Visualization of space debris orbiting Earth
ORBIT • SSA MONITOR 01
Live tracking

The near-Earth debris crisis

Space junk threatens our orbital future. Explore the latest data, mitigation tech, and policy efforts to preserve our skies.

DATA • REAL-TIME SSASCOPE • GLOBAL POLICY
PRESERVING THE NEAR-EARTH ENVIRONMENT
TELEMETRIE A DATA

Sledování trosek v reálném čase

Živá data o stavu oběžné dráhy. Sledujte hustotu trosek, rizika kolizí a pokroky v čištění vesmírného prostoru.

NODE // LEO-28KLIVE TRACKING
AKTIVNÍ
Sledované Objekty
28,400/ 35k Cílů
Počet katalogizovaných kusů kosmického odpadu na nízké oběžné dráze Země.
ORBIT-SSASECURED NODE
UPTIME // SSA-999SENSOR HEALTH
Dostupnost Sítí
99.92%30d Průměr
Cíl: 99.0%99.92%
Stabilita pozemních radarových stanic a optických senzorů pro detekci trosek.
ORBIT-SSASECURED NODE
LOGS // RISK-HIGHCONJUNCTION
Rizikové Události
450+Týdenní log
Počet zaznamenaných těsných přiblížení objektů s vysokým rizikem kolize.
ORBIT-SSASECURED NODE
ORBIT // CLEAN-UPREMEDIATION
Odstraněný Odpad
1,120Tuny trosek
Celková hmotnost odstraněného hardwaru z oběžné dráhy v rámci misí.
ORBIT-SSASECURED NODE
Tracking Systems

Debris Tracking Detection Domains

ORBIT monitors the near-Earth environment using advanced radar, optical sensors, and predictive AI to ensure orbital sustainability.

DOMAIN 01
GROUND-BASED RADAR
Radar Detection
High-frequency pulse arrays monitoring low-Earth orbit

Ground radar networks track debris by emitting radio pulses that reflect off metallic surfaces, providing precise velocity and trajectory data for objects.

DOMAIN 02
OPTICAL SENSORS
Optical Surveillance
Telescopic tracking of high-altitude orbital debris

Optical observatories capture sunlight reflected off debris, essential for tracking objects in medium and geostationary orbits where radar signals weaken.

DOMAIN 03
PREDICTIVE MODELING
Trajectory Forecasting
AI-driven simulations of orbital conjunction events

Predictive algorithms analyze historical tracking data to forecast potential collisions, enabling operators to perform timely avoidance maneuvers.

Need real-time orbital tracking data?

Access our live monitoring dashboard for current conjunction alerts.

View Live Data
REMEDIATION PHASES

Orbital remediation lifecycle.

ORBIT tracks the technical progression of debris removal, from initial target rendezvous to final atmospheric burn-up, ensuring sustainable orbital environments.

Autonomous satellite approaching space debris in low Earth orbit
PHASE 01TARGET RENDEZVOUS
12-24 Hours
Mission Milestone

Autonomous Target Rendezvous

Precision orbital maneuvering to match velocity and trajectory with identified debris, utilizing optical sensors and radar-based proximity navigation.

Telemetry & Data

Relative navigation data, collision avoidance logs, sensor telemetry, orbital state vectors

PHASE 01 • TARGET RENDEZVOUS

Autonomous Target Rendezvous

Stable Proximity Lock12-24 Hours
PHASE 02 • MAGNETIC CAPTURE

Magnetic Capture & Stabilization

Debris Stabilization4-8 Hours
PHASE 03 • DEORBIT BURN

Controlled Deorbit Maneuver

Atmospheric Entry6-12 Hours
PHASE 04 • ATMOSPHERIC BURN

Atmospheric Burn & Remediation

Orbital Clearance1-2 Hours
POLICY & TECHGlobal Standards

Learn more about orbital sustainability.

Explore our detailed policy briefs and technical analyses on the future of space debris mitigation and international cooperation.

Orbital Intelligence

Latest Dispatches & Analysis

Investigative reports on space debris, mitigation technologies, and international policy efforts for a sustainable orbital environment.

Active Mission

Secure Our Orbit

Join the global effort to monitor space debris and advocate for sustainable orbital practices. Choose your path to contribute to a safer space environment.

Research
Researchers

Access orbital datasets

Analyze debris tracking data, collision probability models, and historical orbital decay logs for your studies.
Raw telemetry data access
Collision risk modeling
Historical decay archives
Key Priority
Policy
Policymakers

Sustainability frameworks

Review international space treaties, mitigation guidelines, and policy briefs on preserving the orbital environment.
Policy brief library
Treaty compliance guides
Mitigation standards
Advocacy
Space Advocates

Join the global mission

Support the movement for responsible space practices and help preserve the near-Earth environment for the future.
Community action alerts
Sustainability campaigns
Global network access

Need specific orbital data or policy support?

Our research team is available to assist with technical inquiries.

Contact Support