Kratos Defense & Security Solutions has provided the software backbone for SSC Space’s newly launched SSC Space Go service, designed to streamline data delivery for small Low Earth Orbit satellites. The OpenSpace Platform enables automated, scalable ground operations that can reconfigure instantly for each satellite pass.
SSC Space Go aims to simplify Earth observation and remote sensing missions by removing traditional ground system complexities. Through OpenSpace’s virtualization capabilities, the service can interoperate with diverse satellite types while supporting real-time, high-volume data downlinks. The software-driven approach allows rapid scaling based on mission demand without hardware limitations.
Nicholas Priborsky, President Connect at SSC Space, explained that OpenSpace’s orchestration capabilities were crucial for supporting small satellite growth. Traditional hardware-based systems lacked the flexibility needed for modern LEO missions. The platform enables service evolution and new revenue opportunities across SSC’s global network.
OpenSpace functions as a fully orchestrated ground system that eliminates manual integration of disparate components. For SSC Space Go, it manages telemetry, tracking, command functions, high-throughput downlinks, stream recording, and network operations. The platform coordinates both virtual network functions and physical systems, including Kratos digitizers and SSC’s antenna controls.
Greg Quiggle, SVP at Kratos, noted that OpenSpace’s software-defined architecture creates adaptability for evolving mission requirements. Partners can scale networks dynamically as the industry moves toward more interoperable, mission-driven operations. The deployment represents continued collaboration between the companies, with Kratos providing foundational technology that allows SSC to focus on service delivery rather than ground infrastructure management.
The partnership addresses growing demand for streamlined satellite operations as LEO constellations expand. By automating ground segment functions, operators can dedicate more resources to mission objectives rather than technical coordination.
