Open Source Infrastructure
Open tools for understanding snow, weather, and avalanche hazard.
From data ingestion and physical modeling to hazard assessment and forecast generation, our tools are designed to be modular, extensible, and easy to use.
Open tools for understanding snow, weather, and avalanche hazard.
From data ingestion and physical modeling to hazard assessment and forecast generation, our tools are designed to be modular, extensible, and easy to use.
A complete operational toolchain for avalanche forecasting.
From raw data and observations to actionable forecast products.
DRIFT is a mental framework for organizing how you think about avalanche forecasting. It's an acronym for the five stages of the process: Data, Refinement, Inference, Forecasting, and Transmission.
Click any stage to explore details.
We're building a complete open source operational toolchain for avalanche forecasting.
A platform for transforming observational data, weather forecasts, and field reports into avalanche forecast products.
A modular reasoning engine that transforms physically detailed snowpack simulations into structured avalanche hazard assessments.
High-performance computational fluid dynamics (CFD) solver for atmospheric boundary layer simulation over complex alpine terrain.
A header-only C++ library to build, convert, and validate avalanche hazard assessments across international standards.
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