Publication | Closed Access
The adoption of AI service robots: A comparison between credence and experience service settings
179
Citations
60
References
2021
Year
Artificial IntelligenceCustomer SatisfactionEngineeringSocially Assistive RobotConsumer ResearchSocial InfluenceAi AdoptionIntelligent SystemsPsychologyManagementConsumer BehaviorAi Service RobotsRobot LearningUser PerceptionCognitive ScienceAssistive TechnologyHuman Agent InteractionUser ExperienceService RobotAi TechnologyService RoboticsMarketingDifferent Service AreasInteractive MarketingAutomationPersonal RobotHuman-ai InteractionExperience Service SettingsHuman-computer InteractionTechnologyRobotics
The study investigates whether consumers experience identical psychological processes when adopting AI service robots across different service settings. Multigroup SEM with 517 participants shows that perceived usefulness predicts adoption attitudes in credence settings (e.g., hospitals) but not in experience settings (e.g., cafés), while privacy concerns and trust consistently predict adoption across both settings.
Abstract Would consumers experience the same psychological processes when adopting AI service robots in different service areas? Results of multigroup structural equation modeling ( n = 517) indicate that consumers' psychological processes are not the same in different service areas. Specifically, how consumers perceive AI service robots' usefulness is shown to be a significant underlying mechanism affecting consumers' attitudes toward adopting AI service robots in a service setting with a credence attribute (e.g., a hospital), but is not significant for a service setting with an experience attribute (e.g., a café). Furthermore, regardless of the different service settings, both privacy concerns and trust toward AI technology are shown to be significant antecedents, consistent with previous literature. Our results provide empirical insights at the intersection of psychology, marketing, and AI technology on how consumers adapt to using service robots across different service areas.
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