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Wherever capital competes

Different industries, one shape of problem: more good claims than budget, each with its own risk, all drawing on the same envelope. These are the decisions we're asked to run, and the sector physics we calibrate for.

Aerospace Chemical Construction Energy Environmental Industry & Logistics Manufacturing Mining & Materials Oil & Gas Pharmaceutical Power Generation & Utilities Real Estate Transportation Information Technology

One budget

Eight decisions we run every week

Each card is a one-screen walkthrough of how the analysis works and what the committee sees.

The annual capex plan

The whole book in one pass: every candidate sized against the real envelope, the maintenance/growth split made explicit, and a reserve recommendation instead of the traditional December spend-it-or-lose-it scramble.

The question we answer

“What does the optimal version of this year's plan look like — and how far is ours from it?”

Sanctioning a major project

The final investment decision, with the missing numbers on the page: an honest probabilistic read of schedule and cost, the commitment sized against the rest of the book, and the downside quantified before signature.

The question we answer

“How much of this project can we afford to be wrong about?”

The mid-year reallocation

Reality has diverged from plan — one project is burning fast, another slipped, a new opportunity appeared. The engine re-runs the whole book on live data and shows exactly which commitments to trim, hold, or top up.

The question we answer

“Given what we now know, where should the remaining capital go?”

Maintenance vs. growth

The argument every operator has annually, settled quantitatively: integrity and reliability spend evaluated in the same framework as growth projects, so deferral risk is priced instead of hand-waved.

The question we answer

“What's the real cost of deferring maintenance to fund growth this year?”

Fleet & asset renewal

Replace, refurbish, or run — decided per asset class with age, failure risk, and utilization in the math, and the whole renewal program sequenced against the budget rather than argued unit by unit.

The question we answer

“Which assets do we renew this cycle, and which can safely wait?”

The energy-transition portfolio

Legacy cash generators and long-dated transition bets in one book — different time horizons, different risk shapes, shared exposure to policy and price, balanced explicitly instead of letting the loudest sponsor win.

The question we answer

“How much transition risk can this portfolio actually carry?”

Footprint & real-estate decisions

Consolidate, renew, or exit across an entire estate at once. Leases, refurbishments, and relocations become sized options in a portfolio, with shared markets and shared timing modeled instead of ignored.

The question we answer

“What does the estate look like if we optimize it as one decision?”

The bid portfolio (EPC & services)

Bid-and-proposal dollars are capital too. Score every pursuit, size the B&P spend per pursuit, and stop chasing everything the win-rate math usually says the portfolio is over-extended on.

The question we answer

“Which pursuits deserve our B&P budget — and how much each?”

Same engine, calibrated to the physics of each sector

Oil & Gas

Overrun vs. project size — schematic

Long-cycle megaprojects with brutal correlation: one commodity price moves and every sanction in the book moves with it.

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Infrastructure

Delivery capacity vs. book — schematic

Political timelines, decade-long horizons, and portfolios whose real constraint is delivery capacity rather than cash.

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Power & Nuclear

Downside severity read — schematic

The highest stakes per decision on this page. Firm capacity, regulated returns, and a downside tail that has to be sized explicitly.

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Renewables

Diversification benefit curve — schematic

High volume, smaller tickets, portfolio effects that actually work — if the correlation between sites is modeled honestly.

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Manufacturing

Resource overlap — schematic

Line expansions, retooling, and automation programs that all want the same shutdown window and the same crews.

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Data Centers

Demand-scenario fan — schematic

The fastest-moving capex book in the market: large tickets, short windows, and demand scenarios that fan out quickly.

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By persona

Everyone in the room, the same numbers

Capital committees & CFOs

You get the two numbers the board actually wants: what the plan is worth, and the chance it goes badly enough to matter. Plus a defensible paper trail for every allocation — the answer to “why did we fund this?” is documented at decision time, not reconstructed later.

Lives inThe scorecard

Capital planners & project controls

You already have the data; we make it decisive. Schedules become probabilistic evidence, options lists become sized recommendations, and your annual planning cycle gets an engine instead of a spreadsheet with 40 tabs and one owner.

Lives inThe allocation table

EPC contractors & engineering firms

Two uses: win better work (bid-portfolio sizing, pursuit selection) and de-risk delivery (probabilistic schedules, bottleneck detection on live projects). Differentiate in the interview: show the client a probabilistic plan, not a bar chart.

Lives inThe fan chart

PE & infrastructure investors

Diligence and portfolio construction in one framework: every target's plan stress-tested the same way, every platform's capex book sized as a portfolio, and correlation across holdings made visible before it shows up in a down quarter.

Lives inThe portfolio drift view

Where to start

Pick the decision closest to the one on your desk and we'll run it with you — your data, one working session, real numbers by the end of it.

Book a working session