IMAGE AND VIDEO TRANSMISSION TECHNOLOGIES (LAND)

United States | Rapid Access Program

Rapid Access Program (RAP) provides online access to a virtual ground system for time-sensitive missions through a simple and affordable web interface. Take virtual control of imagery collections from the full Maxar constellation through priority tasking, predictable access and imaging operations.

United States | Satellite Access

Monitor changing ground conditions with the world’s most advanced commercial imaging satellite constellation. Maxar Intelligence provides a variety of access options so defense, intelligence and commercial customers can meet their mission requirements and collection timeframes.

United States | Geospatial Services

Deploying unmatched geospatial expertise and comprehensive real-world experience to help customers unlock insights where and when it matters.

United States | Precision3D Registration (P3DR™)

Georegister data from many types of platforms confidently and swiftly. P3DR synthesizes the Globe in 3D with sophisticated algorithms to quickly and accurately georegister your sensor data, anywhere.

United States | Precision3D Telco Suite

Design your networks for optimal performance and act on your industry’s rapid changes. No more outdated geodata. No labor-intensive and expensive drive testing and model tuning. The Precision3D Telco Suite offers exquisite details at lower costs, rapid deliveries on a massive scale, and consistent quality with global availability.

United States | Precision3D™ Data Suite

Maxar uses its automated 3D image processing algorithms inside a state-of-the-art high-performance computing environment, with direct access to the world’s most trusted commercial satellite imagery. This powerful combination creates unparalleled geospatial capabilities and enables the production of the Globe in 3D at an extremely rapid rate.

United States | The Globe in 3D

Powerful visualization in accurate, consistent detail. See the world how it really is, in fully immersive 3D.

United States | Secure web portal

Store collected imagery in your private library, including recently acquired imagery.

United States | Access without excess

Typical access-based solutions require heavy infrastructure and hardware footprints that are not cost-effective for most organizations. RAP eliminates large upfront expenditures as all tools are web-based and hosting occurs in a private, secure cloud so you can focus your investment on the access.

United States | Virtual control

Request image collection when and where you need it. With a secure web interface, you have control from anywhere on Earth.

United States | Virtual control for mission success

When your mission requires time sensitive collections, high-resolution imagery and demanding constraints, you need to take charge of your own data collection to achieve necessary results.

United States | Maxar® Geospatial Platform (MGP)

MGP Pro is the premier, cloud-based subscription service for secure and timely access to Earth intelligence, simplifying your ability to map, monitor and detect change for any location on the globe at a moment’s notice.

United States | Non-Earth Imaging (NEI)

Navigate, understand and mitigate risk in the crowded space domain with NEI. As more spacecraft and megaconstellations come online, it will become increasing important to understand where and how space operations and debris will impact your mission.

United States | Accessing Electro-Optical Commercial Layer (EOCL)

Accessing Electro-Optical Commercial Layer (EOCL) USG Plus-licensed imagery is quick and easy. Users can choose GEGD's web portal, Google Earth or a variety of Open Geospatial Consortium web services. We handle all the processing, hosting and security, so federal workers and military can focus on reaching goals.

United States | Non-Earth Imaging

Maxar Intelligence was the first company licensed to conduct non-Earth imaging (NEI) for both government and commercial purposes. Satellites in the Maxar constellation can collect and distribute images of space objects across the low Earth orbit (LEO)—the area ranging from 200 kilometers up to 1,000 kilometers in altitude—as well as across medium Earth orbit and geosynchronous orbit.