Autonomous ships, the 230-to-1 shipbuilding gap, and Saronic's Port Alpha

Chapters

1. 0:00 Policy and regulation

   Autonomous Rescue in the Strait of Hormuz

   Dino Mavrikis describes how a Saronic Corsair, a 24-foot fully autonomous speedboat, was used by the Navy to rescue two downed American pilots in the Strait of Hormuz. He says it was the first autonomous ship rescue in the field and a milestone because the Navy trusted an unmanned platform in the highest-stakes environment. Mavrikis, a former Navy SEAL, connects it to 2005, when four SEALs were trapped in Afghanistan and a rescue helicopter was shot down. Autonomy, he argues, lets the U.S. bring people home without putting additional soldiers in harm's way. He declines to give operational specifics.

2. 4:41 Policy and regulation

   America's 230-to-1 Shipbuilding Gap

   Jason asks how bad Western shipbuilding has become. Mavrikis says the U.S. can build 100,000 gross tons of ships per year versus China's 23 million, a 230-to-1 gap. China now has 57% of world shipbuilding capacity and subsidizes raw materials and labor, making a U.S.-built ship five to six times the cost of the same ship in China. The U.S. naval fleet is 296 ships against a 355-ship congressional minimum; last year the U.S. built nine ships and retired 19, while China delivered about 30 naval vessels and more than 1,000 commercial ships. The U.S. built five. Mavrikis warns Chinese commercial capacity would flip to defense in a conflict.

3. 8:53 Deals and companies

   Designing Ships Without Crews

   Jason suggests removing crew support could cut half a ship's mass. Vib Alakar says half is excessive, but a significant share of components, cost, and labor goes to supporting humans. Removing berths, galleys, stairs, and separate electrical systems lets Saronic optimize speed, range, and payload; a commercial 24-foot boat cannot match Corsair's thousand-nautical-mile range or control authority because it must accommodate people. Mavrikis explains the Saronic name from the Battle of Salamis and says China builds both very large ships and many ships. The goal is large-scale attritable mass: an aircraft carrier costs $13 billion and takes 10 years, which is not a scalable model.

4. 13:28 Policy and regulation

   VLS Economics and the Hybrid Fleet

   Mavrikis breaks naval capability into VLS tubes. A destroyer costs about $3 billion, takes six to eight years to build, and fields roughly 96 vertical launch tubes, or 10 to 15 tubes per year at about $30 million per tube. Saronic's 180-foot Marauder carries 16 VLS tubes, and at 20 Marauders per year it can field 320 tubes annually at a fraction of the cost. Asked what is lost without a crew, Mavrikis says it depends on the mission; for long-range fires, nothing is lost, and unmanned ships keep people out of harm's way. He expects a hybrid Navy, with human decision-makers on manned ships and unmanned vessels in combat areas.

5. 16:58 Deals and companies

   Vertical Integration and Shipyard Speed

   Jason compares Saronic to Tesla's vertical integration. Alakar says U.S. shipbuilding suffers because low production means marine engine and generator suppliers do not invest; Saronic works directly with manufacturers, digitizes analog components, and gives them software APIs. Much engine-room labor can be automated and absorbed by software. Saronic uses commercial off-the-shelf parts where possible and builds electronics, sensors, and compute in-house where the marine industry has not kept up. Alakar says this end-to-end approach reduces complexity and assembly time, and lets Saronic co-design ships and shipyards. He also notes that a 30-year-old ship has people doing manual tasks that should be trivial to automate.

6. 21:51 Policy and regulation

   From Cost-Plus to Firm Fixed Price

   Jason asks about the shift from cost-plus to fixed-price defense contracts. Mavrikis explains cost-plus pays primes 10 to 15 percent on top of whatever they spend, creating a perverse incentive to take longer and cost more. Saronic has raised $2.5 billion in private capital and is building Marauder on spec because the country needs it. He cites the maritime executive order, the maritime action plan, the SHIPS Act, and the Secretary of War's acquisition reform speech as encouraging, but says only 1 percent of the defense budget goes to autonomous systems and that needs to rise. Alakar adds that 70 percent of sequence-critical components on some Navy ships are sole-source, and owning design and shipyard enables end-to-end optimization.

7. 26:00 Policy and regulation

   Securing Hormuz with Autonomous Mass

   Mavrikis describes the Strait of Hormuz as a 20-mile-wide chokepoint where Iran controls the northern shore and can use missiles, fast-attack vessels, naval mines, and cheap drones. Sending destroyers or commercial ships through becomes extremely dangerous, but large numbers of autonomous vessels can provide scale, persistence, and risk reduction. Saronic's early Cutlass and Spyglass boats were subscale demonstrators; the flagship Corsair can be built at 2,000 per year in Austin. Alakar says machine-learning applications already run on the boats for navigation, payloads, and counter-UAS, and the end state is a distributed fleet that translates commander intent into mission outcomes. The ocean is a tough environment, so the software stack must handle lost comms and sensors.

8. 31:35 Policy and regulation

   AI Rules of Engagement and Allied Sales

   Jason asks about China weaponizing robots and whether U.S. rules put the West at a disadvantage. Mavrikis cites autonomous weapon system standard 3009 and says AI should classify enemy versus friendly vessels while humans set mission intent and engagement thresholds. Even in a Taiwan Strait conflict, commanders can authorize engaging anything that is not a friendly vessel. He rejects the idea that the U.S. loses to an adversary with no human-in-the-loop because policy thresholds are built into software and can change with the threat environment. On allies, Mavrikis says the U.S. wants allies and partners to have these capabilities; Saronic is talking to Asia, Europe, and the Middle East about products and domestic production lines.

9. 36:47 Deals and companies

   Port Alpha and the Defense-Tech Workforce

   Mavrikis announces Port Alpha, a shipyard of the future in Brownsville, Texas, starting on 800 acres — the largest shipyard in the U.S. — with potential to scale to 4,000 acres, billions of dollars in investment, and 10,000 jobs over 10 years. Saronic already operates a 100-acre yard in Franklin, Louisiana, building 20 Marauders per year and scalable to 50. Alakar says Austin offers a nexus of software and industrial talent, and Port Alpha allows greenfield design of the yard and ship together. Mavrikis says welders and pipefitters get Silicon Valley-level benefits and equity, and he believes investing in product and process can cut U.S. shipbuilding costs in half. He closes by calling defense tech this generation's space race.