WHITEPAPERS

Technical depth on the systems and science behind SYNAPSE.

February 2026

SYNAPSE: Reducing Coordination Risk as Fleets Scale

Fleet redundancy does not eliminate coordination risk. This paper presents the analytical basis for coordination risk as an independent failure category and results from an 89-run validation campaign demonstrating that distributed coordination authority maintains operational continuity under conditions where centralized coordination halts. Measured convergence advantages range from 1.33x to 1.80x across six operational scenarios, with all comparisons statistically significant (p < 0.002, Cohen's d > 5). At the base case of 100 satellites, SYNAPSE reduces total annualized coordination costs by 21%.

Fleet OperationsCoordination RiskCommercial SpaceView Details →

February 2026

Distributing Coordination Authority Across the Fleet: Completing the Resilience Model for Proliferated Constellations

Proliferated LEO architectures distribute hardware across the fleet but do not automatically distribute coordination authority. This paper presents the analytical basis for that resilience gap and results from an 89-run validation campaign demonstrating that distributed coordination authority maintains mission continuity under ground denial, network partition, Byzantine fault, and saturation conditions where centralized coordination halts. SYNAPSE completes the resilience model by distributing the coordination layer to match the distributed asset layer.

DefenseDistributed SystemsMission ContinuityView Details →

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