 1:1 functional replica of the physical environment.

> SIMULATING_ROOT_DEPTH: 1.2m
> SOIL_NITROGEN_FLUX: STABLE
> VIRTUAL_YIELD_PROJECTION: +14.2%
> SENSOR_SYNC_STATUS: ACTIVE

HPC Backbone

To simulate millions of "Plant Agents" individually with high fidelity, the architecture utilizes:

Leading Research Institutions

Wageningen University

Leading the "Digital Twin" project to create virtual replicas of greenhouses and open fields for optimized resource management.

ETH Zurich

Specializing in terrestrial systems and smart farming, using digital twins to model crop-environment interactions at high resolution.

Fraunhofer IESE

Developing virtual representations of agricultural machinery and ecosystem dynamics to accelerate autonomous farming cycles.

Cornell University

Pioneering the Cornell Institute for Digital Agriculture, integrating cyber-physical systems to mirror real-world crop performance.