Northrop Grumman Highlights Advances in C4ISR, Shows the Future of Integrated Avionics Equipment
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"What will change over the next 40 years?" Palombo asked. "The world has gone digital and because of that, the services need to be able to make changes; they need more autonomy. An aircraft may be updated once or twice over its lifespan, but the avionics may need to be upgraded 10 times in that same time frame."
To keep pace with evolving threats, aircraft need sensors, surveillance equipment and situational awareness capabilities that can continue to morph, regardless of the platform. Palombo said this is the key to the future of integrated avionics equipment. This approach can lead to significant savings in cost, logistics and training. Open architecture is an important component of implementing those rapid enhancements.
"The robustness of aircraft today permits them to stay around for a long time," Palombo said. "Not only is there tremendous added value when you can deliver platform-agnostic avionics across multiple platforms, but when you incorporate open architecture into the design, you can insert those capabilities much quicker than in the past."
Pointing to platform-agnostic, capability-based integrated avionics systems, such as the one recently procured by the
This next-generation avionics system is aligned with the Future Airborne Capability Environment (FACE™) standard and supports integration of off-the-shelf software and hardware, enabling rapid insertion of capabilities while reducing cost and risk for system integration and upgrades.
"Flexibility is important," Palombo said. "
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Ellen Hamilton, 224-625-4693 (office), 847-815-0753 (mobile), ellen.hamilton@ngc.com