Replacing dozens of dedicated single-function line replaceable units (LRUs) with centralized multi-core computing clusters slashes aircraft empty weight while boosting computational power ten-fold.
Consolidating flight management, autopilot, fuel gauging, and cabin pressure control into dual redundant multicore IMA cabinets reduced wiring harnesses by 680 kilograms on a single wide-body airframe, saving millions in annual fuel burn.
Automated formal testing proved that non-flight-critical software faults—such as an in-flight Wi-Fi kernel panic—had zero measurable impact on adjacent DAL A flight control partition execution times.