Key modules
Maneuver scheduler
Δv optimization, time budget, approach windows, and collision avoidance.
Robotic trainers
Simulations of manipulators, orbital tugs, wire and wireless capture.
Mission lifecycle
From inspection to modernization: checklists, documentation, quality control.
Compliance and insurance
Licence templates, insurance policies, debris-risk assessment, and ITU compliance.
Data and simulation layers
- Catalog of GEO/MEO/LEO orbits with conjunction event forecasts.
- Fuel systems models, docking ports, capture mechanisms.
- Anomaly detection datasets for satellites and outage histories.
- Schedules of launch windows, available launch vehicles, and service platforms.
- Library of regulatory requirements FAA, FCC, ITU, ESA Space Safety.
Programs and tracks
Inspection & Diagnostics
- Visual inspections
- NDE sensors
- Anomaly analytics
Refuel & Upgrade
- Capture
- Fuel modules
- Component replacement
Deorbit & Disposal
- Deorbit
- Disposal trajectories
- Regulatory reports
Operational steps
- Calculate approach maneuvers and compare with the customer's schedule.
- Select a servicing spacecraft and configuration of robotic tools.
- Form a package of documents: insurance policy, licenses, safety plan.
- Conduct a training session and finalize the crew changeover plan.
Partner ecosystem
- On-Orbit Servicing Alliance — network of operators and engineering companies.
- NASA OSAM, ESA E.Deorbit — reference missions and technology libraries.
- Insurance brokers and financial institutions for risk assessment.
- Operators of satellite fleets, ground segment companies.
Implementation scenarios
Refueling of geostationary satellite
Modeling capture, fuel transfers, electrical system test, SLA.
Modernization of cameras on LEO
Replace optics, inspect panels, update software and telemetry.
Deorbiting to a disposal orbit
Trajectory deflection calculation, interaction with insurers, regulatory report.
Roadmap
- Assess — satellite analysis, risks, contracts.
- Design — service vehicle configuration, operational scenarios.
- Execute — mission execution, monitoring, communication.
- Closeout — reporting, payment, lessons learned, contract continuation.
Success metrics
- Service Success Rate
- Δv Efficiency
- Insurance Compliance Score
- Turnaround Time
FAQ
Which orbits does the platform support?
GEO, MEO, LEO, HEO, as well as special orbits like Tundra and Molniya.
Can fuel transfers be modeled?
Yes, models for gas, chemical, and electrical systems with mass control are available.
How are debris risks accounted for?
Risk engine uses conjunction data, debris models, and generates avoidance plans.
Are ground control systems integrated?
There is an API for SCOS-2000, GMSEC, custom MCC, with operator change planning.
What are the trainers?
VR/AR environment for manipulator operations, docking, free-flyer scenarios, and emergency drills.
Is insurance supported?
The platform forms a package of documents for insurers, including risk assessment and scenarios.
Can cameras and sensors be integrated?
Yes, CAD/STEP models, visibility maps, telemetry profiles are supported.
Is there a possibility for multi-use services?
Roadmap allows planning series of missions, SLA, repeat visits, and modernization.
How are reports generated?
Creates an Executive Summary, technical report, financial report, and regulatory forms.
Is team training supported?
There are training courses, certification programs, and simulations for flight controllers.