The Influence of Human–GenAI Hybrids on Service System Transformation Mechanisms

Service research has typically treated technology as a tool directed by human actors to influence service systems; however, the rapid rise of generative artificial intelligence (GenAI) challenges this assumption and our understanding of service system transformations. Drawing on information systems (IS) research, we examine how GenAI’s unique capabilities influence service system transformation mechanisms—particularly emergence and phase transitions—yielding three contributions to service research. First, we theorize how human–GenAI hybrids give rise to hybrid intelligence and influence transformation through unplanned, stabilized, and intelligent forms of delegation in service exchange, and through GenAI-enabled capacities of autoreflexivity and autoreformation. Second, we refine the understanding of service system transformation mechanisms by showing how the compound effects of first-order and fourth-order emergence explain the frequency of phase transitions, while heightened reflexivity and reformation influence their speed. Third, we extend service system design research by demonstrating how GenAI can enhance human reflexivity and reformation, challenging human-centric assumptions by positioning human–GenAI hybrids as contributors to service system design. We discuss how managers can strategically mobilize GenAI to influence markets and institutional arrangements. We conclude with future research directions addressing empirical, ethical, and design-oriented questions related to human–GenAI hybrids in service system transformation.

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Publication Details

Journal
Journal of Service Research
Published
2026-05-22
DOI
https://doi.org/10.1177/10946705261448291
Primary Topic
Service and Product Innovation
Type
article
Field-Weighted Citation Impact
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article

The Influence of Human–GenAI Hybrids on Service System Transformation Mechanisms

Valtteri Kaartemo, Suvi Nenonen, Kaj Storbacka, Judith Helmer et al.
Journal of Service Research
Service and Product Innovation
article

The Influence of Human–GenAI Hybrids on Service System Transformation Mechanisms

Valtteri Kaartemo, Suvi Nenonen, Kaj Storbacka, Judith Helmer, Daniel Schepis
article en

Abstract

Service research has typically treated technology as a tool directed by human actors to influence service systems; however, the rapid rise of generative artificial intelligence (GenAI) challenges this assumption and our understanding of service system transformations. Drawing on information systems (IS) research, we examine how GenAI’s unique capabilities influence service system transformation mechanisms—particularly emergence and phase transitions—yielding three contributions to service research. First, we theorize how human–GenAI hybrids give rise to hybrid intelligence and influence transformation through unplanned, stabilized, and intelligent forms of delegation in service exchange, and through GenAI-enabled capacities of autoreflexivity and autoreformation. Second, we refine the understanding of service system transformation mechanisms by showing how the compound effects of first-order and fourth-order emergence explain the frequency of phase transitions, while heightened reflexivity and reformation influence their speed. Third, we extend service system design research by demonstrating how GenAI can enhance human reflexivity and reformation, challenging human-centric assumptions by positioning human–GenAI hybrids as contributors to service system design. We discuss how managers can strategically mobilize GenAI to influence markets and institutional arrangements. We conclude with future research directions addressing empirical, ethical, and design-oriented questions related to human–GenAI hybrids in service system transformation.

Journal of Service Research
Tampere University (FI), The University of Western Australia (AU), Stockholm School of Economics (SE), Hanken School of Economics (FI), FH Münster University of Applied Sciences (DE), Lappeenranta-Lahti University of Technology (FI)
Openalex Percentile: Top 4%
Service and Product Innovation
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