Sep 2026· Internet Research· 0 citations· 44 references
TL;DR
A contingent dual-pathway model of AI-HRM digitization is proposed in which the same digital HR transformation mechanism can elicit defensive and proactive employee responses simultaneously, and identifies task discretion as a key boundary condition, to explain when AI-HRM digitization will undermine or enhance employee performance.
Abstract
This study aims to examine why artificial intelligence-augmented human resource management (AI-HRM) digitization has mixed implications for employee performance. By drawing on person–environment fit theory and sensemaking theory, we propose a contingent dual-pathway model in which AI-HRM digitization affects employee performance through job-related cynicism and innovative job behavior, with task discretion shaping the pathways.
We tested the hypotheses by using three-wave time-lagged multisource survey data from full-time employees and their direct supervisors in China (N = 543 employee–supervisor dyads).
AI-HRM digitization has no significant direct relationship with employee performance when the mediating mechanisms are considered. Instead, the construct functions through two opposing indirect pathways, that is, a negative pathway through job-related cynicism and a positive pathway through innovative job behavior, with task discretion moderating both pathways. Specifically, high task discretion can weaken the cynicism-based pathway but strengthen the innovation-based pathway, whereas low task discretion can strengthen the cynicism-based pathway but weaken the innovation-based pathway or make it nonsignificant.
Our study advances a contingent dual-pathway model of AI-HRM digitization by showing that the same digital HR transformation mechanism can elicit defensive and proactive employee responses simultaneously. By identifying task discretion as a key boundary condition, the study can explain when AI-HRM digitization will undermine or enhance employee performance and thus moves beyond simple net-effect explanations for AI-HRM outcomes.
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