SIGMA: Systemic Instability & Gradient-based Mapping Architecture
Year: 2025
Type: article
Abstract: This document presents the technical reference for SIGMA™—the world's first universal structural risk detection model that transcends traditional domain boundaries. Unlike conventional tools limited to narrow contexts, SIGMA identifies hidden structural tensions and critical transition points across all complex systems—including corporate governance, financial markets, national security, and infrastructure networks. Its core innovation lies in using simple linear forms to trace nonlinear instability accumulation, enabling real-time, cross-domain risk insight with mathematical clarity and predictive power. All Rights Reserved All contents of the SIGMA model and documentation—including its framework, structure, variables, and equations—are fully owned by the copyright holder, Daeho Lee. Any use, reproduction, adaptation, distribution, or commercial and non-commercial application is strictly prohibited without the explicit written consent of the copyright holder. SIGMA may not be used for any commercial purpose, political exploitation, or integration into paid AI services. Unauthorized use or modification—including imitation of its structure or methodology—will be regarded as an intellectual property violation and may result in legal action.For inquiries, contact: Daeho Lee ([email protected])
Author: Lee, Daeho
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6912030716
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