IDDA introduces a decision architecture that enhances stability and auditability in stateful systems, indicating improved outcomes in complex environments.
This paper introduces IDDA as a structured decision architecture that separates admissibility from execution. The model governs when a state may proceed, ensuring stability, auditability, and resistance to noise-driven oscillations. It distinguishes execution, holding, blocking, and controlled reset as different outcomes of a unified transition logic. The framework is intended for stateful systems operating under uncertainty, especially in logistics, robotics, and safety-critical environments. This record is part of a broader research series connected to the Ontocomputer Manifesto.
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Piotr Pietruszewski (2026) studied this question.
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