Geoimage is proud to continue delivering the geoHD, a proven imaging enhancement solution that's been making an impact since its release.
What is geoHD?
geoHD is an innovative technology that uses AI to halve the native resolution of satellite imagery. With suitability of use on data from the Pleiades Neo, WorldView-3, SPOT, Kompsat-3, and 3A sensors, geoHD helps to enhance the usability of your data, heightening features and insights that may have previously gone undetected.
Whether you're uncovering new details in past projects or improving current datasets, geoHD allows you to see and do more with your data, without the need to acquire native higher-resolution imagery.
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The imagery provided by 15 cm HD sets a new standard in precision, unmatched by any other commercial satellite technology. With a level of detail that surpasses conventional offerings, the high-definition imagery captures the finest nuances of the Earth's surface.
The process of generating 15 cm HD involves employing specialised techniques and proprietary software on native 30 cm images. Advanced HD technology employs intricate mathematical algorithms tailored to the unique characteristics of the images, effectively augmenting pixel count. This advancement yields an enhanced visual outcome, delivering distinct features that greatly facilitate the extraction of significant information by both individuals and algorithms.
(plus some other great locations and samples including our 15 cm HD product,
30 cm imagery and WorldDEM)
Utilising 15 cm HD imagery opens up countless new opportunities, such as better monitoring of critical regions, improved mapping accuracy for urban development, and increased AI/ML applications with higher resolution for accurate analysis and automation.
15 cm HD imagery greatly enhances detail visibility in satellite images and is especially beneficial for users seeking to monitor and identify crucial areas. It offers fresh perspectives on remote locations, aiding observation of valuable assets, environment, agriculture, and temporal changes. This, in turn, minimises the need for on-site inspections, ensuring asset and personnel safety.
15 cm HD imagery enables a level of precision that empowers governments, institutions, and businesses to authenticate various features like streetlights, signs, roadways, vehicles, and infrastructure status. All of this can be achieved without the need to dispatch teams for on-site inspections or incurring expenses related to drone usage.
The average item detection precision of any ML/AI algorithm can be improved with 15 cm HD imagery. Increased detail provided by 15 cm HD data aids automated analysis, feature extraction, and change detection procedures.
15 cm HD imagery offers distinct advantages in regions where conventional aircraft flights are unfeasible due to their remote nature or other disruptions affecting aerial mapping. 15 cm HD imaging, with its larger coverage, emerges as the optimal alternative for large-scale projects, outperforming traditional aerial approaches.