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piSOFIT is Pixxel’s customized implementation of NASA JPL’s open-source ISOFIT (Imaging Spectrometer Optimal Fitting) model, optimized for Firefly and Honeybee hyperspectral data. Methodology Radia...

If your project requires a unique combination of spectral bands that isn't covered by our Default Firefly bandsets, you can request a custom bandset tailored to your needs. How to Request To get st...

1. You can export the images to our preferred delivery process   2. You can choose your desired delivery method - Local and Cloud storage   3. Save your preferred selection for future orders. 

Aurora currently delivers hyperspectral imagery as individual strips (segments of the full satellite capture). Clipping to custom areas or mosaicing multiple strips into a seamless scene will be av...

When placing a capture request on Aurora, you can select from the following timeline options. Uplift charges vary based on how soon the capture is needed. For Expedited, Critical, and Assured taski...

All of Pixxel’s legal documents are publicly available on our website for your reference. These include our privacy policy, terms of service, and license agreements. Privacy Policy Terms and Condit...

Pixxel’s Firefly constellation, consisting of six satellites, enables scheduled recurring captures of your Area of Interest (AOI) for consistent monitoring over time.Available Recurrence OptionsWhe...

Honeybee Zero (HB0), planned for launch in 2026, will have expanded hyperspectral coverage from visible to shortwave infrared. The sensor will be equipped to provide hyperspectral imagery of ~450 b...

How to Use the Heatmap on the Explore Page? The Heatmap on Aurora’s Explore page helps you visualize Pixxel's Archive imagery across the globe.   What does the Heatmap show? When enabled, the Heat...

To access and interact with the Aurora API, you’ll first need to generate a project-specific API key to authenticate API requests. This article walks you through the process from start to finish. ...