September 18 - September 19, 2023

Don’t miss the nation’s NEW, premier Modular Open System Approach (MOSA) Summit and Expo featuring Leadership Keynotes, Panel Discussions, Technical Tracks and live Exhibitor Demonstrations from a broad array of MOSA experts across the ecosystem. Engage first-hand with top government offices on initiatives as well as leading Industry executives and authorities implementing MOSA. Open standards solutions to design systems with highly cohesive, loosely coupled, and severable modules that can be competed separately and acquired from independent vendors. Learn how DoD is actively pursuing MOSA in the life cycle activities of its Major Defense Acquisition Programs and Automated Information Systems. Keeping pace with the rapid evolution in technology and address threats that require faster cycle time for fielding and modifying warfighting capabilities. This is a unique two-day gathering to connect with PEO leadership delivering funding briefs and program opportunities. Options for engagement include as a guest attendee (complimentary pass), securing an Expo booth to demo your MOSA solution(s), and/or submitting information for consideration on being a part of the MOSA Innovation Challenge.

Key Major System Components Include:

• Aviation Mission Computing Environment (AMCE)
• Aircraft Survivability Equipment (ASE)
• Comms, Datalinks, and Controls (CDC)
• Common Pilot Vehicle Interface (PVI)
• Degraded Visual Environment (DVE)
• Digital Backbone (DB)
• Electrical Power Systems (EPS)
• Integrated Mission Planning Airspace Control Tools (IMPACT)
• Large Area Display (LAD)
• Link 16 & C5ISR
• Navigation
• Uncrewed Vehicle Control (UVC)

MOSA, Modular Open System Approach, is an integrated technical and business strategy for managing and sustaining: a systems and fleets of of systems, that employs modular and open principles. Applying MOSA at the enterprise level fosters collaboration across PMs to drive towards enterprise-wide objectives and more easily removable, upgradeable, and interoperable components.