Engineering multi-region, zero-downtime distributed cloud systems to manage high-density metropolitan drone traffic.
In traditional IT, a 5-minute cloud outage causes minor inconvenience; in urban uncrewed air traffic management, an outage that blinds flight tracking could result in mid-air collisions across city centers.
ComputeAirspace utilizes active-active database clustering distributed across multiple cloud availability zones. Spatial flight reservations synchronize across regions with conflict-free replicated data types (CRDTs), ensuring zero data loss even during complete regional cloud outages.
By deploying lightweight ingestion proxies directly at 5G telecommunications mobile edge computing (MEC) data centers, round-trip telemetry latency between drones and the airspace controller drops to under 15 milliseconds.