GlacierEye is an Alpine Ice Observation System that analyzes glacier dynamics using satellite imagery and thermal sensor networks. Our platform focuses on monitoring ice movement, seasonal melting patterns, and long-term climate trends to support cryospheric research and environmental monitoring.

Our AI algorithms process vast amounts of satellite and sensor data to detect subtle changes in glacier mass, flow velocity, and surface temperature. This enables predictive modeling of melt rates and helps identify climate patterns that are not easily visible through manual analysis.

We collect multi-spectral satellite imagery, thermal data from ground-based sensor networks, LiDAR elevation data, and weather station information. This layered data approach creates comprehensive maps of glacier health and dynamics.

Our data is utilized by climate scientists, environmental agencies, academic researchers, and policy makers focused on understanding cryosphere changes and developing climate adaptation strategies.

Our systems achieve millimeter-level precision in elevation change detection and sub-degree accuracy in thermal monitoring through calibrated sensor networks and validated satellite data processing pipelines.

Yes, qualified researchers can apply for data access through our research partnership program. Please visit our contact page for more information on collaboration opportunities.