Reported impact
Business outcome
Lockheed Martin reports a more proactive logistics pipeline, a live 360-degree sustainment view for the F-35, earlier failure prediction, and faster technology insertion that reduces manual bottlenecks and improves readiness.
- Productivity Improvement
- Risk Reduction
- Speed to Market
Solution
Lockheed Martin uses an in-house AI sustainment stack to replace static flight-hour planning with continuously updated logistics intelligence. Telemetry from sensors embedded on airframes and subsystems, mission-specific operational profiles, and strategic inputs such as projected sortie rates and geopolitical risk indicators are ingested into machine learning models that forecast component demand and retrain as new data arrives. Digital twins simulate subsystem behavior and test repair processes, additive manufactured parts, and software patches before field deployment. Forecast outputs, sensor streams, and contract execution data are stitched together in a digital data fabric and served through a web-based LogC2 dashboard for the F-35, with planned extension to F-22, F-16, and C-130 fleets. In the dashboard, reinforcement learning agents recommend replenishment routes and scenario models support what-if planning and actionable logistics orders.
Data flow
Telemetry and sensor data from airframes and subsystems, plus operational profiles, projected sortie rates, geopolitical risk indicators, and contract execution data, feed Lockheed Martin’s machine learning models and digital twins. Forecast outputs are stitched together in a digital data fabric and surfaced through the LogC2 dashboard, where planners receive recommendations, simulations, confidence intervals, and logistics orders.