Central Space Agency
Building autonomous space domain systems for safe operations in space.
Building autonomous space domain systems for safe operations in space.
In an era of increasingly congested orbits and evolving cosmic hazards, the Central Space Agency (CSA) is dedicated to enhancing resilience against space-related threats such as severe space weather, orbital debris, and near-Earth objects. Our mission is to pioneer the development of cutting-edge autonomous space domain systems that enable safe operations in space. Through these advanced capabilities, we strive to protect vital satellites and critical infrastructure, ensuring continuity of services on Earth and stability in orbit. Driven by a commitment to sustainability and collaboration, CSA works closely with government agencies, industry partners, and the international research community to safeguard the orbital environment. We foster cooperative initiatives to share data, align safety protocols, and coordinate responses to emerging threats. This proactive, unified approach ensures the long-term sustainability of space activities and solidifies our position as a leader in space safety – helping to secure the space domain for generations to come.
Magnus is our latest and most advanced module, delivering data-driven innovation and insights for space operations. It maintains a highly accurate space object catalog that is essential for Space Situational Awareness (SSA) – ensuring operators have precise, up-to-date information on every object in their orbital vicinity. By leveraging advanced tracking data and intelligent algorithms, Magnus enables users to confidently view, understand, and predict the dynamic space environment with unprecedented accuracy. Building on this rich data foundation, Magnus supports comprehensive vulnerability assessments and asset protection across all orbital zones. For industry professionals and mission operators, the module enables quick evaluation of potential threats to their satellites and spacecraft at any orbital altitude. Its analysis spans all orbital regimes, from low Earth orbit (LEO) through medium Earth orbit (MEO) to geostationary orbit (GEO) and beyond, providing tailored alerts and in-depth risk assessments for each scenario. This capability allows for proactive collision-avoidance maneuvers and strategic planning, safeguarding valuable assets against debris, close conjunctions, and other on-orbit hazards in real time. Beyond its technical capabilities, Magnus embodies our commitment to sustainable and collaborative space operations. By helping prevent collisions and limiting debris generation, Magnus contributes directly to the long-term sustainability of the space environment. The module’s design emphasizes interoperability and data-sharing, allowing government agencies, aerospace companies, and research institutions to work from a common, trusted picture of objects in orbit. Through this collaborative approach, Magnus not only strengthens individual SSA operations but also fosters a united effort to protect the space environment for all stakeholders, now and for future generations.
As space becomes increasingly congested, the need for trusted and secure data exchange between operators is more critical than ever. Collaborate is our dedicated module for enabling secure and transparent Space Situational Awareness (SSA) data sharing across stakeholders. By integrating advanced encryption protocols with blockchain technology, Collaborate ensures the integrity, authenticity, and confidentiality of shared orbital data — fostering trust in multi-actor environments. This module enhances coordination and operational safety by allowing government agencies, commercial satellite operators, and institutional users to participate in decentralized, tamper-proof exchanges of tracking data, conjunction alerts, and operational statuses. In doing so, Collaborate supports the creation of a shared operational picture, which is essential for timely responses to potential threats and reducing the risk of collisions or miscommunication. Aligned with our commitment to sustainability and responsible stewardship of the space environment, Collaborate promotes international cooperation and standardization in SSA practices. It empowers stakeholders to collectively manage orbital traffic with greater efficiency, accountability, and transparency—safeguarding space as a shared domain for generations to come.
In a dynamic and data-intensive orbital environment, accurate forecasting and risk analysis are essential for safe and sustainable space operations. Theorem is our advanced simulation and analysis module, designed to provide real-time insights into space object behavior through the fusion of live data feeds and a continuously expanding dataset. Leveraging high-precision orbital mechanics and perturbation modeling, Theorem delivers collision avoidance simulations, risk assessments, and predictive analytics that support informed decision-making for satellite operators, mission planners, and regulatory bodies. The module integrates both deterministic and probabilistic models to evaluate the impact of gravitational, atmospheric, and third-body influences on spacecraft trajectories, offering detailed reports and adaptive visualizations. Theorem is built to enhance collaborative situational awareness across the global space community. It supports interoperability with external tracking systems and data providers, reinforcing a shared, transparent understanding of the orbital domain. In line with our commitment to sustainability, Theorem empowers stakeholders to reduce risk, prevent debris-generating events, and operate responsibly in an increasingly complex orbital ecosystem.
Timely, data-driven decision-making is critical in the rapidly evolving space domain. Insights is our real-time analytics module, designed to deliver instant, high-impact assessments of space assets and orbital environments by fusing diverse data sources into actionable intelligence. The module aggregates and harmonizes telemetry, observational data, environmental factors, and third-party inputs to generate on-demand analytic reports. Whether evaluating satellite health, monitoring regional orbital activity, or assessing mission impact zones, Insights provides a comprehensive situational overview within seconds—enabling operators, analysts, and decision-makers to act with confidence and speed. Built to support collaborative workflows across agencies and commercial partners, Insights enhances operational awareness while promoting a sustainable approach to space management. By offering accessible and scalable reporting capabilities, it empowers stakeholders to detect anomalies early, optimize mission planning, and minimize risk—ultimately contributing to safer and more responsible space operations.
In an increasingly crowded orbital domain, high-fidelity tracking and precise situational awareness are essential for safe and sustainable space operations. Sense is our sensor integration module that leverages a global network of optical and radio sensors to deliver enhanced orbital accuracy and early threat detection. By fusing multi-source observational data, Sense significantly improves the precision of orbit determination and contributes to a more complete and reliable space object catalog. Its real-time data ingestion from ground-based and space-based assets enables the timely identification of potential conjunctions, enhancing collision avoidance capabilities and reducing uncertainty in trajectory predictions. Sense is designed to support collaborative space monitoring efforts, allowing public and private sector partners to contribute and access critical sensor data through secure, standardized interfaces. In alignment with our vision for sustainable space operations, Sense not only advances technical accuracy but also reinforces shared responsibility in maintaining the long-term safety and accessibility of the orbital environment.