How policymakers shape space safety and sustainability

In space safety and sustainability, policymakers set the rules that determine how operators behave in orbit: what data must be shared, how conjunctions are reported and acted upon, what “due diligence” looks like for collision avoidance, and which sustainability requirements (e.g., debris mitigation, post-mission disposal) are enforceable.

Their choices directly affect operational risk and cost, by shaping warning thresholds, maneuver coordination practices, licensing conditions, liability and insurance expectations, and the level of transparency between civil, commercial, and defense stakeholders.

Clear, evidence-based policy reduces uncertainty, improves coordination at scale (especially for constellations), and supports predictable, safer operations in increasingly congested orbital regimes.

How Look Up supports enforceable, operationally realistic space policy

Look Up helps policymakers move from policy intent to enforceable, operationally realistic rules by providing a timely and accurate space picture and the analytics needed to assess outcomes.

Through its SORASYS ground-based radar network, Look Up can detect and track LEO objects down to a few cm with centimetric accuracy, supporting measurement of congestion and debris risk.

Via the SYNAPSE digital platform, Look Up can fuse multi-source SSA data (including external data), catalogue objects, and deliver alerts and risk indicators through an API or interface, enabling regulators to define and validate reporting requirements, evaluate compliance trends, and set practical coordination and collision-avoidance processes.

For sovereign or sensitive use cases, SYNAPSE’s on-premises deployment option supports secure policy evaluation and operational oversight without forcing a single data or IT stack.