The company building underwater drones for $50,000
Summary
Will O’Brien of Ulysses discusses building modular underwater drones to tackle ocean challenges like seagrass restoration and mine countermeasures. He explains how the company vertically integrates manufacturing to scale production and reduce costs compared to traditional maritime operations. The conversation also covers the technical hurdles of underwater robotics, including corrosion and communication limits, while touching on Guinness’s history of innovation and the rise of "heart-based" founders in tech.
Topics discussed
Introduction to Ulysses and ocean robotics
Guinness history and early R&D innovation
Statistical quality control and Project Acorns
The Widget invention and Guinness marketing
Guinness quality standards and personal passion
Ulysses mission and the rise of autonomous systems
Origins in seagrass restoration and aerial drones
Ocean ecosystem decline and overfishing
Leviathan surface craft and Mako underwater vehicle
Modular design and Lego-like vehicle components
Seagrass as a carbon sink and habitat
Seagrass restoration process and habitat modeling
Investment thesis and founder passion for climate
Ocean as a frontier and the cost of exploration
Persistent settlements and the maritime railroad analogy
Anecdote: Shoplifting and a Chinese prison cell
Vertical integration and US manufacturing strategy
In-house software, sonar, and sensor development
Supply chain scaling and bottleneck resolution
Manufacturing as a core company religion
Operating depth and low-bandwidth acoustic comms
Wireless charging and onboard compute power
Autonomous mapping and US Navy contracts
Offshore wind cable inspection and debris detection
Product placement: 100-point tequila
Founder backgrounds and the shift to physical impact
Faith, community, and tech entrepreneurship
Sales model and service vs. hardware pitch
Cost comparison with traditional AUVs
Government procurement cycles and sticky contracts
Public goods and the entrepreneurial path
Government buyers and inbound interest
Replacing human divers and labor costs
General purpose platforms vs. defense weapons
Persistent defense networks in the maritime domain
Subsea fiber cables and data center security
Surveillance risks and the need for patrols
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