Satlytica
De-risking de-orbit · EoL Simulation for CubeSats
Proven Accuracy: Veronika EoL Prediction
For Slovakia’s third satellite, we provided continuous End-of-Life recalculations. Our predictions iteratively refined, converging with high accuracy on the actual decay date, proving the reliability of our forecasting.
Empowering Future Missions: LASARSAT
For a student-led mission, our analysis provided a clear, data-driven EoL forecast. This empowered the team with the critical data needed for long-term planning and mission success.
Proven Accuracy: Veronika EoL Prediction
For Slovakia’s third satellite, we provided continuous End-of-Life recalculations. Our predictions iteratively refined, converging with high accuracy on the actual decay date, proving the reliability of our forecasting.
Empowering Future Missions: LASARSAT
For a student-led mission, our analysis provided a clear, data-driven EoL forecast. This empowered the team with the critical data needed for long-term planning and mission success.
For missions without thrusters, predicting atmospheric reentry is critical. Our simulation tools are used to model and validate the end-of-life trajectories for the CubeSats, providing essential data for mission planning and regulatory compliance.
Satlytica is the orbits and decay simulator that empowers CubeSat owners and operators with continuously updated, precise orbital predictions and actionable insights.
In general, operators face increasing challenges in ensuring mission success, regulatory compliance, and effective end-of-life planning. Satlytica bridges this gap by providing real-time decay simulations, visual analytics, and predictive tools. By integrating real-time Two-Line Element (TLE) data, you can monitor your CubeSat’s orbital behavior, receive critical alerts, and manage your fleet with unparalleled efficiency.
Orbital Analytics for
Everyone
Small satellite companies and Startups predictive analytics for efficient fleet management, mission continuity, and risk mitigation
Launch providers & Insurers a value-added analytics service to optimize deployment and accurately assess mission risk profiles
Universities and Research Institutions affordable, easy-to-use tools for students and researchers to plan experiments and simplify compliance
Government and Defense agencies reliable monitoring of CubeSat lifespans and orbital paths for strategic mission planning
A Comprehensive Suite for
Mission Success
Simulation & Prediction
Real-Time Orbital Decay Simulations: Accurate, TLE-based predictions with interactive orbital visualizations.
Predictive Alerts & Notifications: Receive custom alerts for re-entry windows, critical orbital changes, and mission-impacting anomalies.
Analytics & Insights
Customizable Dashboards: An intuitive, user-friendly interface designed for non-experts and professionals, with configurable views for monitoring multiple CubeSats.
Advanced Analytics: Analyze historical orbital trends and decay rates, and perform comparative analytics for multiple CubeSats or entire fleets.
Compliance & Management
Regulatory Compliance Tools: Generate built-in reports for orbital debris mitigation to ensure adherence to international guidelines.
Multi-User Access: Collaboration tools for your team with different access levels for students, engineers, and administrators.
De-risk and Accelerate the
Future of Your Mission
Join the growing list of universities, startups, and agencies using Satlytica to ensure mission optimization, compliance, and operational efficiency.
Book a MeetingA Legacy of Accuracy
Veronika (2023-174F): from prediction to reality
For Slovakia’s third satellite, the challenge was to accurately predict its re-entry, which was highly sensitive to variable space weather conditions. Using Satlytica, we provided continuous End-of-Life (EoL) recalculations. Our initial analysis in late 2024 provided a clear window of possibilities. As we continued to monitor the satellite, the predictions iteratively refined, converging with high accuracy towards the actual decay date of August 15, 2025.
LASARSAT (2024-2470): empowering the next generation
Developed by a Czech high school student team, LASARSAT required a forecast of its potential EoL to aid in long-term mission planning. Satlytica’s analysis provided a clear, data-driven forecast, showing a potential EoL ranging from April 2026 (under strong space weather) to December 2029 (under weak conditions). This empowers the student team with the critical data needed for mission success.