Enabling Trusted Decisions in Space Operations | SPACEMAP

The rapid increase in satellite deployments has transformed Earth’s orbit into a highly dynamic and congested operational environment. Ensuring safety, reliability, and sustainability now requires real-time intelligence and continuous verification. SPACEMAP, a deep-tech space technology company headquartered in Seoul, South Korea, provides advanced decision-making platforms that enable satellite operators to manage complexity with confidence. By focusing on space traffic management, space situational awareness (SSA), and collision avoidance, SPACEMAP supports safer and more efficient space missions across LEO, MEO, and GEO orbits.

 

Core Technology and Intelligence Layer

SPACEMAP’s platform is powered by space-time AI and dynamic computational algorithms designed to process massive volumes of satellite and space debris data in near real time. This intelligence layer enables:

Ø  High-accuracy orbit prediction and proximity analysis

Ø  Early identification of conjunction events

Ø  Optimized maneuver planning to reduce collision risks

Ø  Continuous evaluation of spatiotemporal relationships in orbit

By delivering timely and reliable insights, the platform supports proactive decision-making in time-critical scenarios.

 

Platform Capabilities and Operational Use

SPACEMAP provides modular products and APIs that serve a wide range of stakeholders, including government agencies, commercial satellite operators, and research institutions. Key operational applications include:

Ø  Space Traffic Management: Continuous awareness of satellite positions and orbital movement

Ø  Conjunction Assessment: Early detection and risk assessment of close approach events

Ø  Collision Avoidance: Data-driven maneuver recommendations and impact analysis

Ø  RFI Prediction: Anticipation and mitigation of signal interference affecting mission performance

 

Building Trust in a Zero-Trust Space Environment

Space operations often involve uncertainty, delayed data, and complex risk scenarios. SPACEMAP adopts a zero-trust operational approach, emphasizing real-time verification and spatiotemporal reasoning to maintain confidence in decision outcomes. Designed for scalability and future growth, the platform supports long-term orbital sustainability while enabling mission success in increasingly crowded space environments.

 

Click here to know more about SPACEMAP.

 

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