Tag Archives: Project Overmatch

Pentagon Needs Realistic Experimentation for Emerging Tech, Says Navy Scientist

Pentagon Needs Realistic Experimentation for Emerging Tech, Says Navy Scientist

USS Portland (LPD-27) successfully tests a Solid State Laser – Technology Maturation Laser Weapon System Demonstrator (LWSD) in 2020. US Navy Photo

The Pentagon needs a realistic experimentation program built in to evaluate emerging technologies like Joint All Domain Command and Control [JADC2] and hypersonic or directed energy weapons, a top Navy scientist said Wednesday. Read More

Panel: Pentagon Needs to be Clearer On Goals for JADC2

Panel: Pentagon Needs to be Clearer On Goals for JADC2

US Air Force Image

NATIONAL HARBOR, Md. – The Pentagon and military services need to make clear to industry, allies and partners what exactly they are striving for when they call for Joint All Domain Command and Control in future conflicts, a senior business executive and defense analyst said Tuesday. Read More

Large Scale Exercise 2021 Tests How Navy, Marines Could Fight a Future Global Battle

Large Scale Exercise 2021 Tests How Navy, Marines Could Fight a Future Global Battle

Fire Controlman 2nd Class Carlos Jaimez, left, and Fire Controlman 2nd Class Hector Wimmer control a close-in weapons system during a tracking-and-firing exercise aboard the Wasp-class amphibious assault ship USS Kearsarge (LHD-3) on Aug. 8, 2021. US Navy Photo

ABOARD GUIDED MISSILE CRUISER USS SAN JACINTO – The Navy and Marine Corps have bet big that they have locked into a workable vision on how they’ll fight in the future, kicking off a massive exercise last week to prove their concepts. Read More

INDO-PACOM Used Ground-based Aegis Combat System Prototype to Target Missile Threats, Surface Targets

INDO-PACOM Used Ground-based Aegis Combat System Prototype to Target Missile Threats, Surface Targets

Overview of Valiant Shield 2020 experiment that paired a ground-based Aegis combat system with Army units. Lockheed Martin Image

Last year, U.S. Indo-Pacific Command quietly packed the combat system from a guided-missile destroyer into about the size of a footlocker, took it ashore and hooked it up to an Army artillery unit, an Air Force command node and an F-35 Lighting II Joint Strike Fighter. Read More

Navy to Experiment with Information Warfare Commanders Operating from Maritime Operations Centers

Navy to Experiment with Information Warfare Commanders Operating from Maritime Operations Centers

Gunner’s Mate 2nd Class Alexander Hess, from Ft. Wayne, Ind., stands watch in the combat information center aboard the Arleigh Burke-class guided-missile destroyer USS Benfold (DDG-65). US Navy Photo

After seeing how effective it is for an information warfare commander to operate within a carrier strike group, the Navy will now experiment with placing an IWC in its Maritime Operations Centers. Read More

Navy Software Factory, The Forge, Wants to Reshape How Ships Get Upgraded

Navy Software Factory, The Forge, Wants to Reshape How Ships Get Upgraded

The Forge software factory was set up in Riverdale, Md. — just off the University of Maryland College Park campus — in March 2021 to begin using a rapid software development and testing approach to bring maintenance fixes and new capabilities to the fleet. USNI News photo.

RIVERDALE, Md. – The Navy’s potential enemies are quickly increasing the size and sophistication of their fleets, which means the Navy needs to move faster too in bringing in new capabilities. Read More

Navy to Field Early 'Project Overmatch' Battle Network on Theodore Roosevelt CSG in 2023

Navy to Field Early ‘Project Overmatch’ Battle Network on Theodore Roosevelt CSG in 2023

USS Theodore Roosevelt (CVN-71) transits the Pacific Ocean on Dec. 18, 2020. US Navy Photo

This post has been updated to clarify remarks made by Rear Adm. Doug Small.

The Navy envisions a future fleet with manned and unmanned ships, submarines and aircraft operating in a dispersed manner and collecting a ton of data to fill in a common operating picture – which operational commanders could then use to, if ever needed, have the best sensor platform send targeting data to the best shooter to attack an enemy. That entire vision, though, would require a robust network that could withstand an enemy cyberattack; that could have enough bandwidth to manage video, voice, and targeting data coming and going; and could present a huge amount of data in a visual way that helps commanders make quick and good decisions. Read More