Five doctrines. One pipeline.

Ship captains once priced maritime risk at Lloyd's coffee house because they had sailed the routes themselves. Modern capital allocation has drifted the other way: decisions concentrate in institutions furthest from the ground truth, while the operators, farmers, engineers, and local officials who feel a system breaking first have the least say in what gets funded.

The doctrine: distance from a problem correlates with authority over its solution — and that correlation is the market inefficiency. Knowledge held by the proximate is systematically underpriced. Our collective exists to reverse the inversion: operators and domain experts who have lived the problem source our deals, sit on our investment committees, and support our founders.

Applied

Ad-hoc investment committees staffed by scientific and industry experts per deal. Diligence sourced from people who have run the systems our companies intend to replace. Lineage: Lloyd's of London, Hayek's local knowledge, James C. Scott's mētis.

Most early-stage theses are a single bet on a single future: this regulation passes, this cost curve bends, this buyer arrives. We require more. Before investing, we identify at least three distinct futures in which the company could plausibly dominate — each reaching a different addressable market through a different causal path: one regulatory, one market-driven, one technological.

The doctrine: transformative companies win because multiple futures are available to them and only one has to materialize. Optionality, held at the company level, is the cheapest insurance in venture. We pair the test with techno-economic systems analysis, and we stress-test with a fourth, pessimistic scenario to size the downside honestly.

Applied

Every IC memo opens with the three futures, one line each. A company that survives on one story alone fails the screen, however good the story.

Standard Oil sat upstream of light, transport, and chemistry. NVIDIA sits upstream of graphics, simulation, and intelligence. The pattern repeats: outlier returns concentrate in positions that are causally connected to several downstream markets at once, so that share compounds across whichever bullish trajectory arrives.

The doctrine: we underwrite the causal graph, and price follows. Causal Parallax Underwriting scores each position on parallax confidence — how many independent futures it serves — and on cascade factors: the mechanisms by which winning one market pulls the company into the next. The output is a structured brief, refined with causal-inference methods rather than narrative alone.

Applied

A proprietary scoring methodology (PCS / PCF / PVS) run on every deep-tech deal and, increasingly, on public equities through our research arm. Correlation tells us what moved together; the causal graph tells us what must move next.

The climate transition will be rate-limited by a short list of physical and institutional bottlenecks: grid interconnection queues, permitting, critical materials, cold-chain capacity, port infrastructure, verification of what actually works. Forecasting asks what is likely; backcasting asks what is necessary — then finds the single constraint that gates the entire outcome.

The doctrine: capital deployed at the binding constraint carries the leverage of everything downstream of it. A modest company at the bottleneck outperforms a giant beside it. Our Bottlenecks Institute exists to map these constraints across sectors before markets price them.

Applied

Sector maps built constraint-first: five bottlenecks per system, ranked by how much of the desired future each one gates. Hard-tech deployment research on why pilots fail, so our companies cross the gap that kills most of their peers.

Condensed-matter physics offers a precise analogy for supply chains: in a sufficiently disordered network, waves stop propagating — Anderson localization. Trade shocks, price signals, and innovation all behave the same way. As economies fragment, shocks localize, redundancy becomes a feature, and circulation — of goods, energy, water, capital, and knowledge — becomes the asset class.

The doctrine: onshoring and deglobalization are best understood as the redesign of circulatory systems, and sovereignty in energy or materials is a property of flows rather than stockpiles. We back companies that keep value circulating under stress: distributed generation, local manufacturing, water and nutrient loops, and the verification layers that let strangers trade with confidence.

Applied

Portfolio construction that favors solutions proven in extremes — deserts, monsoons, policy vacuums — on the logic that whatever thrives there scales anywhere. Thesis work on maritime chokepoints, energy corridors, and place-based resilience.