Astroscale and AWS: Scaling Space Safety and Agility with Cloud Computing

Astroscale's Mission: Sustainable Space Operations

• 🚀 Astroscale is dedicated to building a sustainable economy in space by enabling safe, secure, and profitable operations for satellites.
• 🛰️ Their focus includes in-orbit servicing for low Earth orbit, aiming to make it a routine future capability.
• 🛰️ Astroscale UK's ELSA-D mission successfully demonstrated the first private commercial capability to capture a piece of space debris.
• 🛰️ Future missions include de-orbiting a Japanese rocket body and capturing a OneWeb spacecraft, marking significant milestones in commercial space debris removal.

Space Situational Awareness and Domain Awareness

• 🔭 Space situational awareness and space domain awareness are increasingly critical for understanding the operational environment in space.
• 🛰️ Astroscale contributes to this by leveraging their agile spacecraft and onboard sensors, which can provide high-fidelity data from closer proximity to the operational environment.
• 🌍 Unlike fixed constellations, Astroscale's spacecraft can move and service different areas, offering a unique perspective for awareness.

The Role of AWS in Space Operations

• ☁️ AWS supports Astroscale's complex missions by providing cloud services that enable greater control, dynamism, and cost-effectiveness.
• ⚙️ The transition to AWS for the ELSA mission allowed Astroscale to bring more control in-house and scale infrastructure as needed, strengthening their disaster recovery posture.
• 📡 Reliable and quick data transmission is crucial, especially for spacecraft with unpredictable antenna pointing, and AWS helps ensure this reliability.

Standardizing Ground Segments and Mission Control

• 🤝 AWS is working with Astroscale to standardize their ground segment and integrate it with their mission control center.
• 📈 This standardization aims to mitigate manual management of bespoke systems, allowing Astroscale's workforce and resources to scale more efficiently.
• 📊 By creating a smoother data integration between the ground segment and mission control applications, operations can become more streamlined, supporting future missions like Elsa-M launching in 2026.

Data Analytics and Future Innovations

• 💡 Data processing and analytics on AWS are being used to analyze vast amounts of satellite and spacecraft data.
• 🔮 This analysis helps predict future anomalies, optimize mission planning, and improve system design for upcoming missions.
• 🚀 The collaboration between Astroscale and AWS is pushing boundaries, driving innovation, and paving the way for routine in-space servicing in the near future.