SUMMARY OF PROBLEM:  Space systems operate in closed, time-critical environments where disputes must be resolved instantly, yet existing arbitration and mediation frameworks are designed for delayed, deliberative processes.¹ • Traditional arbitration depends on procedural steps, party consent, and evidentiary review, which are incompatible with real-time operational demands in space. •

SUMMARY OF PROBLEM:  Space systems operate in closed, high-dependency environments where disputes are not abstract legal disagreements but immediate operational barriers to action during critical events.¹ • Existing dispute resolution mechanisms, including courts and arbitration, function on timelines incompatible with real-time system needs, rendering them ineffective in emergencies. • International

SUMMARY OF PROBLEM:  Space systems operate under overlapping, incomplete, and often contradictory sources of authority—including national law, international treaties, operator control systems, and contractual governance—yet there is no unified framework defining what legal authority actually controls system behavior in real time.¹ Existing structures, including the Outer Space Treaty, establish responsibility

SUMMARY OF PROBLEM:  Space systems currently lack a dedicated adjudicative body with authority, expertise, and speed to resolve disputes arising from multi-jurisdictional operations, resulting in delayed or ineffective resolution of critical conflicts.¹ Existing dispute resolution mechanisms—national courts, arbitration panels, and international bodies—are slow, fragmented, and not designed for real-time or

SUMMARY OF PROBLEM:  Space systems operate across borders, but legal enforcement remains Earth-bound, fragmented, and jurisdiction-specific, resulting in no mechanism to execute decisions across jurisdictions in real time.¹ Even where jurisdiction is determined, enforcement authority does not translate across borders fast enough to affect system outcomes during critical events. Existing

SUMMARY OF PROBLEM:   Space systems operate under layered and often opaque jurisdictional structures, where participants, operators, and even regulators cannot clearly identify which authority governs which aspect of the system at any given moment.¹ Jurisdiction is distributed across registration state, launch state, operator nationality, control location, contractual designation, and infrastructure