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Same projects. Different combination. Greater results.

You can achieve higher returns with your existing projects.

We calculate the optimum scenario - before you decide.

Free of charge. Without obligation. Based on your existing projects.

StratePlan calculates the optimal portfolio where traditional tools reach their limits.

Instead of evaluating projects in isolation, we analyze all possible combinations - and identify the best solution.

The global optimum is not an assumption - it can be calculated.

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Portfolio optimization software


Why optimal portfolios need to be calculated today

Portfolio optimization is no longer a niche topic in financial theory. It has become a central management discipline for CEOs, CFOs, board members and investment committees. In a world of limited budgets, increasing complexity and growing dependencies, it is no longer the individual project that determines success or failure individual project determines success or failure - but the overall portfolio.

Portfolio optimization software addresses precisely this problem:
It calculates which combination of projects, investments or measures generates the maximum overall Conditions generates the maximum overall value.

Why classic portfolio decisions fail

In practice, portfolios are often put together in this way:

  • Projects are evaluated individually
  • Budgets are allocated historically or politically
  • Priorities arise from workshops or committee logic
  • Excel spreadsheets simulate linear scenarios

The problem here is fundamental:
Portfolios are not linear systems.

As soon as several projects are considered at the same time, dependencies arise:

  • Dependencies (project A increases or decreases the value of project B)
  • Competition for budgets, resources and time
  • Interactions between risk, impact and capital commitment

The result is a combinatorial problem that can no longer be solved with intuition or spreadsheets can no longer be solved with intuition or spreadsheets.

What portfolio optimization software really does

Modern portfolio optimization software does not look at individual projects, but all possible project combinations simultaneously. It answers questions such as:

  • Which project combination maximizes the overall value with a fixed budget?
  • Which projects crowd each other out?
  • Which measures only develop their full effect in combination?
  • Which projects look good on their own, but worsen the portfolio?

The decisive difference:
It is not projects that are optimized, but decisions.

From evaluation to calculation

The paradigm shift can be clearly formulated:

Classic approach Portfolio optimization software
Evaluation of individual projects Calculation of complete portfolios
Linear thinking models Exponential combinatorics
Excel & Workshops Algorithmic optimization
Gut feeling & experience Mathematical decision logic
Local optima Global Optimum

Portfolio optimization software does not work with opinions, but with clearly clearly defined target values, constraints and decision rules.

Typical use cases

Portfolio optimization software is used wherever several options are competing simultaneously:

  • Corporate strategy: which initiatives really contribute to the overall strategy?
  • Investment planning: CAPEX and OPEX portfolios under budget constraints
  • R&D portfolios: Which innovation projects are funded - and which are not?
  • IT & digitalization programs: Roadmaps instead of individual solutions
  • Public budgets & infrastructure: Maximum impact per euro invested

Portfolio optimization becomes particularly relevant from 7-10 parallel projects - from this point onwards the decision space explodes exponentially.

Why Excel ultimately fails here

Excel is excellent for:

  • Visualization
  • Documentation
  • simple scenarios

Excel is unsuitable for

  • exponential decision spaces
  • Dependencies between projects
  • hard constraints
  • global optimization

Even with 10 projects with two options each, there are over 1,000 possible portfolios.
With 20 projects, there are over 1 million.
With 30 projects, over 1 billion.

No one and no spreadsheet can systematically search these spaces.

Portfolio optimization also means governance

An often underestimated aspect:
Portfolio optimization software creates transparency and traceability.

Every decision is

  • justified
  • reproducible
  • verifiable
  • audit-proof

This is a key advantage for management boards, supervisory boards and public decision-makers - especially with regard to liability with regard to liability, compliance and political responsibility.

Typical results in practice

Companies that switch from traditional planning approaches to portfolio optimization software often report:

  • 20-60% higher overall impact with the same budget
  • a clearer focus on value-creating projects
  • fewer political discussions
  • greater decision-making certainty in top management

The effect is not achieved through "better ideas", but through better combinations.

Conclusion: Portfolio optimization is not a tool, but a management principle

Portfolio optimization software is not another analysis tool.
It changes the way decisions are made.

In a complex world, it is no longer enough to identify good projects.
It is crucial to choose the best portfolio.

Not intuitively.
Not politically.
But calculated.

Anyone who does not systematically optimize portfolios today is voluntarily sacrificing impact, return and manageability - and leaving the company's success to chance and leave the company's success to chance.

Closing words by Anna-Lena Rissel

"The human mind is not an objective decision-making tool. It is prone to illusions, Overconfidence and the need to be right. In management boards in particular, rationality is often rationality is often overestimated, while ego, status and mental shortcuts distort decisions unnoticed.

From a psychological point of view, it is not a sign of weakness to recognize these limits - but of maturity. Really good decisions are made where people know their intuition but do not follow it blindly, but supplements it with structured, verifiable and calculated decision-making logic."

- Anna-Lena Rissel

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Author: Anna-Lena Rissel Psychologie-Studentin und AI Nerd

Anna-Lena Rissel ist Psychologie-Studentin und studiert Psychologie und Psychotherapie an der Charlotte Fresenius Universität. Als Tochter von Sascha Rissel verbindet sie psychologische Grundlagen mit einem ausgeprägten Interesse an unternehmerischen Entscheidungsprozessen. Ihr fachlicher Fokus liegt auf der Wirtschaftspsychologie sowie auf Fehlentscheidungen in Management- und Board-Kontexten – insbesondere darauf, wie kognitive Verzerrungen, Heuristiken und strukturelle Rahmenbedingungen zu systematischen Entscheidungsfehlern führen und wie diese vermieden werden können.

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