Slingshot Aerospace

Low orbit is very crowded now. Tens of thousands of satellites in orbit plus tens of thousands of debris pieces mean any collision could create a whole new cloud of debris. Slingshot Aerospace does space situational awareness (SSA) — using a global optical-telescope network to continuously track in-orbit objects, combined with orbital-dynamics models and machine learning, to provide collision warnings, anomalous-behavior detection, and space-traffic management.

Features and use scenarios

The product line includes a global sensor network, an orbit database, collision-risk assessment, satellite-anomaly-maneuver detection, and a simulation-training environment. Anomalous-behavior detection is a more special one — when a satellite makes a maneuver inconsistent with normal operational logic, the system flags it, which is valued in both commercial and national-security fields.

Customers span satellite operators, space agencies, and defense units. As Taiwan advances its own satellite program and low-orbit communication deployment, "how to keep orbital assets from being hit" is a question it will face sooner or later, and this field is worth the local space industry's attention.

Main features

• Global optical sensor network
• In-orbit object tracking and cataloging
• Collision-risk warning
• Satellite-anomaly-maneuver detection
• Space-operations simulation and training

Common uses

• Satellite collision avoidance
• In-orbit asset monitoring
• Space-traffic management
• Space-operations personnel training