Cybersyn, big data, variety engineering and governance.

Area of Science:

• Cybernetics and Systems Science
• Management Science and Information Systems
• Economic and Social Systems Design

Background:

• The Chilean Cybersyn project, conceived by Stafford Beer, aimed to modernize the economy using cybernetic tools.
• Significant attention has recently focused on Cybersyn's technological and decision-support aspects.
• This contribution reflects on the personal influence of Cybersyn on the author's work post-1973 coup.

Purpose of the Study:

• To discuss the influence of working in Cybersyn on the author's subsequent research and methodologies.
• To explore the evolution of concepts like variety engineering and the Viable System Model (VSM).
• To connect early cybernetic principles with contemporary challenges in capitalism and technological development.

Main Methods:

• Personal reflection on the long-term impact of Cybersyn experiences.
• Development and application of the Viable System Model (VSM) and VIPLAN method.
• Exploration of second-order cybernetics, epistemological, ontological, and methodological shifts.

Main Results:

• Cybersyn's enduring influence lies in managing complexity via variety engineering and the VSM.
• The author developed the VIPLAN method by 1989 to model enterprise complexity and interactions.
• The work evolved towards second-order cybernetics, addressing relationships and contemporary socio-economic issues.

Conclusions:

• The principles of Cybersyn, particularly VSM and variety engineering, offer valuable frameworks for understanding and managing complex systems.
• The evolution of the author's work demonstrates a progression from technological applications to deeper methodological and philosophical considerations.
• Cybersyn's legacy continues to be relevant in addressing modern challenges posed by technology and capitalism.