How our solution works for
Space operators
Digital space traffic control for Space operators
Skypuzzler introduces its Integrated Digital Space Traffic Control (iDSTC) module, powered by advanced mathematical algorithms designed to elevate space operations’ safety, efficiency, and reliability.
Advancing Space Traffic Coordination (STC) with Aviation Safety Principles
Traditional collision avoidance methods based on Space Situational Awareness (SSA), which focuses on operator-to-operator coordination and relies on manual human intervention, are becoming increasingly impractical. Skypuzzler iDSTC enhances STC capabilities through automation and real-time decision-making. Building on its proven success in Uncrewed Traffic Management (UTM) for drones, Skypuzzler is adapting its award-winning Integrated Digital Air Traffic Control (iDATC) technology to the space domain, applying aviation-grade safety standards and principles and the advanced technology empowering iDATC.
Valuable partnerships
Stakeholders
Automated Conjunction Detection, Collision Mitigation, and Trajectory Adjustments
iDSTC monitors space objects in real-time, automatically detecting conjunction and initiating collision avoidance measures. It supports autonomous spacecraft trajectory adjustments, ensuring safe operations with minimal manual intervention.
Improved Efficiency and Cost Savings
By automating Collision Avoidance Manoeuvres (CAMs), iDSTC optimises propellant consumption through efficient thruster burns, resulting in lower operational costs for the satellite operator.
Reduced Human Error and Faster Response
iDSTC seamlessly scales within STC, managing an increasing number of spacecraft while maintaining safety and operational efficiency thanks to its inherent design for multiple vehicles/agents.
Holistic Collision Avoidance
Optimised avoidance maneuvers considering many agents to enable sustainable space operations.
Why choose iDSTC?
Key Capabilities
