Pioneering Real-Time Decision-Making for Orbital Safety | SPACEMAP

As Earth's orbit becomes increasingly crowded, ensuring the safety and predictability of space operations is more critical than ever. SPACEMAP is leading the charge, building a sustainable space ecosystem with advanced analytics and a real-time space decision-making platform.

 

A Vision for a Sustainable Space Ecosystem

SPACEMAP’s mission focuses on responsible space traffic management and long-term orbital safety. By innovating in conjunction assessment and collision avoidance, the company ensures active satellites and critical space assets remain protected. Its intelligent systems and predictive models are designed to support future orbital growth and meet evolving operational demands.

 

At the heart of SPACEMAP is its real-time decision-making platform, which provides a unified operational view by integrating:

Ø  Conjunction Assessment

Ø  Collision Avoidance

Ø  Space Traffic Management

 

Ensuring Safe and Sustainable Orbital Operations

SPACEMAP’s platform combines advanced technologies through a dual-engine architecture. Its Analytic Engine uses Voronoi diagrams for precise spatial analysis, while the Deep Learning Inference Engine detects patterns and anomalies in orbital data. Together, these engines support conjunction assessment, collision avoidance, and satellite communication optimization. The platform also features RFI prediction, helping operators identify potential signal interference. Designed for satellite operators, mission planners, space security organizations, and research teams. The SPACEMAP orbital analysis software enables efficient management of orbital traffic, protection of space assets, and analysis of orbital dynamics. By providing reliable, data-driven insights, the platform ensures safe, sustainable, and controlled operations in increasingly crowded space environments.

 

Click here to know more about SPACEMAP.

 

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