DecisionDNA quantifies how effectively a system converts signals into outcomes. It predicts the likelihood of performance under pressure, how likely strategy becomes reality.
Our tools exist for one purpose:
To reveal to our clients where execution breaks down, now and in the future.
Why is strategy not becoming performance? A complete metabolic profile of how an organization converts information into outcomes.
Conversion strength across six pulse dimensions. Failure-window estimation. Archetype classification. Intervention leverage points.
Financial results lag reality by quarters. Metabolism shows future outcomes before they exist.
Can this business deliver the IRR you're modeling? This assessment reveals whether the target can translate strategy into outcomes under load.
Execution capacity vs plan demands. Integration stress forecast. Probability of plan realisation within timeline.
You buy a business for the outcomes its decisions produce. We determine whether those outcomes are structurally achievable.
Can this system digest AI scaling, digital transformation, or integration load? Measures execution viability under acceleration before you commit.
Load tolerance assessment. Acceleration breakpoints. Metabolic capacity vs transformation demands.
Most transformations fail because the organism outruns its ability to convert signal into coordinated action.
Forensic measurement of structural risk in the AI sector. Monthly report with Index Score, Correction Probability, Credit Stress Indicators, and Refinancing Cliff Timeline.
See metabolic measurement in action. Free. Registration required.
Sector-Scale Metabolic Ranking
Expanding the Bubble Index methodology to the S&P 500. Public ranking of organizational metabolic health across sectors.
Markets price history. We price future execution capacity.
Because markets reward outcome conversion, not decision intent.
Because collapse is detectable long before numbers show it.
Because execution is physics, not psychology.
The question is not what a system plans to do.
The question is whether it can translate signal into impact fast enough to matter.
That is what DecisionDNA measures and predicts.