Gerry McHugh
There’s a slide that appears in almost every Investor Committee (IC) deck.
It sits after the thesis. Before the model. It shows the structure. The fund, the SPVs, the blockers, the jurisdictions, the ownership chain from LP capital to underlying asset.
It takes hours to build. Sometimes days. When terms change – which they always do – it gets rebuilt again.
The moment it’s finished, it begins to age.
The slide is not the structure.
In most firms, structure is treated as documentation. A deliverable. Evidence that the thinking has been done. But structure is the operating system of the investment. Every governance right, distribution waterfall, financing covenant, regulatory obligation and tax optimisation lives inside it.
In global alternative asset management – layered funds, co-invest vehicles, continuation funds, cross-border restructurings – structure is not peripheral. It is where value gets protected, speed gets enabled or constrained, and exit optionality gets engineered.
The primary tool used to work through it? It’s still PowerPoint.
PowerPoint is an extraordinary presentation layer.
Structure is not a presentation problem. It is a systems problem.
At scale, structural complexity compounds.
Funds within funds. SPVs across jurisdictions. Minority stakes layered with control rights. Credit instruments sitting alongside equity. Side letters and bespoke LP arrangements.
These are not linear diagrams. They are interconnected systems.
When structural intelligence lives in static slides, it becomes a picture of a moment — disconnected from data, logic, and change. When a refinancing alters priority, when a continuation vehicle is inserted, when a co-investor’s rights differ subtly from the main fund, the slide does not update. It gets redrawn.
At institutional scale, redrawing is not just inefficient. It is friction. And friction is risk.
The cost is not formatting time. It is leverage time.
According to StructureFlow’s own research, firms that move structural modelling upstream improve deal execution speed by up to 25%. Teams create structural visuals at least 50% faster, not just because diagrams matter, but because reconstruction time disappears and the risk of creating new mistakes disapears. The use of a central source of truth and freedom from reconstruction means time can be used to generate competitive advantage.
Every hour recovered is an hour not spent rebuilding from scratch but stress-testing exit pathways, anticipating counter-positions, modelling governance shifts, or evaluating portfolio-wide exposure.
When structure is static, thinking becomes reactive. When structure is live and connected, thinking becomes strategic.
Structural risk rarely announces itself.
It hides in a control right triggered unintentionally under refinancing. A beneficial ownership exposure buried three layers deep. A waterfall behaving differently under a stress scenario. A jurisdictional insertion that alters regulatory posture without anyone noticing.
When structure lives across documents, spreadsheets, and mental models, professionals can explain what they know. They cannot always see what they are missing.
A living structural model changes that. You now have a map you can navigate. Ownership chains become queryable. Dependencies become visible. Impact becomes testable before execution.
The firms that treat structure as infrastructure operate differently.
Investment, tax, legal, and portfolio operations teams work from a shared model. Scenario modelling replaces redrawing. Assumptions get stress-tested before the IC. Structural knowledge compounds instead of fragmenting.
The tools a team uses shape how a team thinks. If your structural tool is a static canvas, your structural thinking will be static.
The question is not whether your firm values structural rigour. The question is whether your tools treat structure as strategic infrastructure — or as a slide in the middle of a deck.




