Expert Services
to Accelerate Your Mission
Alongside our platform, our team of experts provides bespoke services to help you tackle your most complex challenges.
Proven Concept: Robotic Swarm ADR
Our mission concept proved the feasibility of using a cooperative robotic swarm to autonomously hunt and capture space debris, paving the way for a sustainable space economy.
Proven Results: Intelligent Logistics
We engineered an intelligent logistics network for in-space transportation, proving our multi-agent system can reduce mission fuel use by over 20% and drastically shorten delivery timelines.
Proven Concept: Robotic Swarm ADR
Our mission concept proved the feasibility of using a cooperative robotic swarm to autonomously hunt and capture space debris, paving the way for a sustainable space economy.
Proven Results: Intelligent Logistics
We engineered an intelligent logistics network for in-space transportation, proving our multi-agent system can reduce mission fuel use by over 20% and drastically shorten delivery timelines.
End-to-End Mission Support
NextGen Twin Creation
Our team will work with you to design and build a high-fidelity NextGen Twin of your most critical assets, tailored to your specific mission requirements.
Advanced Mission Analysis
Leverage our deep expertise in mission analysis to de-risk complex operations, from orbital mechanics to multi-agent logistics.
Systems Engineering and Integration
We provide expert support for the seamless integration of our platform and methodologies into your existing development and operational workflows.
Inter-Satellite Link (ISL) Design
We offer tailored design and analysis for robust inter-satellite communication links, ensuring reliable, high-throughput data exchange for cooperative multi-satellite and swarm missions.
Leverage Our Expertise for
Your Mission
Ready to de-risk your operations and accelerate your timeline? Let our team help you navigate your most complex challenges with our bespoke analysis and systems engineering services.
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Proven Expertise in Action
InSPoC-3 (Future In-Space Transportation)
In cooperation with Telespazio Germany GmbH this study explored how Multi-Agent Systems (MAS) can enable a distributed and intelligent In-Space Transportation (IST) ecosystem. We proposed a five-layer MAS architecture (Intra-Spacecraft, Inter-Spacecraft, Mission, Fleet, and Ecosystem) to allow for scalable and cooperative operations. A key outcome was a quantitative analysis demonstrating that MAS-enabled solutions, such as mid-mission handovers between tugs, can reduce in-space fuel consumption by over 20% and significantly shorten delivery timelines.
SAM-1 Mission (Active Debris Removal)
The SAM-1 project is a pioneering initiative in space debris management that uses a cooperative swarm of small spacecraft – Scouts, Vultures, and Tuggers – to tackle the growing challenge of space debris. The defned mission goal is to demonstrate the flexible, cooperative, and autonomous inspection, mating, capture, and repositioning of uncooperative European debris from a business-interesting orbit to a designated junkyard orbit. This work serves as a critical step toward ESA’s goal of achieving a cyclic space economy by 2050.