Coordinating Safety in a Crowded Orbit

There are over 36,000 tracked objects larger than 10 cm in orbit, and an estimated 1 million objects between 1 cm and 10 cm that are large enough to destroy a satellite but too small to track reliably with current systems.

The population is growing. Mega-constellations are adding thousands of active satellites. Each collision or breakup event creates hundreds or thousands of new fragments. Without active management, the debris density in key orbital bands will continue to increase regardless of how responsibly new missions are conducted.

Current space traffic coordination relies on conjunction data messages with kilometer-scale uncertainty, shared between operators with varying levels of responsiveness. There is no equivalent of air traffic control for space.

Effective traffic management starts with knowing where everything is. Our orbital laser ranging platforms catalog and continuously track debris with centimeter-level precision, producing state vectors accurate enough for reliable deconfliction.

Precise tracking data enables a new kind of coordination. When conjunction predictions are reliable, operators can agree on who maneuvers and when, rather than both parties guessing independently.

For debris that can't maneuver, our stations can apply laser-based nudging to create safe miss distances, effectively removing the object from the traffic conflict without requiring the active satellite to spend fuel.

This combination of precise tracking, reliable prediction, and active intervention creates a traffic management layer that works for both cooperative and non-cooperative objects, the fundamental challenge that ground-based systems alone cannot solve.

The Kessler syndrome describes a tipping point where debris collisions generate more fragments than natural orbital decay removes, making certain altitude bands progressively unusable. Some models suggest this process may already be underway in the most congested regions around 800 km.

Active traffic management is one of the few interventions that can slow or reverse this trend. By preventing collisions that would otherwise generate thousands of new fragments, each avoided event reduces the future debris growth rate.

The goal isn't just to protect individual satellites. It's to preserve the orbital environment as a usable resource for future generations of space operations, scientific research, and the services that depend on space infrastructure.