Ternow AI | Earth Observation Reimagined

Products

TrueHD Images

We have developed algorithms to significantly improve the native resolution of satellite and aerial imagery. Currently, the best commercially available native resolution for the optical satellite imagery is 30 cm. We offer improved high-quality 15 cm satellite imagery as TrueHD images for commercial purposes with the best quality in the market.

Global cm-level GCP

We have developed a revolutionary sensor fusion algorithm to fuse Synthetic Aperture RADAR (SAR) satellite imagery with optical satellite imagery in a novel approach. Thanks to this system, we measure 3D Ground Control Points (GCP) with the cm-level absolute accuracy around the world while staying in our office. Remote GCP measurement is also an internal component of AeroSat Vector and HD maps.

AeroSat Vector Maps

We create Vector Maps by solely using remote sensing data. The procession of the data with our proprietary algorithms clearly challenges the status quo. Our AeroSat Vector Maps only require a fraction of the time and effort needed to generate comparable results.

AeroSat HD Maps

We help to pave the way for one of the biggest trends in the automotive industry: Autonomous Driving (AD). After years of research, we are able to build High-Definition (HD) Maps without the need to take pictures from the ground with global cm-level absolute and relative geolocalization accuracy. The spatial accuracy is within 5 cm and subcentimeter range using satellite and airborne data respectively. Our 3D AeroSat HD Maps are based on remote sensing data, built with artificial intelligence and will be delivered in the OpenDRIVE^® format.