From production at our shipyard in Franklin, Louisiana to our new testing and commissioning site in Gulfport, Mississippi. Our first Marauder has already logged hundreds of hours of on-water testing, with additional vessels set to follow the same path as production continues to scale.

As production of Marauder continues to scale, we're expanding the infrastructure that supports every vessel from shipyard to delivery. We're announcing our expansion to Gulfport, Mississippi, where we've established a dedicated Marauder on-water testing and commissioning facility at the Port of Gulfport. Our first Marauder is already undergoing on-water testing at the site, with trials running 12+ hours a day, seven days a week. Additional Marauders under construction at our shipyard in Franklin, Louisiana will follow the same path to Gulfport as production ramps. Thank you to @SenatorWicker, leadership from the @PortofGulfport and the University of Southern Mississippi, and representatives from the offices of Governor @tatereeves, Senator @cindyhydesmith and Congressman @RepEzell for joining us on site to mark the facility opening. We're proud to continue investing across the Gulf Coast. Read more here: 

Today, we're proud to announce the future home of Port Alpha: Brownsville, Texas. Our next-generation shipyard moves from vision to reality through a planned investment of more than $3 billion to establish one of the world's most advanced shipyards, built for software-defined shipbuilding and autonomous maritime systems. Port Alpha is expected to generate more than $160 billion in regional economic impact for Cameron County and $264.5 billion for the State of Texas, while creating up to 10,000 direct jobs — which makes it one of the largest economic development projects in modern Texas history. More than a shipyard, Port Alpha represents a new model for American shipbuilding — combining advanced manufacturing, software-defined production, and autonomy at unprecedented scale. We're proud to continue building in Texas. Learn more:

The U.S. military confirmed multiple military variant Saronic Corsairs, our 24ft ASV, were used in strikes to degrade Iran’s ability to continue attacking commercial shipping — marking the first time American forces have employed sea drones in combat operations. We are proud that our technology supported this mission and helped to keep the brave men and women of the U.S. armed forces safe. Saronic remains committed to delivering autonomous maritime systems that strengthen the security of America and its allies.

To mark America's 250th anniversary, we deployed Corsair through U.S. waterways, past harbors, rivers, and coastlines that tell the story of how these waters have shaped this country's security and prosperity. For 250 years, the seas have underwritten American freedom. Up to 80% of the world's traded goods still move by water. The next 250 years will demand new solutions to protect that. At Saronic, we're building the autonomous fleets that will help secure free trade, protect peace and preserve the freedom to operate on the world's most important waters, for generations to come. Read more:

The future of maritime superiority will be defined not only by the capabilities we build, but by how quickly we can produce, deploy, and continuously improve them. By investing in new shipbuilding capacity alongside building autonomous systems, we're helping restore the industrial foundation needed to sustain the US and its allies' maritime strength. Read more from @FastCompany:

Saronic is rapidly advancing US shipbuilding to deliver autonomous ships at speed and scale. Excited to share our work with @PathRobotics to integrate physical AI for welding robotics into our shipbuilding workflows in Franklin, LA – bringing together our world-class welders and advanced technologies to drive gains in safety, efficiency, and production quality. Learn more about how we’re utilizing advanced manufacturing capabilities and techniques to accelerate production – today in Franklin, and tomorrow at our next-generation shipyard, Port Alpha: