To accelerate development, Saronic built the entire internal propulsion and electronics stack in a room eight months before the actual ship was constructed. This allowed extensive software testing and iteration, solving problems long before the vessel ever hit the water.

Instead of focusing on large platforms like destroyers, Saronic analyzes naval firepower through a startup lens: unit economics. By comparing the cost per Vertical Launch System (VLS) missile tube, they show how autonomous ships can deliver more firepower, faster, for less money.

Autonomy enables a first-principles redesign of vessels. By eliminating the need for human crews, ships can be built with fundamentally less steel and fewer labor hours, drastically reducing costs and build times compared to traditional naval platforms.

Saronic initially focused on building small, cost-effective autonomous boats (Corsair) to meet an immediate defense need. The success and capital from this initial product gave them the credibility and resources to tackle their larger, more audacious ambition: building massive shipyards to restore U.S. naval capacity.

To scale production, Saronic moves work from the final ship assembly line to pre-built sub-assemblies. This requires solving tough technical hurdles like getting automated aluminum welding (with partners like Path Robotics) to meet stringent maritime certifications.

By developing unmanned high-Mach aircraft, defense tech startup Hermes can take extreme technical risks impossible with human pilots. This includes pushing vehicles to their absolute limits and even intentionally crashing them ('lawn-darting') to gather crucial data, dramatically accelerating the R&D cycle.

Saronic's ship was tasked with rescuing downed pilots in a hostile zone. The Navy's decision to deploy an unmanned platform when American lives were at stake—the highest stakes possible—represents a milestone moment and the ultimate validation of the technology's reliability.

A huge portion of a ship's capital cost is for building a 'city at sea' for the crew, including hospitals, kitchens, and plumbing. This non-obvious cost driver is the primary source of savings in uncrewed, teleoperated vessel designs, as the entire support infrastructure can be removed.

The key benefit of unmanned vessels isn't just saving on crew. It's the ability to remove all human-centric subsystems (latrines, galleys, etc.), allowing for a complete redesign optimized for naval architecture, speed, range, and payload.