Island surge: The Army’s Next Generation Command and Control in action
Lightning Surge exercises are turning soldier feedback on NGC2 into operational software changes in days, not years.
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Rolls-Royce modern AE Engines power the future of Army aviation – and more
Rolls-Royce is advancing U.S. defense capabilities with its modern AE engine family, powering critical platforms like the MV-75 Future Long Range Assault Aircraft, MQ-25 Stingray and many others.
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Lessons learned that bring factory speed, adaptability and scalability to air-and-missile defense
Dwindling stockpiles and lessons learned from Ukraine and Iran are driving urgent needs for revamping manufacturing.
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How unmanned systems are reshaping logistics in contested environments
Unmanned systems reduce risk, extend communications chains and provide more precise delivery capabilities.
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Small-form-factor EW scales from exquisite strike weapons to affordable mass drones
Open architectures promise to break vendor lock and speed electronic warfare for UAS, missiles, and loitering munitions.
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Changing the game in flight testing; a helicopter that reconfigures avionics in-flight
The future of Army aviation will be avionics flight testing where new code is written and uploaded before the helicopter lands.
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The modular EW payload for CCAs
With the best mix of capability, size & cost.
The defense intelligence community’s AI and cyber view forward
From AI adoption and agentic systems to Zero Trust and cyber resilience, Breaking Defense’s latest eBook brings together key reporting from DoDIIS 2026 on the technologies and strategies shaping the future of defense intelligence.
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A ‘Pathfinder’ for the Army: FLRAA will be a first for MOSA in helicopter design
MOSA and the digital backbone give the Army a vendor-agnostic path to make aircraft system modifications from the outset of Future Vertical Lift.
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Display screens are the eyes for maneuver forces needing to command and control
The Army is upfitting vehicles with big 24 or 32-inch displays that present multiple sources of data for a full operational picture.
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An Army helicopter takes on new roles, including as a FLRAA testbed
The role of rotary wing aircraft in a 21st century security environment include operations in multi-domain operations and Joint All Domain Command and Control.
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MOSA: A Winning Strategy for FLRAA and Army Current Fleet Modernization
An open digital architecture leads to increased interoperability, affordability, upgrades and enhanced capabilities like launched effects and autonomy.
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Physics AI is different and changes the way defense systems are designed
Models that replicate real-world physics streamline design, testing and iteration processes.
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Gray Eagle is the low-cost, low-risk answer to Army modernization
Gray Eagle STOL and Gray Eagle 25M are the best options for Army aviation as it assesses where to move from its current inflection point.
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For Future Vertical Lift, FLRAA’s digital backbone will also underpin FARA
Different on the outside but with commonalities on the inside, the Army’s Future Attack Reconnaissance Aircraft (FARA) will share a MOSA backbone with the Future Long Range Assault Aircraft (FLRAA).
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As threats expand, so does the Army’s FVL ecosystem of air launched effects and open systems capabilities
There are many critical connections being made across the FVL ecosystem that will also serve to modernize the current fleet.
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Innovations and open systems pace FVL and the current fleet
Innovative integration approaches and open systems architecture can bring revolutionary improvements to the performance of FLRAA and FARA, as well as the current fleet.