DYNAMIC TECHNO-FEUDAL EXTRACTION MODEL (MDET)

Authors

  • Paulo Salgado Zenha Carneiro Universidade Federal do Pará, Brasil
  • Sergio Roberto Pinto FUCAPE, Brasil

DOI:

https://doi.org/10.66104/6y8kkx81

Keywords:

Platform Capitalism; Economic Inequality; Exploratory Mathematical Modeling; Automation; Dynamical Systems; Techno-Feudalism.

Abstract

This study proposes the Dynamic Techno-Feudal Extraction Model (MDET), an exploratory and heuristic formalization that simulates dynamics of wealth concentration, structural unemployment, and degradation of social well-being under platform capitalism. Using a system of three coupled ordinary differential equations — accumulated capital of techno-financial elites (W), measured structural unemployment rate (U), and Social Suffering Index (S) —, the model investigates stability and divergence conditions in three hypothetical scenarios: regulated capitalism (baseline), pure techno-feudalism (inertial), and redistributive intervention (Digital Robin Hood). Under the model's assumptions, the inertial scenario diverges explosively, with capital W growing without bound and the Social Suffering Index S reaching total collapse in approximately 15 cycles. Sensitivity analysis reveals that the unemployment capture elasticity (β) and capital externalities (μ) are the most critical parameters for rupture dynamics. In the intervention scenario, a drainage of only 0.08% of capital per cycle was sufficient to stabilize the system. We conclude that, in the explored parametric space, the trajectory of platform capitalism without redistributive mechanisms is mathematically unstable, although technically viable interventions exist. The model is presented as a theoretical-exploratory exercise, without predictive claims regarding specific dates of civilizational collapse.

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Published

2026-06-18

How to Cite

DYNAMIC TECHNO-FEUDAL EXTRACTION MODEL (MDET). (2026). REMUNOM, 13(13), 1-19. https://doi.org/10.66104/6y8kkx81