SkyFi is the easiest on-demand Earth observation data app — ever. With SkyFi’s commercial data, you can access Earth observation imagery in resolutions as crisp as 30 cm. Leaving no sight unseen, SkyFi makes it easier than ever to access Earth observation data and analytics, including high-resolution satellite imagery, free low resolution imagery, and relevant Insights all through your smartphone, tablet, or computer.
Gain a unique perspective on any location in the world from our ever-expanding network of satellite, aerial, and analytics providers. With SkyFi, you’re only a tap away from acquiring new or existing imagery. In addition to imagery, SkyFi gives you the ability to layer analytics to get even more from the data through SkyFi Insights. Our comprehensive Insights toolkit encompasses features such as building detection, DEM, NDVI, and much more.
The ordering process is simple and user-friendly. First, create your area of interest, which can either be a rectangle or an uploaded custom shape file to easily integrate with any workflow. Then, choose an Existing Image from our archive or order a New Image and have a satellite capture of your area of interest during a future date range of your choosing. Through the app, you can also select the sensor type that will best meet your needs, including daytime, nighttime, video, and radar. You can add SkyFi Insights to your existing order, or simply order a new image with Insights to better understand what is happening over time within your selected area.
While the use cases for SkyFi are limitless, here are some of the most common applications:
- Monitoring remote locations and infrastructure
- Gaining an on-the-ground perspective to inform business decisions
- Tracking environmental interests and changes over time
- Preserving nostalgic or sentimental places
- Vetting prospective home or property locations
- Exploring hard-to-reach destinations
- Unique gifts
If you have any questions or requests, please dont hesitate to reach out to our support team at [email protected].