The Space Tracking and Communications Centre (STCC), operated by the Japan Aerospace Exploration Agency (JAXA), provides continuous, 24/7 support for satellite and spacecraft missions through tracking, telemetry, and command operations. It manages a global network of parabolic antennas, located both in Japan and abroad, enabling communication with spacecraft in various orbits. The centre also develops technologies to monitor and reduce space debris, contributing to the safety and sustainability of space activities.
Prerequisites:
• Identify potential users of the centre
• Technical Infrastructure (Such as labs, data processing rooms, monitoring equipment and software)
• Technical expertise for system integration and operations
• Partnerships with international space weather networks
• Secure site with reliable power and communications infrastructure
• Cybersecurity, data protection, and continuity planning
• Legal/regulatory framework for managing and sharing Space Weather data
Cost:
National Space Weather Office (Entry-Level / Coordination-Focused)
• Ballpark: USD 250k–2M + OPEX USD 200k–1M/yr
• Includes: setup within existing agency, IT/data systems, access to international data feeds (NOAA, ESA, WMO), small specialist team, training, national awareness activities, staff salaries, software/data licensing, international coordination (COSPAR, WMO), outreach,
National Operational Space Weather Centre (Integrated Capability)
• Ballpark: USD 5M–30M +OPEX USD 2M–7M/yr
• Includes: dedicated facility, local monitoring instruments (magnetometers, ionosondes, small solar telescopes), data processing and supercomputing capacity, training programmes, international data exchange infrastructure, full-time scientific staff, operations and maintenance of instruments, staff salaries, system upgrades, international certification/compliance, research and outreach activities
Timeframe:
National Space Weather Office (Entry-Level / Coordination-Focused)
• Overall: 12–24 mo
• Phases: scoping/mandate (3–6 mo), setup & staffing (6–9 mo), integration & training (3–6 mo), operations (ongoing with OPEX)
National Operational Space Weather Centre (Integrated Capability)
• Overall: 36–60 mo
• Phases: feasibility & design (6–12 mo), procurement & facility setup (12–18 mo), construction/integration (12–18 mo), calibration/testing (6–12 mo), operations (ongoing with OPEX)
Pros:
• Standardization - Promotes homogeneity of standards, data, technology, and others within the nation
• Development - Fosters capacity building
Considerations:
• Complexity - Complex implementation requires high levels of coordination.
• Overlap - Risk of overlap with existing initiatives