Robotics and autonomy / Agricultural systems / Seed
Farm autonomy without a six-figure machine, RTK infrastructure, or LiDAR array.
Metric impact
14x
ROI per acre
zero custom LiDAR or hydraulics
Founders
Devin Thorne / Elena Rostova / Karan Patel
Stage
Seed
Replaces
$140,000 autonomous tractor attachment
Investment memorandum / 03
Strata uses monocular vision and physics-informed motion planning to give low-cost electric micro-rovers reliable autonomy inside dense crops.
Technical insight
Traditional agricultural autonomy layers RTK-GPS and multi-beam LiDAR onto heavy equipment. That stack raises capital cost and still struggles inside canopy, on irregular terrain, and in crops where soil compaction destroys value.
Strata eliminates rangefinders through real-time monocular visual-inertial odometry and physics-informed neural motion planning. Optical flow is used to estimate soil shear strength and wheel slip, allowing each rover to adapt torque and trajectory as ground conditions change.
Commodity hardware base
Measured deployment
1,200
acres deployed
99.2%
weed extraction
82%
less herbicide
14 hr
continuous operation
Capability per deployed dollar
Strata rovers operate across commercial farms in high-value row crops, delivering accurate weed removal with lower chemical use, no soil-compacting tractor platform, and no human intervention during a shift.
Legacy architecture
$140,000 rig that requires expert calibration and prepared terrain
Tensor architecture
$820 swarmable rover designed for canopy, soil variation, and scale
Next company / 04