RESOLV™ Application for Sentinel-2 NDVI
Atmospheric correction is vital for agriculture because it refines images for clear viewing, converting digital signals into surface reflectance.
Atmospheric Correction: Small Satellites & RESOLV™ for Agriculture
Atmospheric correction is vital for agriculture because it refines images for clear viewing, converting digital signals into surface reflectance.
Grayscale Map of Atmospheric Effects Scales Atmospheric Correction
RESOLV works immediately upon image download. The mapped atmospheric effects are used to scale the atmospheric correction. CMAC retrieves surface reflectance for levels of atmospheric effect that are uncorrectable using existing methods.
Mapping Atmospheric Effect from Scene Statistics as a Grayscale
RESOLV™ is built around the new technology of CMAC. We evaluated CMAC against the most popular software systems for atmospheric correction of satellite data
Reliability of RESOLV™ Software Across Very Different Environments
RESOLV™ is built around the new technology of CMAC. We evaluated CMAC against the most popular software systems for atmospheric correction of satellite data
How RESOLV Supports the Coming Push for Carbon Farming
Agriculture can logically become the dominant consumer of smallsat imagery if atmospheric correction is applied. We share how!
Atmospheric Correction: Small Satellites & RESOLV
Thousands of small satellites orbit our planet, gathering critical data that is essential for us to understand Earth. These smallsats have the potential to provide groundbreaking insights, but they face a significant challenge: the distortion of data caused by Earth’s atmosphere.