Northrop Grumman Corporation has unveiled an innovative software breakthrough that enables the reception, display, and dissemination of vital situational awareness information through handheld devices, bypassing the need for cloud server connectivity. This cutting-edge technology is designed to bolster information resilience, significantly enhancing the protection of military personnel in line with the principles of Joint All-Domain Command and Control.
Traditional systems rely on the transmission of data to and from a cloud server situated outside the combat zone, posing a risk of isolation for field units should the connection be compromised. The newly developed combat edge processing software addresses this vulnerability by enabling devices in the field to autonomously assume control and securely share essential mission information within seconds, thereby ensuring uninterrupted operational effectiveness.
The software is distinguished by its flexibility, offering a critical edge in challenging operational scenarios. Its modular architecture allows for swift upgrades, cost efficiency, and seamless integration with existing proprietary or commercial hardware platforms.
Kevin Berkowitz, Vice President of Secure Processing and Networks at Northrop Grumman, emphasized the transformative impact of the software: “Edge processing is a paradigm shift away from traditional cloud computing models, and this software solution demonstrates its ability to deliver decision superiority at mission speed. Shifting processing to the battlespace aims to eliminate the single point of failure in legacy processes, enabling the warfighter to make clearer observations, faster decisions and smarter actions.”
In a recent demonstration, the software adeptly managed Link-16 data on devices characterized by low size, weight, and power (SWaP) requirements, without the need for cloud server connectivity. This trial represents a foundational step towards the advancement of edge computing technologies that will empower future battlefield artificial intelligence and machine learning capabilities.
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