Instead of building single-purpose underwater vehicles, Ulysses modularized its Mako drone using interchangeable blocks for thrust, extra battery range, cameras, and sonar. This foundational decision enabled them to expand from seagrass ecological restoration into defense minehunting and offshore wind farm inspections without rebuilding core IP.

Traditional underwater operations require chartered vessels costing hundreds of thousands of dollars daily due to mandatory staffing layers, including shift rotations, medical personnel, cooks, and ship captains. Autonomous robotic systems remove the entire labor stack, slashing daily operating expenses while enabling continuous missions.

Historical frontiers developed by transitioning from expensive, isolated expeditions toward permanent settlements enabled by lowered infrastructure costs. Maritime operations currently cost hundreds of thousands of dollars per day primarily due to surface ship labor and support crews, a bottleneck autonomous robotics aims to eliminate.

Global internet traffic relies on a surprisingly small network of undersea fiber optic cables that are highly exposed to anchoring damage, tapping, or physical sabotage. Because manual surface ship patrols are too expensive to sustain full-time, protecting these choke points demands persistent autonomous underwater surveillance.

Skydio's drones are designed as 'force multipliers' where AI handles complex tasks like navigation, obstacle avoidance, and subject tracking. This frees the human operator to focus on high-level mission objectives, like assessing a situation, rather than the mechanics of flying the drone.

While China vastly outproduces the US in ships and aerial drones, the underwater drone space is a domain where the US can still gain a decisive advantage. Both countries produce only hundreds of autonomous underwater vehicles annually, operating on the same order of magnitude.

The strategic role of submarines is evolving beyond being simple weapons platforms. They will act as undetectable, forward-deployed command hubs, controlling networks of autonomous drones and allowing a human to remain in the loop for critical decisions without exposing the submarine itself.

The seasteading movement was a good idea that was simply too early. It lacked essential technologies that are only now becoming available, such as affordable satellite internet (Starlink), autonomous cargo delivery, and robotic underwater maintenance, which drastically reduce operating costs.

By removing the human element, Saronic can design vessels to withstand extreme accelerations (over 20Gs), a physical impossibility for manned boats which are limited to ~0.6Gs. This allows for radically different performance capabilities.