Paper Number
1147
Paper Type
Completed
Description
Algorithmic control (AC) uses digital technologies and advanced algorithms to control workers and is rapidly becoming a central component of modern work environments. While previous research has explored the implications of AC by examining its specific forms, mechanisms, or functions, this research argues for a broader understanding of AC as socio-technical systems, explicitly considering the technological and organizational characteristics of AC. The overarching goal of this study is to identify and conceptualize the core dimensions and respective characteristics of AC systems. To achieve this goal, we develop a taxonomy based on a review of prior literature and an analysis of 21 empirical examples. Furthermore, we demonstrate the application and usefulness of the derived taxonomy by applying it to three real-world AC systems. By adopting a holistic system perspective and developing a validated taxonomy, our study contributes to the theoretical understanding of AC systems and sets the stage for deeper exploration in future research.
Recommended Citation
Alizadeh, Armin; Hirsch, Felix; Jiang, Jennifer; Wiener, Martin; and Benlian, Alexander, "A Taxonomy of Algorithmic Control Systems" (2023). ICIS 2023 Proceedings. 8.
https://aisel.aisnet.org/icis2023/techandfow/techandfow/8
A Taxonomy of Algorithmic Control Systems
Algorithmic control (AC) uses digital technologies and advanced algorithms to control workers and is rapidly becoming a central component of modern work environments. While previous research has explored the implications of AC by examining its specific forms, mechanisms, or functions, this research argues for a broader understanding of AC as socio-technical systems, explicitly considering the technological and organizational characteristics of AC. The overarching goal of this study is to identify and conceptualize the core dimensions and respective characteristics of AC systems. To achieve this goal, we develop a taxonomy based on a review of prior literature and an analysis of 21 empirical examples. Furthermore, we demonstrate the application and usefulness of the derived taxonomy by applying it to three real-world AC systems. By adopting a holistic system perspective and developing a validated taxonomy, our study contributes to the theoretical understanding of AC systems and sets the stage for deeper exploration in future research.
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