Digital Twin for Space Suit Systems
Neurom developed a real-time digital twin platform to monitor astronaut vitals and suit telemetry during extravehicular missions, enabling mission teams to visualize and predict critical conditions in real-time.
Problem Statements
- Delayed telemetry updates create critical risks during EVA missions.
- Limited visibility into real-time suit health and environmental conditions.
- Fragmented sensor data makes rapid decision-making difficult.
- Lack of predictive insights for potential equipment failures.
- Dependence on post-mission analysis instead of real-time monitoring.
Problem Solution
- Built a high-fidelity digital twin synchronized with live suit telemetry.
- Integrated IoT pressure sensors and bio-signal monitoring systems.
- Deployed predictive AI models for real-time anomaly detection.
- Created 3D visualization dashboard for mission control teams.
Client Benefits
- Enhanced mission safety through real-time situational awareness.
- Reduced response time to critical suit anomalies by 60%.
- Improved astronaut health monitoring during EVA missions.
- Data-driven insights enable proactive equipment maintenance.
- Seamless integration with existing mission control infrastructure.