Your Mission Control for a Crowded Sky.
OrbitOps is a sophisticated space situational awareness (SSA) platform designed for the modern era of space operations. It provides an immersive, real-time 3D interface to track satellite orbits, coupled with a powerful analysis engine that automatically assesses collision risks and calculates optimal avoidance maneuvers.
From managing a single satellite to overseeing a whole constellation, OrbitOps transforms complex astrodynamics into clear, actionable intelligence, empowering operators to protect their valuable assets in orbit.
- 🛰️ Real-Time 3D Visualization: Monitor your satellite fleet on a high-fidelity, interactive globe. Track positions, orbits, and essential telemetry in a stunning and intuitive visual environment.
⚠️ Automated Conjunction Analysis: The system proactively ingests and analyzes data on thousands of space objects to identify and flag potential collision events (conjunctions) that threaten your assets.- 🚀 Intelligent Maneuver Planning: When a high-risk conjunction is detected, OrbitOps's analysis engine calculates the precise burn (Δv) required to safely and efficiently move your satellite out of harm's way, providing the new orbital parameters.
- 🔭 Comprehensive Asset Management: Easily build your portfolio by importing official satellites using their NORAD ID or adding custom, private assets by providing their Two-Line Element (TLE) data.
- 📊 Data-Rich Insights: Select any satellite to view a detailed dashboard of its current orbital parameters, including altitude, velocity, inclination, and precise geographic location.
- Dual-Backend Architecture: The platform is built on a robust architecture that separates user-facing services from intensive data processing. This separation of concerns ensures both a responsive user experience and powerful, uninterrupted analysis.
- Primary Backend: Manages user authentication, company profiles, and the satellite assets you are tracking.
- Dedicated Analysis Engine: A powerful second backend, built with the Orbit Observation Toolkit (OOTK), handles all heavy computational tasks. This includes ingesting public satellite data, performing collision risk analysis, and calculating avoidance maneuvers.
- Seamless Integration: The two backends work in concert, allowing the user interface to remain fast and interactive while the analysis engine continuously crunches complex orbital data in the background.