Reasons why anti-submarine warfare in the Pacific should be distributed and autonomous
With new-but-proven technologies, the Navy can maintain its undersea dominance even as the strategic landscape grows more complex.
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What’s the future outlook for anti-submarine warfare in the Pacific?
Distributed anti-submarine warfare leverages autonomy and advanced comms and networked sensors that already exist.
On-demand webinar: Research security in an era of global competition
Watch experts discuss foreign influence risks, evolving DoD policy, and strategies for balancing security with scientific collaboration.
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“The Influence of Sea Power” – Distributed Maritime Operations: Sensors, Networks & Effects
Part 3 of a narrative series illustrating how Elbit America’s USA-manufactured products enable customers to successfully accomplish their most demanding missions.
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Every next-gen Navy ship will defend against ballistic missiles and other threats with the same radar — the SPY-6
The ability of the SPY-6 family of radars to meet today’s new threats is due to both its modular and scalable hardware and its software-defined backbone.
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The Navy’s newest, most advanced warships will all soon have one thing in common — the SPY-6 radar
The ability to track smaller and faster objects at longer distances gives naval vessels more time to respond to incoming threats.
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Distributed Maritime Operations: A Resilient Force Structure Enabled By JADC2
The Marine Corps’ Ground/Air Task-Oriented Radar (G/ATOR) and the Navy’s Surface Electronic Warfare Improvement Program (SEWIP) Block 3 program enable DMO.
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Right sized for the fight, smaller Group 2 drones are solving for the limitations of larger UAS
It’s fuel cells, not batteries, that let Group 2 unmanned VTOLS fulfill many missions of larger Group 3s.
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The Navy Electrifies In A Transition As Monumental As Sail To Steam
Power and energy are becoming mission enablers to support the increasing electric-load demands of modern combatant ships, especially in the areas of advanced radar and other electronic systems, as well as directed energy weapons.
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Distributed Maritime Operations: Dispersing The Fleet For Survivability And Lethality
The near-term challenge for DMO is figuring out how to take existing platforms and systems and quickly evolve them to provide JADC2-like capabilities to a dispersed fleet.
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Distributed Maritime Operations: Making Ships, Subs, And Platforms Nodes On A Network
To facilitate the pivot to the Great Power competition against adaptive enemies with advanced capabilities, the Navy is developing the flexibility to decentralize its forces while remaining fully networked.
Northrop Exploring How SEWIP Can Feed Into Project Overmatch
“We were able to … create new software and put new communication waveforms through the system and demonstrate a class a wave forms it could be critical to the Navy as they look at Project Overmatch," said Mike Meaney, a Northrop Grumman official.
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MQ-9B and Gambit Series: Advancing European Defense Capabilities
GA-ASI will build Gambit aircraft in Europe, partnered with European-based companies, with airframes available for international procurement starting in 2027.