Begin in the field
Stella Nova helps translate grower practice, crop biology, labor, terrain, weather, and maintenance into system requirements.
Agricultural robotics and automation
AgriBot USA
Build automation around the crop—not the other way around.
Company vision
Build automation around the crop—not the other way around.
AgriBot USA advances agriculture by combining robotics with agronomic knowledge, field reality, human supervision, and transparent evidence about performance and tradeoffs.
AgriBot USA develops field-oriented agricultural robotics and automation systems that connect crop requirements, sensing, mechanical design, controls, human supervision, maintenance, and field testing.
How Stella Nova works behind the scenes
Education is built into the operating environment.
Stella Nova translates live work into supervised research questions, methods, records, and demonstrable outcomes.
Integrate disciplines
Robotics, electronics, data, ecology, human factors, and business operations are developed as one working system.
Measure performance
Field trials document reliability, plant impact, speed, quality, intervention needs, and operational value.
Student involvement
Learn by entering the real sequence of work.
Field observation
Document tasks, constraints, failure points, and human-machine interaction.
Prototype
Build and test sensors, interfaces, mechanisms, or analysis tools.
Evaluate
Collect data and compare the system against defined agricultural requirements.
Report
Produce technical records, visualizations, and decision-ready findings.
Lived and worked experience
Students see how engineering decisions encounter biology, weather, maintenance, economics, safety, and the lived knowledge of growers and field workers.
Field requirements studyPrototype subsystemPerformance datasetTechnical and impact report
Current capabilities
What the venture makes visible.
Agricultural robotics
Mobile and fixed systems for crop handling, inspection, harvesting, packaging, and field operations.
Sensors and autonomy
Machine vision, localization, environmental sensing, actuation, communication, and supervised autonomy.
Agronomic integration
Design around crop geometry, soil, weather, plant damage, labor, sanitation, and adoption.
Related applied projects
Work connected to AgriBot USA.
AgriBot HIVEA field-oriented agricultural robotics and systems-development environment.Explore project →Ways to participate
Current relationship pathways.
Field research
Grower-defined requirements, controlled field trials, observations, and performance measurement.
Engineering integration
Mechanical, electrical, software, sensor, safety, documentation, and manufacturing projects.
Next step