CubeSat missions face critical ground station access bottlenecks that limit mission effectiveness. Traditional centralized ground networks are characterized by high deployment costs, significant downlink latencies exceeding 90 minutes [1], and long periods of idleness, with stations often unused for over 85% of potential satellite pass times [2]. Furthermore, geographic distribution...
Simulating the trajectory at low altitudes is challenging. The complex dynamics include Earth atmospheric drag, Solar Radiation Pressure, and gravitational perturbations from the Sun, the Moon or other planets. Implementing these effects can be tedious for actors designing complex trajectories, reentry strategies, or autonomous decision-making solutions. This highlights the need for a...
