Aspia provides geospatial intelligence by delivering insights regarding the past, present, and future state of land. The company focuses on translating raw data into actionable information for decision-making across various sectors. Their products aim to offer clarity beyond standard imagery delivery.
Funding
Funding not disclosed
Founders
Product
Problem
Earth observation via satellite is often impeded by cloud cover, smoke, and pollution, leading to gaps in data collection and hindering accurate analysis of ground conditions. The resulting data intermittency limits the ability to monitor temporal changes and make informed decisions across various industries.
Solution
Aspia Space addresses this challenge with ClearSky, a patented AI algorithm that generates cloud-free, multi-spectral imagery from satellite data, even under 100% cloud cover. ClearSky utilizes Synthetic Aperture Radar (SAR) data to predict full-spectrum visible and short-wave infrared imagery at a 10-meter resolution. This enables consistent and reliable monitoring of land, water, and vegetation, facilitating trend analysis, anomaly detection, and predictive modeling. The resulting imagery is delivered in a standard raster format, allowing seamless integration with existing Earth Observation workflows and analytical tools. Aspia Space also offers PastureEyes, a deep learning algorithm that estimates grass height from space, and EarthPT, a foundation model for Earth Observation.
Target Audience
Aspia Space serves customers in agriculture, insurance, and land management, as well as other industries that rely on timely and accurate Earth Observation data for monitoring, analysis, and decision-making.
Features
- Cloud-penetrating Synthetic Aperture Radar (SAR) technology to generate cloud-free imagery
- AI-driven prediction of full spectrum visible and short-wave infrared imagery
- High-resolution imagery at a 10-meter pixel scale
- Regular imaging, unaffected by cloud cover, for consistent monitoring of temporal changes
- Multi-spectral data with 10 spectral bands: Blue, Green, Red, Red Edge 1-4, Near-IR, SWIR 1, SWIR 2
- PastureEyes algorithm for estimating grass height with an accuracy of ±15mm
- EarthPT, a 700 million parameter foundation model for Earth Observation