Our advanced UAS and LIDAR technologies enable us to analyze, visualize, and map infrastructure
We combine an extensive background in physical and environmental sciences with UAS and advanced data analytics
Our hyper and multispectral analysis methods enables us to:
- measure crop health to predict yield
- offer fertilizer and irrigation prescriptions
- map viniculture to detect stressors and disease
Potato Virus Y is a global threat that impacts crop yield. Our research has lead to the development of a unique detection algorithm that utilizes drone technology and advanced image processing to detect infected plants. Our system integrates GPS, sensors, and machine learning technologies to allow growers to effectively respond to this threat
We utilize UAS LiDAR and Structure from Motion for industry-related applications:
- 3D mapping of critical infrastructure
- fire hazard mapping
- irrigation canal assessment
- geohazard mapping
- pipeline inspection
- mining surveys
Geohazard Mapping for Transportation corridors to model:
- rockfall
- avalanches
- landslides
Our conservation management expertise includes:
- 3-D mapping of streambeds and wetlands
- Modelling fish habitat from UAS thermal scans
- Wildlife counts and habitat surveys
- Raptor nest monitoring
- Invasive species mapping
- Land use and cover change temporal analysis
- Cultural and historical landscape mapping
Modeling fish habitat to search for thermal refugia in desert stream systems