One-way replication from a source system to one or more destination systems.
Bi-directional replication between two applications or services.
Multi-directional replication between multiple systems in a mesh topology.
Buffer changes during network outages
Enable edge-node buffering for disconnected environments
Streaming combat engagement and logistics events from shipboard Postgres clusters into a central COCOM analytics platform enables commanders to see up-to-the-second sortie rates, ordnance usage, and supply levels without nightly data pulls.
Mirrors signals intelligence and HUMINT reports from on-premise MySQL repositories into an Elasticsearch cluster at theater HQ, ensuring analysts can instantly query the latest threat indicators and target dossiers.
Propagate cyber-sensor events into a Redis-backed feature store so AI models on both cloud and edge nodes score threats on the freshest telemetry.
Ingest classified satellite health and payload telemetry into cloud analytics in real time, then pipeline automated anomaly alerts (e.g., orbital debris threats) back down to ship, air, and ground units for immediate action.
When a forward operating base issues a “munitions request,” CDC streams it to the logistics service topic so ammo levels decrement instantly eliminating manual stock checks and radio back-and-forth.
A pilot’s readiness status update in the flight ops system publishes “pilot.status.changed.” Subscribed units (maintenance, medevac, airlift) ingest the same event to adjust crew assignments and sortie schedules.
ISR sensor tasking completion events flow into the strike planning service, automatically triggering target refinement workflows—any failure or revisits emit corrective “re-task” events back upstream.
Each Air Force base publishes “alert.posture.changed” and “asset.status” events (aircraft on-station vs. maintenance) into a shared event bus, so COCOM HQ and allied commands maintain an accurate readiness picture without manual reports.
Each ship writes local sensor tracks, C2 orders, and logistics states to its onboard database and uses full-mesh CDC to sync critical updates ship-to-ship and ship-to-shore. Even under contested comms, the Strike Group lead always has a unified battlespace picture.
Unmanned aerial systems maintain local flight plans and sensor feeds. Full-mesh CDC shares state updates across datacenters and remote airfields, so mission planners in the cloud and pilots at forward bases see identical live feeds and tasking orders.
Field medics and engineers use local mobile or kiosk databases in austere environments with flaky connectivity. CDC buffers patient logs, maintenance records, and resupply requests, then seamlessly syncs back to central command when networks return.
Ground sensor networks, EOD units, and field comms terminals each operate on local data stores. Full-mesh CDC federates threat intel and unit locations across edge nodes and HQ, ensuring all echelons from platoon to theater command, share the same tactical picture.
Connect to existing data sources and sync critical information across systems. No code changes required.
Empower domain teams to own and maintain data accuracy, resulting in cleaner pipelines and more dependable insights.
Establish clean boundaries and shared contracts so teams can work independently without stepping on each other.
Move innovation closer to the edge, where domain teams can work faster, test ideas, and deliver value without red tape.
Power new AI capabilities by transforming legacy data infrastructure into modern data architectures.