Space Traffic Management
Comprehensive coordination of space activities for safe, sustainable, and efficient orbital operations.
The Future of Orbital Coordination
As the orbital population surpasses 12,000 active satellites and grows toward 100,000+, the need for comprehensive space traffic management has never been more critical. Cryptik's STM platform provides the tools operators need to plan, coordinate, and execute safe operations in an increasingly congested orbital environment.
Our platform integrates real-time tracking, conjunction assessment, launch window analysis, and orbital coordination into a unified interface — giving operators a complete picture of the space environment and the tools to operate safely within it.
STM Capabilities
Real-time visualization of all tracked objects in LEO, MEO, and GEO. Filter by orbit regime, object type, operator, or threat level.
Analyze launch corridor debris risk and identify optimal launch windows that minimize conjunction exposure during orbit insertion.
Coordinate maneuvers between operators, manage right-of-way decisions, and ensure collision avoidance maneuvers are compatible.
Track and report on post-mission disposal timelines, passivation status, and debris mitigation compliance for your fleet.
Built for Scale
Our STM platform is engineered to handle the demands of the mega-constellation era. Whether you operate a single satellite or manage a fleet of thousands, our infrastructure scales with your needs:
- Full catalog screening against 48,000+ tracked objects in real-time
- Multi-operator coordination through standardized data exchange protocols
- Historical analytics for trend analysis and debris environment characterization
- API access for integration with your existing mission control systems
Frequently Asked Questions
How does space traffic management work?
Space traffic management coordinates satellite operations through conjunction screening, operator notifications, launch corridor planning, and post-mission disposal tracking. STM systems integrate tracking data, collision probability calculations, and operator communication to prevent collisions and ensure sustainable space operations.
Who regulates space traffic?
No single authority governs global space traffic. The US Space Force provides conjunction warnings through Space-Track. International coordination occurs through UN Committee on Peaceful Uses of Outer Space (COPUOS). National regulators like FCC and FAA set orbital debris mitigation requirements. Commercial STM services supplement government capabilities.
What is orbital right-of-way?
No formal right-of-way rules exist for space. Informal protocols suggest maneuverable satellites avoid non-maneuverable debris, operational satellites have priority over derelict objects, and recently launched satellites typically maneuver to avoid established spacecraft. Coordination between operators determines final maneuver responsibility.
How is launch window analysis performed?
Launch window analysis propagates existing debris through planned launch trajectory, identifying times when launch corridor is clear of conjunctions. Analysis accounts for debris position uncertainty, acceptable miss distances, and launch vehicle dispersion. Optimal windows balance debris avoidance with mission requirements like sun angle and coverage.
What is the 5-year post-mission disposal rule?
FCC and international guidelines require LEO satellites deorbit within 5 years after mission completion. Satellites must either reenter atmosphere naturally through drag or perform controlled deorbit. This prevents accumulation of derelict spacecraft that create long-term collision hazards. Compliance tracking is part of STM operations.
How does STM handle mega-constellations?
Mega-constellation STM requires automated screening systems capable of processing millions of pairwise conjunction checks daily. Operators coordinate through standardized data formats (CDMs) and establish operational procedures for maneuver coordination. Physics-informed neural networks enable real-time propagation at constellation scale.
What data formats are used in space traffic management?
CCSDS standards define STM data formats. Orbit Ephemeris Messages (OEM) communicate position/velocity. Conjunction Data Messages (CDM) report conjunction events. Orbit Data Messages (ODM) exchange orbital elements. Tracking Data Messages (TDM) share sensor observations. Standardized formats enable automated processing and multi-operator coordination.
Get Started
Read about India's growing role in space traffic management or explore the platform to see our STM capabilities in action.