Defining the mission, requirements, and operational objectives.
Deployment
Managing spacecraft development, integration, testing, launch, and commissioning.
Operations
Long-term mission support, monitoring, and operational execution.
Mission-critical operations
Supporting mission-critical operations across defence, government and commercial sectors.
Defence
Sovereign and operational space capability supporting national security, intelligence, communications and defence operations.
Government
Civil, scientific, environmental, and institutional missions requiring reliable access to space infrastructure.
Commercial
Space-enabled services, hosted payloads, communications, monitoring and next-generation commercial applications.
Timeline focused on results
1
Design
Mission planning and requirements definition. Architecture and system development.
2
Build
Integration, validation, and testing. Launch and commissioning.
3
Operate
Long-term mission execution and support.Expansion, upgrades, and future mission growth.
More than a spacecraft
MissionOne missions are powered by Galaxia's Software-Defined Satellite architecture, delivering adaptable space systems that continue to evolve long after launch. Every spacecraft is delivered with the GX operating environment onboard, enabling advanced autonomy, onboard intelligence and future mission growth
Dedicated Spacecraft
Purpose-built systems designed around unique mission objectives.
Hosted Payloads
Rapid access to orbit through shared infrastructure.
Constellation Development
Multi-spacecraft architectures supporting regional and global operations.
National Capability Programs
Long-term sovereign infrastructure development for allied nations and institutions.
Why Galaxia
Combining sovereign expertise, software-defined innovation and end-to-end mission delivery to help organizations build long-term space capability.
