LEOS: First Orbit
LEOS is built for simplicity and accessibility, designed to run on most modern systems without the need for specialized hardware or complex setup. Whether you choose to deploy LEOS as a standalone application or deploy in the cloud, setup is quick, and the system is lightweight—making it ideal for students, educators, and researchers alike.
Real-World Satellite Simulation for Education and Research
Step into the world of satellite operations with a hands-on simulator designed to make complex space missions both accessible and engaging. LEOS: First Orbit brings real-time satellite tracking and orbital mechanics to life through a visually immersive, data-driven environment. Whether you’re a student, researcher, or enthusiast, you can explore real orbital paths, monitor basic telemetry, and interact with a dynamic Earth and space environment—right from your own system.
LEOS is built to scale. While First Orbit focuses on visualization and awareness, it lays the foundation for advanced capabilities—like subsystem control, mission planning, and scenario-driven training—that will power future releases.
More than a learning tool, LEOS is your gateway to realistic, modern space simulation—grounded in real data, designed for exploration, and ready for what comes next.
Effortless Deployment—Your Own Mission, Anywhere
Getting started with LEOS: First Orbit is simple. It runs as a lightweight, standalone application—no complex setup, no specialized hardware, and no external infrastructure required. Launch, and begin exploring.
Designed to operate smoothly on most modern systems, LEOS is perfect for students, educators, and individual users alike. Whether you’re at home, in the classroom, or testing in a lab, LEOS delivers a powerful simulation experience that’s easy to install and ready to use.
'“CRTS-1” Concept in Low Earth Orbit
Learn with Precision—Every Detail Mirrors Real Space Operations
At CyberRTS, we don’t believe in shortcuts. Even in its first release, LEOS: First Orbit is grounded in real orbital physics, simulating satellite behavior based on accurate propagation models and real-world orbital data.
Every orbit you observe, every satellite pass you follow, is calculated using true positional data and updated in real time. While First Orbit doesn’t yet include full anomaly response or subsystem control, the engine behind it is built with those capabilities in mind—and the accuracy you see today is the same foundation that will power, full mission operations in future versions.
LEOS is a platform designed to reflect how real satellites move, behave, and communicate—starting now, and expanding with every release.
Comprehensive Infrastructure for Total Mission Insight—Not Just Software
LEOS: First Orbit goes beyond simple visualizations. It introduces a mission-grade simulation environment where you can track and observe real satellites, follow accurate orbits in a live 3D environment, and begin developing intuition for how real-world space operations unfold.
While this first release focuses on visualization and telemetry preview, the underlying engine is built to evolve into a comprehensive training and operations platform. From classrooms to research labs, LEOS transforms everyday systems into immersive environments for exploration, discovery, and eventually, full mission control.
LEOS in Action
Satellite Tracking in Motion
Follow CRTS-1 and Bulldog as they orbit Earth in real time. Watch their position update every second based on real-world orbital mechanics, giving you a true sense of motion and scale in Low Earth Orbit.
Mission Dashboard Preview
Get a first look at LEOS’s mission dashboard, where telemetry and orbital data are displayed as satellites traverse the simulated environment. While control functions are coming soon, this version gives you visibility into how real-time data flows through the system.
3D Earth Environment
Immerse yourself in a fully interactive 3D Earth with cloud layers and a moon. Zoom, pan, and rotate the view to observe the satellites from any angle—built for clarity, engagement, and realism.