Democratization in Industry via Multi-Agent Systems, The case of a production company
Abstract
Democracy is typically a question of political government. Nevertheless, in recent years, the forms of democratic development have changed in the course of the governance debate. According to Council of Europe, E-democracy tools use technology to boost key democratic values like participation, inclusivity, efficiency, effectiveness, transparency, openness and accountability within the democratic system. Alongside civil society, companies are playing an increasingly important role in the establishment of collective order. The difficult aspects of this development can be seen in the concentration of market power and the circumvention of employee co-determination. At the same time, however, Small and Medium Enterprises (SME) sometimes take on the role of pioneers. One key example is about AI-based decision support systems in order to realize new decision-making and co-determination opportunities. This raises the question of what potential for democratization and, if so, in what form, is actually emerging here. On the one hand, this article raises the question of how aspects of a “democratization” in companies can be realized and presents a conceptual approach for analysing such ambitions. On the other hand, specific challenges of a “democratization” via digital tools will be worked out by analysing the case study of a SME. An important result is that forms of democratization via multi-agent systems are only perceived as democratic if they are introduced and procedurally anchored within the company through social processes that are perceived as legitimate.
Keywords: Democracy, SME, Democratization via digital tools, Multi-Agent Systems
DOI: 10.54941/ahfe1004709
Cite this paper
More from this volume
- Wearable Solutions for Smart Integrated Extreme Environments Health Monitor System.
- Innovative Biosensor based Aeromedical Monitoring Solution for Specific Military Medical Evacuation Scenarios
- Semantic Decision Support for Action Forces with Risk Stratification from Estimated Physiological Strain, Cognitive-Emotional Stress and Situation Awareness
- Deep learning based Human Activity Recognition in first responders wearing a sensorized garment
- Wearable System for the evaluation of Well-Being in the Workplace
- Validation of Wearable Biosignal Sensor-based Estimation of the Physiological Strain Index Using Gaussian Process Regression
- Requirements for Virtual Reality-based Trainings of Human-Robot Interaction
- SmartAktiv: A tablet- and virtual reality-based training for individuals with cognitive decline
- How to manage the safety of service robots operating in coexistence with demented patients
- PREPARIO - Service Design for a Connected and Automated Food Preparation Platform
- IoT-based Vertical Farming Systems
- Explainability of Industrial Decision Support System using Digital Design Thinking with Scene2Model


AHFE Open Access