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Calculating opportunity costs with AI - ex ante decisions at executive level


The most expensive costs never appear on any balance sheet.
They do not arise from wrong decisions – but from decisions that are plausible, yet not optimal.

Opportunity costs are the foregone benefits of all alternatives that were not chosen. In practice, they are almost always considered ex post – retrospectively, hypothetically, without consequence.

For CEOs, CFOs, boards, and public decision-makers, this is insufficient. The relevant question is not: What could we have done differently? But rather:

Which decision minimizes opportunity costs before implementation?

This is exactly where the strategically relevant use of artificial intelligence begins.

1. Opportunity costs arise in the decision space – not in the project

In practice, decisions are often treated as if there were only a few alternatives. A project is approved or rejected. The focus is on individual evaluations.

In reality, however, a complete decision space exists, consisting of all possible project combinations. Every decision represents a selection from this space – consciously or unconsciously.

Opportunity costs arise where this space is not fully calculated.

1 out of 1.125 quadrillion – guess or calculate?
Impact / cost efficiency
What is not calculated is guessed
1 : 1.125 quadrillion decision combinations

Beyond a certain level of complexity, every uncalculated decision is effectively a bet. Not because decision-makers act irrationally – but because the decision space can no longer be fully mastered.

2. Ex ante instead of ex post: the decisive shift in perspective

Ex-post analyses explain the past. They support learning, not decision-making.

Ex-ante calculation of opportunity costs means:

  • considering all permissible project combinations simultaneously
  • incorporating budgetary, risk, capacity, and regulatory constraints
  • optimizing portfolios rather than individual projects

Opportunity costs then cease to be assumptions and become a measurable difference:

The difference between the chosen solution and the global optimum.

3. Why humans and Excel fail structurally

Excel is an excellent calculation tool. But Excel does not optimize – it evaluates predefined scenarios.

Typical limitations of classical decision processes:

  • linear thinking in an exponential reality
  • pre-filtering (“top projects”) instead of full exploration
  • heuristics instead of optimization

Opportunity costs arise where alternatives were never considered.

4. AI as a prerequisite for ex-ante optimization

Artificial intelligence is not a replacement for management – but an instrument for penetrating highly complex decision spaces.

In the context of opportunity costs, AI means:

  • full exploration of the 2N decision space
  • simultaneous evaluation of all permissible combinations
  • mathematically grounded selection of the global optimum

The goal is not a “good” decision, but:

the decision with the minimum opportunity costs.

5. The one optimal project combination

StratePlan does not calculate individual projects, but the entire decision space – and identifies from it:

The one project combination that generates the maximum overall benefit (global optimum).


Opportunity costs are not estimated, but precisely calculated: as the distance between the optimum and every suboptimal alternative.

6. Understanding scale – not underestimating it

Complexity is difficult to grasp. A comparison makes it tangible.

A comparison of scale:

our Milky Way and a large company decision space with “only” 50 projects
Our Milky Way has 100–400 billion stars



~1011
A large corporate with only 50 projects has a decision space
of 1.125 quadrillion possible project combinations

~1015
A large company decision space has more combinations than the Milky Way has stars.

7. Opportunity costs as a new governance metric

Traditional KPIs measure performance within a decision.

Opportunity costs measure the quality of the decision itself.

They therefore become a central steering metric for:

  • capital allocation
  • public budgets
  • transformation programs
  • investment and innovation portfolios

Conclusion

Opportunity costs are real. They are measurable. And they arise ex ante.

AI makes it possible, for the first time, to calculate them before the decision.

Not every decision is wrong. But every non-optimal decision has opportunity costs.

The only question is whether you know them – before you decide.

FAQ – Opportunity Costs with AI

What are opportunity costs?

The foregone benefit of the best alternative not chosen.

Why calculate ex ante?

Because only then can irreversible misallocations be avoided.

Why is Excel not sufficient?

Excel evaluates scenarios – it does not optimize decision spaces.

From when is AI necessary?

From around seven projects onward, the decision space grows exponentially.

Are the results traceable?

Yes. Every decision is mathematically and transparently justified.

Author: Dr. Igor Kadoshchuk CTO mAInthink

Dr. Igor Kadoshchuk is a computer scientist, algorithm architect, and one of the leading minds behind mAInthink's optimization and decision-making algorithms. As scientific director of the StratePlan™ and DeepAnT platforms, he combines in-depth mathematical research with practical applications in project portfolio optimization, business, finance, and public administration.

He holds a PhD in computer science from the renowned Moscow Institute of Physics and Technology (MIPT), where he also taught as a professor of computer engineering and mathematics. He has decades of experience developing highly complex mathematical models for project portfolio optimization and financial systems, investment planning, and strategic decision-making. His professional career includes leading positions such as Head of IT at Gazprombank and Director of Project Management at TransTeleCom.

Dr. Kadoshchuk writes on the mAInthink AI Blog. Kadoshchuk on:

  • Algorithmic strategy optimization
  • New methods for calculating ROI and impact
  • Project portfolio optimization beyond traditional tools
  • The limits of human decision-making – and how AI overcomes them

His aim: to calculate strategy, not estimate it.

His contributions combine scientific precision with clear, understandable language – always with the goal of making complex decision-making spaces transparent, manageable, and measurable.

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