Cyber-human social co-operating system: Application design and implementation

TL;DR

This paper presents the design and implementation of a cyber-human social co-operating system (Social Co-OS) that integrates cyber and human social systems to support collective decision-making, policy simulation, and social impact evaluation.

Contribution

It introduces a novel application architecture for Social Co-OS, including specific modules like a social impact evaluator and policy simulator, demonstrating practical utility in real-world social systems.

Findings

Effective support for human social systems demonstrated

Facilitates policy co-making and cooperation

Practical utility shown through real-world examples

Abstract

Reducing wealth inequality and resource waste is a global challenge. A fundamental problem within the capitalist economy, put simply, lies in the enslavement of labor and the colonization of resources. To address these issues, movements promoting digital democracy and cooperative platforms have emerged as viable alternatives to traditional capitalist systems. From the perspective of integrating information systems with real-world social, environmental, and economic systems, Cyber-Physical Systems have been proposed for applications in Industry 5.0 and Society 5.0. One such CPS is the Social Co-OS (cyber-human social co-operating system). Social Co-OS is a co-operating system between cyber and human societies that conceptualizes the social system as a dynamic, circular structure composed of three layers: individual behavior, interindividual interaction, and institutional formation. Within this framework, the cyber system supports collective decision-making and individual cooperative behavior across these layers. The objective of this study is to define a novel application architecture based on the Social Co-OS concept, design a user interface flow, and implement it in practice. Specifically, we develop a social impact evaluator, a pluralistic policy simulator, and a consensus-building facilitator, which constitute the deliberative and political loop of Social Co-OS. Additionally, we implement a personality estimator and a behavior change promoter, which constitute the operational and administrative loop, along with a common mediator that serves as the cyber-human interface. Through these implementations, we demonstrate that Social Co-OS applications can effectively support human social systems and offer practical utility for policy co-making and co-operation, as evidenced by examples grounded in real-world challenges.