42.28° N · 83.74° W · Michigan, USA
From space to ground.
AI powered Geospatial Insights for a Sustainable Planet
Built for Utilities, Agriculture, Water, and Infrastructure.
Scroll to descend
The sensor looks down
Six ways we turn signal into decisions
Touchdown
Stand in the data.
One drone flight over a live transmission corridor. Photoreal, measurable, shareable by link.
Photoreal 3D Gaussian splat of a live transmission corridor, built from one drone pass. Drag to orbit and scroll to zoom; a toggle switches to the classified view, which labels canopy, low growth, buildings, bare ground, roads, and conductors. The case study reports the same results in text: 14 conductors identified, with vegetation clearance per span in metres.
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The record
Methods that survived peer review
- Largest study area modeled
- 450,000 km²
- Monitoring wells in one model
- 900K+
- Peer-reviewed publications
- 16
- Citations of our methods
- 500+
Leadership
Dr. Sasmita Sahoo
Founder & Principal Scientist · Ph.D., Agricultural and Food Engineering
Dr. Sahoo leads method design and delivery. Her published record spans groundwater machine learning in Water Resources Research, MODFLOW modeling in Hydrogeology Journal, and spectral crop diagnostics with commercial partners. Prior affiliations include Penn State University and Michigan State University. She has led work for the University of Chicago's RDCEP center, Croptix Inc., and government water agencies.
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