Ocean industrialization thesis: the last great frontier is pre-industrial
- —The ocean is at the same inflection point space was when SpaceX was founded — a $2.6T pre-industrial economy running on an 1800s expedition model, where expensive humans on expensive ships do expensive campaigns then retreat to dry land
- —Four technology curves crossed critical thresholds simultaneously (2020-2025): Starlink maritime connectivity (100x price-performance improvement), battery energy density doubled + costs collapsed 90%, onboard AI compute democratized, and EV/drone supply chains made AUV components 10-100x cheaper — this is Packy's 'Curve Convergence' applied to the ocean
- —The governing metric is the cost of ocean work ($/km²-month); today it costs millions per month to cover a meaningful area with incumbent methods; collapsing that metric unlocks everything downstream
Undersea cable demand and sabotage risk: Meta Waterworth, Big Tech buildout
- —99% of intercontinental internet traffic flows through subsea cables, yet cables break 100-200 times/year and over a million km sit on the ocean floor with essentially zero persistent surveillance
- —Baltic Sea sabotage (Nov 2024), Estlink cable cut (Christmas 2024 by Russian shadow tanker), UK formally accusing Russia of covert operations over cables and pipelines — deliberate sabotage is escalating from isolated incidents to systematic strategy #風險
- —NATO launched Operation Baltic Sentry in Jan 2025 specifically because no assets existed to detect or deter these attacks — infrastructure gap is acute
Critical minerals / deep-sea mining: TMC files first commercial license
- —The Clarion-Clipperton Zone alone contains more cobalt than all known land reserves, plus polymetallic nodules rich in nickel, manganese, and copper — exactly the minerals EV batteries, wind turbines, and AI hardware are consuming at accelerating rates
- —The regulatory dam is cracking: after years of ISA stalemate, The Metals Company bypassed the ISA via a US 1980 regulatory pathway and filed the first-ever commercial deep-sea mining license application #催化劑
Maritime defense: US Navy autonomy budget surge, incumbent primes as Innovator's Dilemma victims
- —Strait of Hormuz conflict (April 2026) is a live demonstration of the infrastructure gap: Iran is unable to find the mines it just placed because it lacks persistent ocean surveillance — the same blindness that affects everyone
- —Houthi Red Sea attacks forced global shipping to reroute around Africa, adding 11,000nm and ~$1M per ship; container rates Shanghai-to-Europe quadrupled; $1T of goods disrupted in first six months — maritime domain awareness has become a strategic imperative #風險
- —FY2026 Pentagon budget: $13.4B for autonomous systems as its own budget line for the first time; Navy alone gets $5.3B, a 70% YoY increase #催化劑
- —China is building submarine-sized AUVs with 18,000km range, cable-cutting tools that operate at 4,000m depth, and an 'Underwater Great Wall' sensor network across the Indo-Pacific #風險
New Ocean cohort: autonomy-native companies as the New Space analogy
- —The 'New Ocean' cohort shares characteristics: vertically integrated (not subcontracted), autonomy-native (not crewed-first), software-defined, built on commercial supply chains (drone motors, EV battery packs, Jetson-class compute), priced for scale not scarcity
- —Ulysses (private, $46M from a16z American Dynamism) is building full-stack: Mako AUV ($50k vs $500k-$5M incumbent), Leviathan autonomous surface craft, Kraken autonomous launch/recovery platform — 10-100x cost reduction vs incumbents
- —The AUV market produces ~1,000 vehicles/year at $500k-$5M each; Ulysses claims to build Makos for $50k — a demand request just came in for 10,000 vehicles as a service and another for 1,000
- —Kraken Robotics (TSX-V: PNG) is cited as an infrastructure enabler — builds synthetic-aperture sonar that turns a cheap AUV into a survey-grade mapping platform