Version 1.7 Release
Wyvern is releasing version 1.7 of our data product.
This release focuses on updating the calibration and validation of our Dragonette satellites to improve the radiometric quality of our imagery products.
Release notes for imagery
View All TagsWyvern is releasing version 1.7 of our data product.
This release focuses on updating the calibration and validation of our Dragonette satellites to improve the radiometric quality of our imagery products.
We're preparing for release of Wyvern's Level-2A processing level! This will allow users of Wyvern data to access atmospherically corrected surface reflectance imagery so they can perform hyperspectral analysis faster and without additional tools.
This release is a planned release and is currently unavailable. The product guide has been updated to allow users time to adjust their processes for version 2.0 changes that may affect their workflow.
Version 2.0 will be released no earlier than November 15, 2025. The exact release date will be documented as the release approaches.
You can find the documentation under the 2.0-beta section of the product guide.

We're ready to release version 1.6 of Wyvern's data product!
This release focuses on improving cloud masking and tasking which will enable you to more easily identify and mitigate the effects of clouds, haze, and cloud shadows in your imagery.
We're extremely excited to announce version 1.5 of Wyvern imagery!
This release focuses on improving striping and gradient artifacts.
We're announcing 1.4 release for our hyperspectral data product!
This release focuses on cross-calibration between Dragonette-1 and Dragonette-3.
This release focuses on improving band co-registration and image geolocation accurracy by interpolating missing rows of pixels.
We're excited to announce our version 1.2 release for Wyvern imagery!
This release focuses on improved image destriping and improved cloud mask.
We're extremely excited to announce our version 1.1 release for Wyvern imagery!
This release contains a number of different improvements, including redefining our naming convention, defining our standard pixel cell size, and considerable improvements to our calibration.