- CubeSats and SmallSats: Affordable, scalable control for academic, commercial, and governmental missions.
Satellite Constellations: Manage large-scale, distributed assets with efficient, centralized operations.
- Lunar Landers and Rovers: Deep space-capable MCCs for surface operations, communications, and telemetry tracking.
- Earth Observation Missions: Real-time data downlink, processing, and mission planning support.
Technology Demonstration Missions: Flexible setups that adapt to rapid development cycles and experimental payloads.
- Uncrewed Aerial Systems (UAS/Drones): Ground control for atmospheric or planetary UAVs.
- Ground Segment Prototyping and Training: Fast-deployable environments for operator training and system validation.
- Mission Simulations and Testbeds: High-fidelity control environments for pre-launch and in-orbit testing.

✅ Rapid Deployment & Full Integration

• Fast setup and deployment, minimizing time-to-operations.
• End-to-end delivery: from requirements gathering and system architecture to deployment and operational handover.
• Seamless integration with satellite platforms, ground stations, and other required tools.

✅ Built on Open-Source Software

• Powered by Yamcs, a proven and flexible Mission Control System used in operational space missions.
• No vendor lock-in—transparent, extensible, and backed by a growing open-source community.
• Supports CCSDS, including PUS, CFDP ect... CSP, standards for telemetry and telecommand (TM/TC), mission timelines, events, and more.

✅ Mission-Agnostic & Scalable

• Modular architecture allows customization for:
• CubeSats and SmallSats
• Constellations
• Lunar missions (landers, rovers, orbiters)
• Earth observation platforms
• Drone fleets and UAS operations
• Deep space missions
• Easily scales from a single-satellite setup to managing complex, multi-asset operations

✅ User-Centric Interface & Operator Tools

• Modern, web-based user interfaces optimized for real-time operations.
• Customizable dashboards for telemetry monitoring, command execution, and alerting.
• Timeline management, mission event scheduling, and automated procedures.
• Multi-user access control and role-based views.

✅ Data Handling & Storage

• Real-time and historical telemetry visualization.
• Secure data storage, retrieval, and archiving.
• Telemetry processing, packet decoding, and derived parameter computation.
• Optional integration with mission databases, data lakes, or external analytics platforms.

✅ Automation & Scripting

• Automate routine procedures using Python-based scripts and templates.
• Schedule command sequences and monitor system health autonomously.
• Support for custom automation rules and alerts.

✅ Training, Simulation, and Test Environments

• Provide testbeds for mission rehearsals, operator training, and validation.
• Support for simulated spacecraft data and command responses.
• Easy cloning of operational systems into test or staging environments.

✅ Secure & Reliable Operations

• Role-based access, audit logging, and authentication mechanisms.
• Designed for high availability with optional cloud-native or on-premise deployment.
• Backup, redundancy, and failover support based on mission needs.

✅ Comprehensive Support & Documentation

• Full documentation and system manuals delivered with every MCC.
• On-site or remote training sessions for mission operators and engineers.
• Optional long-term support contracts and upgrades.

Our team brings proven flight heritage across diverse mission domains. With over 10 years of experience in ISS operations, we’ve supported complex, real-time human spaceflight activities. We've spent 5 years preparing for lunar missions, including surface operations, navigation, and communications. Our track record includes surface operations for a lunar rover, delivering mission planning and control tools for a successful Moon deployment. Additionally, we’ve supported Earth observation platforms for over 2 years, providing scalable ground segment solutions for continuous data acquisition and monitoring. This diverse background ensures our Mission Control Centers are built on real operational insight—tested in orbit, on the Moon, and across Earth observation domains.

With a strong commitment to quality and security, we have successfully supported the implementation of AS9100 and ISO 27001 standards. 

We have worked with notable partners, including the Dymon Mission and Space Robotics Labs, to provide tailored mission control solutions. Additionally, our services have been deployed successfully for ten customers, ranging from commercial satellite operators to academic institutions.