Terrestrial Intelligence for Climate Resilience
We develop earth systems observation networks and analytical models to quantify terrestrial water dynamics in real time.
Optimizing snow-water equivalence
Snowpack represents one of the most important yet poorly measured components of the global water cycle. Traditional measurement methods are sparse, labor-intensive, and increasingly unreliable as climate patterns shift.
We combine field-deployed sensors with analytical frameworks to resolve snow water equivalent and watershed state in real time.
Sub-centimeter accuracy in snow depth measurement across diverse terrain
Continuous monitoring with cloud-connected sensors and live dashboards
ML forecasting for runoff timing, volume, and flood risk
Feather River Watershed — Model deployment above 7,500 ft
Advanced sensing solutions engineered for challenging mountain environments, designed for autonomous operation and reliable data collection in remote locations.
Scalable, secure cloud infrastructure that ingests real-time data and delivers insights through APIs and dashboards.
Proprietary methods for deriving accurate snow water equivalent estimates from field measurements.
Predictive models for water resource planning and risk assessment.
Serving critical water infrastructure needs
We're currently working with public and private partners to deploy and field our systems across diverse mountain environments. If you're interested in learning more about our work or exploring partnership opportunities, we'd like to hear from you.