Sector 01 — Agriculture & Complex Terrain
Precision in the field.
Tradition amplified by technology.
Humanoid and quadruped robots trained to navigate vineyards, orchards, and rugged terrain. From harvesting to multi-sensor monitoring, we bring advanced automation directly into the heart of artisanal agriculture.
Sector challenges
Modern agriculture demands solutions no conventional machinery can offer.
Irregular terrain and extreme slopes
Hillside vineyards, terraced orchards, steep olive groves — environments inaccessible to conventional machinery.
Seasonal labour shortages
Harvest peaks concentrated in narrow time windows, with growing difficulty in finding qualified personnel.
Continuous crop monitoring
Early detection of disease, water stress, and pests requires frequent inspections across large surface areas.
Preserving artisanal traditions
Automation must not dilute the quality and identity of products — it must amplify them.
Operational capabilities
What our robots do in the field.
Autonomous navigation on complex terrain
Bipedal and quadruped locomotion on irregular surfaces, slopes up to 45°, muddy ground, and dense vegetation.
Multi-sensor monitoring
RGB, thermal, and multispectral cameras for detection of water stress, fungal disease, and crop maturity.
Assisted harvesting and handling
Delicate manipulation of fruit and grape clusters, transport of loads up to 20 kg on predefined or autonomous routes.
Reporting and data analysis
Automatic generation of field maps, crop status reports, and real-time alerts for the agronomic team.
Compatible platforms
Hardware selected for the field.
As a vendor-agnostic platform, we select the most suitable system based on the specific operational requirements of each agricultural business.
High-mobility quadrupeds
Ideal for extreme terrain, perimeter patrolling, and inspection of sloped vineyards.
Humanoids for harvesting
Bimanual manipulation for harvesting operations, assisted pruning, and handling in structured environments.
Hybrid multi-robot systems
Coordinated fleets of quadrupeds and humanoids for maximum coverage across large surface areas.