Society & Economicsarticle2026-10-11

iXZepta: A Cognitive Intelligence Platform for High-Stakes Decisions

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Abstract

High-stakes decisions such as capital allocation, M&A, pricing, expansion and restructuring are becoming more frequent and more complex, driven by accelerating market volatility, shorter strategic cycles, and a broader array of cross-functional stakeholders, involving multi-stakeholder teams with diverging mental models. They are more scrutinized through rising demand for explainability, auditability, and alignment. This ‘Decision Intelligence’ category is expanding rapidly, but remains tool-centric (analytics, forecasts, dashboards). What is missing is a governance and alignment layer that makes visible, defensible, and repeatable how decisions are formed. High-stakes decisions rarely fail simply because decision-makers lack data. They can fail because the people interpreting that data are operating from different assumptions, levels of confidence, causal beliefs, risk perceptions, and unspoken concerns. Yet these cognitive dynamics are difficult to see in conventional meetings, surveys, and decision processes. Making the structure and assumptions behind decisions visible allows them to be examined, challenged and monitored; leading to mechanisms associated with higher decision quality. iXZepta is an enterprise B2B platform designed to make those dynamics visible. It elicits and computationally summarizes participants’ expressed assumptions, confidence statements, causal claims, concerns, and areas of apparent tension within a defined decision context. The platform does not decide for the team, validate beliefs against external reality, or prescribe how disagreements should be resolved. Instead, it provides a structured, traceable mirror of how the decision is being reasoned about, creating a basis for better discussion, earlier risk recognition, and a durable governance record.

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View paper (DOI)Open access versionOpenAlexZenodo (CERN European Organization for Nuclear Research)Published 2026-10-11

Authors: Klaus Kummermehr, Prasad Ramakrishnan