Abstract
Purpose
This study introduces Artificial Intelligence–enabled Customer Experiences (AICX) conceptualised as distinct, multidimensional form of customer experience arising from interactions with AI-enabled technologies and develops and validates a novel scale to measure the phenomenon.
Design/methodology/approach
The research comprises five studies and follows established scale development procedures. Study 1 generates and refines scale items; Study 2 purifies and validates the factor structure; Studies 3 and 4 establish nomological, discriminant, and criterion validity with customer satisfaction and engagement; Study 5 tests cross-cultural validity across Western (UK/USA) and East Asian (Taiwan/South Korea) samples.
Findings
Findings reveal a reliable and valid 12-item, four-dimensional AICX scale comprising Affiliation, Affinity, Amusement, and Advancement constructs. The scale demonstrates strong psychometric properties, including internal consistency, convergent and discriminant validity, and predictive validity, and significant predictor of customer satisfaction and engagement. Cross-cultural analysis supports configural, metric, and partial scalar invariance, indicating the scale’s applicability across national contexts.
Originality
By conceptualising AICX as a multidimensional phenomenon and providing a robust measurement tool, the research advances customer experience theory and enables rigorous empirical investigation of AI-driven service interactions across global contexts.
Research limitations/implications
Findings are based on online panel data and a limited set of countries. Future research should extend validation across industries and cultural contexts.
Practical implications
The AICX scale provides firms with a diagnostic tool to evaluate and optimise AI-enabled customer interactions.
This study introduces Artificial Intelligence–enabled Customer Experiences (AICX) conceptualised as distinct, multidimensional form of customer experience arising from interactions with AI-enabled technologies and develops and validates a novel scale to measure the phenomenon.
Design/methodology/approach
The research comprises five studies and follows established scale development procedures. Study 1 generates and refines scale items; Study 2 purifies and validates the factor structure; Studies 3 and 4 establish nomological, discriminant, and criterion validity with customer satisfaction and engagement; Study 5 tests cross-cultural validity across Western (UK/USA) and East Asian (Taiwan/South Korea) samples.
Findings
Findings reveal a reliable and valid 12-item, four-dimensional AICX scale comprising Affiliation, Affinity, Amusement, and Advancement constructs. The scale demonstrates strong psychometric properties, including internal consistency, convergent and discriminant validity, and predictive validity, and significant predictor of customer satisfaction and engagement. Cross-cultural analysis supports configural, metric, and partial scalar invariance, indicating the scale’s applicability across national contexts.
Originality
By conceptualising AICX as a multidimensional phenomenon and providing a robust measurement tool, the research advances customer experience theory and enables rigorous empirical investigation of AI-driven service interactions across global contexts.
Research limitations/implications
Findings are based on online panel data and a limited set of countries. Future research should extend validation across industries and cultural contexts.
Practical implications
The AICX scale provides firms with a diagnostic tool to evaluate and optimise AI-enabled customer interactions.
| Original language | English |
|---|---|
| Number of pages | 81 |
| Journal | International Marketing Review |
| Publication status | Accepted/In press - 9 Jul 2026 |
Keywords
- Artifical Intelligence
- customer experience
- AICX
- scale development
- AI-enabled technologies
Fingerprint
Dive into the research topics of 'Global experiences, intelligent technologies: The development of an AI-enabled Customer Experience (AICX) Scale'. Together they form a unique fingerprint.Student theses
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Measuring customer experience in the age of artificial intelligence
Ghesh, N. (Author), Alexander, M. (Supervisor), Davis, A. (Supervisor) & Karampela, M. (Supervisor), 25 Feb 2026Student thesis: Doctoral Thesis
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