The Future of Farming is Autonomous.
Meet Solix: lives in the field, constantly learning and adapting, using artificial intelligence to monitor and care for every piece of the crop every day, like a guardian.
Built for the Modern Farm
Solix combines solar energy, precision robotics, and artificial intelligence to transform how we grow food.
Unmatched Autonomy and Precision
Solix operates autonomously day and night, seamlessly navigating through fields without disturbing rows. Its lightweight design and solar power source allow for operation for up to three days without sunlight.
Sustainable Target-Spray Applications
By promoting sustainable target-spray applications, Solix optimizes the use of chemicals to treat and preserve crops. Fields are meticulously maintained as weeds emerge, minimizing their impact and preserving the environment.
Early-Stage Weed Control
By identifying and addressing weed issues promptly, farmers can prevent damage and optimize their use of inputs. The platform facilitates target-spray application, ensuring resources are utilized effectively.
Real-Time Agronomic Information at Scale
With the capacity to monitor 2 million plants per day, the platform ensures comprehensive and timely insights into crop health. Its 24/7 operation guarantees continuous monitoring whenever necessary.
Enhanced Productivity and Efficiency
Solix offers a range of advantages that boost productivity and efficiency across the entire agricultural market. Farmers, seed companies, and ag-retailers can all benefit.
Enables Low-Impact Agriculture
Solix makes it possible to spray only the areas that need it, optimize chemical inputs, and preserve the health of the soil.
Precision Mapping
The robot plots maps based on the conditions of each plant, identifying exactly where treatment is needed.
Targeted Spraying
Solix sprays only the areas that need it, optimizing the use of chemical inputs in the field.
Soil Preservation
By minimizing unnecessary chemical application, Solix preserves the health of the soil for future seasons.