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Boeing Demonstrates Multi-Domain Data Fusion and Automated Software
Deployment in JADC2 Lab
Boeing recently conducted a virtual demo from its Joint All Domain Command and Control (JADC2) Lab that successfully combined data from different sources for multiple platforms across domains to create a common operating picture.
Boeing software engineers demonstrated how the JADC2 Lab’s ‘data fabric’ could combine real-time sen- sor data from Liquid Robotics’ Wave Gliders located in Hawaii and California with Automatic Identification Sys- tem (AIS) ship data from the DoD’s Unified Data Library. The JADC2 Lab data fabric is a set of capabilities, host data services and products to contribute to a common op- erating picture for all users.
During the demonstration, the position data from the Wave Gliders, which are long-duration Unmanned Sur- face Vehicles (USVs), as well as sensed AIS tracks were shared with a simulated E-7 Wedgetail operator, while E-7 data was shared with the JADC2 Lab to form a common operating picture.
“The ability to share any data across systems, domains and providers will be critical in the interconnected battle space,” said Gerrin Inman, a Boeing software engineer and the JADC2 Lab demo team lead. “Resources are con- strained at the tactical edge due to Size, Weight and Power (SWaP) considerations, but the JADC2 data fabric ensures
that warfighters at the tactical edge have the latest ca- pabilities and insights informed by the AI algorithms and data sets of the entire network.”
The demonstration also achieved another im- portant objective: to show how Boeing’s Nostromo DevSecOps pipeline could detect a bug in the opera- tional software and deploy an automated update to the E-7’s Mission Systems. In the hypothetical scenario, a bug in the data code resulted in the E-7 operator seeing inaccurate ship location information. The E-7 operator reported the issue to an operations center, represented by the JADC2 Lab, which then leveraged Boeing’s DevSecOps pipeline to fix the bug and de- ploy an automated update. The entire process caused minimal disruption to operators and downstream us- ers.
While the OMS-heavy E-7 was the primary plat- form in the simulated scenario, the possibilities for sharing data and common operating pictures between multi- domain systems is endless – from sensor to sensor, to plat- form, to shooter. Boeing’s focus on open architecture and DevSecOps provides warfighters with modern tools and ca- pabilities for software development at the speed of relevance. “What we’ve demonstrated is the future of warfighting, which will only continue to evolve away from a platform or system-based approach and towards the internet of mili- tary things,” said Scott Dickson, Boeing’s director of Multi- Domain Integration. “If you can push updates to a system confidently and in real time without having to take it out of
service, the result is greater mission readiness.”
Over the last two years Boeing has successfully con- ducted flight tests marrying the OMS-compliant battle man- agement command and control (BMC2) system to Northrop Grumman’s advanced, wide-band active electronically scanned array (AESA). These successful airborne tests of our OMS architecture are key steps in validating our ap-
proach and moving the product to fielding.
Located at the Boeing Developmental Center in Tukwila,
Wash., the JADC2 Lab provides a location to integrate, rap- idly prototype, and mature joint solutions while adhering to open architecture consistent with the DoD’s approved tech stack. Boeing stood up its JADC2 Lab in 2020 as the Air Force started up its Battle Lab.
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