Developing and operating space missions, whether for Earth observation, lunar exploration, or other purposes, is traditionally costly and complex, requiring specialized expertise and tools. Streamlining the development lifecycle, from prototyping to flight operations, presents a significant challenge for organizations aiming to maximize efficiency and data return.

Mission Control offers a software platform designed to simplify mission development and operations for a variety of space-based and terrestrial applications. The Spacefarer platform enables distributed teams to remotely operate robots, payloads, and other assets, while Spacefarer AI facilitates the deployment of artificial intelligence for onboard autonomy. These tools streamline the entire mission lifecycle, from initial prototyping to ongoing operations, reducing costs and enhancing the potential for scientific and commercial opportunities. The platform's user-friendly interfaces and customizable features empower mission controllers, scientists, and software developers to achieve faster deployments and valuable data returns.

Spacefarer platform for remote operation of robots and payloads

Spacefarer AI for streamlined deployment of AI on flight platforms

Web-based user interfaces for real-time operation and data visualization

Command sequencing tools for spacecraft, robots, and payloads

Data Explorer for interacting with data products, including timeline viewer and data visualization

Customizable user interfaces and tailored integration options

Orbital Autonomy Lab (OAL) and Moonyard facilities for testing and experimentation

The primary target audience includes mission controllers, scientists, software developers, and organizations involved in space exploration, Earth observation, and related activities, as well as educators seeking to engage students in STEM fields.