Low Earth Orbit is becoming increasingly crowded, and density changes everything. As the number of objects grows, so does the probability of collision. When collision probability increases faster than debris removal, the system can begin to sustain itself.
The Kessler Syndrome is not a dramatic scenario designed to create alarm. It is a statistical dynamic: debris can start generating more debris, independently of new launches.
This is not about pessimism. It is about physics.
Prevention is possible, but it requires real discipline: satellites designed to de-orbit within five years after mission completion, proper end-of-life passivation to prevent explosions, genuine compliance with mitigation standards, improved tracking capabilities, and AI-driven collision avoidance strategies.
At SpaceDyS, we focus on orbit determination, debris correlation, and collision risk assessment — because sustainability starts with precision and timely decision-making.
The cascade is not inevitable.
But neither is prevention.
