Crewless Ocean Suppliers
James FD@jamesfoxdavies
−5.4%
since Sep 30
The idea
I believe people are leaving the fishing industry faster than boats can replace them, so vessels will have to run themselves, and the money flows first to the suppliers of the autonomy stack, not the fleets. This basket owns sonar and ocean sensing, precision navigation, satellite links, and the compute and vision chips every unmanned vessel needs, including defense-funded players whose revenue exists now while the fishing story unfolds over years. It is built broad with large-cap ballast and a modest cash reserve, avoiding single-name bets on any one piece of the stack.
What it owns
- Military funding is accelerating autonomous surface vessel development and production, and the technology and designs proven in defense contracts eventually migrate to commercial fishing fleets. · Kratos Defense & SecurityIt builds unmanned systems funded by defense budgets today, and the autonomous platforms the military develops and proves become the template commercial fishing fleets eventually adopt., L3Harris TechnologiesIt develops autonomy software and systems for Navy unmanned surface vessel programs, meaning defense funding is validating the exact technology that commercial autonomy on water will need., LeidosIt has built and operated autonomous ships for the Navy, proving that unmanned vessels can work at scale, and continued Navy funding of those programs validates the underlying technology., Huntington Ingalls IndustriesIt is a major shipbuilder expanding into unmanned vessels, and someone must eventually manufacture autonomous hulls at the scale required for commercial fisheries to transition away from crewed boats., TextronIt builds unmanned surface craft and control systems for the military, and as defense-funded autonomous vessel technology matures, commercial fishing operators will adopt similar designs., Ocean Power TechnologiesIt manufactures small autonomous ocean vehicles and self-powered buoys that already operate crewless, making it a direct play on growing commercial demand for unmanned marine systems.29%
- A vessel steering itself requires precise positioning and marine electronics to replace the helmsman, from chartplotters to inertial navigation systems that work when satellite signals fade. · GarminIt already supplies the chartplotters and marine electronics that fishing boats rely on, positioning it to provide the navigation and automation upgrades as autonomous systems roll out., TrimbleIt provides precision positioning systems accurate to centimeters, which autonomous vessels require to navigate safely and are already standard in other autonomous machines on land., HoneywellIt supplies inertial navigation systems that keep a vessel oriented and stable when satellite signals are blocked by weather or geography, a necessary backup for autonomous operation at sea.19%
- Remote operation from shore demands reliable ocean-wide connectivity and ship-tracking intelligence, the communication and data backbone that unmanned vessels depend on. · Iridium CommunicationsIt operates the only satellite network with global ocean coverage, making it essential for remote operation of vessels across all seas where other networks have gaps., Spire GlobalIt tracks vessels and ocean conditions from space, providing the situational awareness and weather data that shore teams need to safely route unmanned ships across the ocean., ViasatIt provides high-bandwidth maritime broadband, and remote operation of unmanned vessels requires real data throughput for video feeds and sensor telemetry, not just minimal data links., GlobalstarIt offers low-cost satellite connectivity as a backup link, and operators of unmanned vessels will likely require redundant communication to ensure a crewless boat can always be reached or controlled.18%
- Unmanned vessels need to sense the underwater and surface environment, and these companies make the sonar, lidar, and marine sensors that enable autonomous navigation and collision avoidance. · Teledyne TechnologiesIt makes the sonar and marine sensors that allow unmanned vessels to perceive and navigate the underwater environment without a crew to watch for hazards., OusterIt makes lidar that gives autonomous vessels surface-level vision to detect buoys, debris, and other ships, adding a perception layer that sonar alone cannot provide.14%
- The perception and decision-making systems aboard unmanned vessels run on specialized processors and edge compute that enable real-time autonomous operation independent of shore connectivity. · NVIDIAIt supplies the compute hardware that autonomy software runs on, and unmanned vessels will depend on its processors for the machine learning and real-time decision-making required at sea., AmbarellaIt makes edge-processing vision chips that analyze camera feeds directly on the vessel where bandwidth to shore is limited, enabling real-time perception for autonomous surface navigation.10%
- Cash10%