International Journal of Contemporary Hospitality Management · 2022 · 38 citations · 65 references
Customer ExperienceCustomer SatisfactionEngineeringCorporate ReputationSocially Assistive RobotConsumer ResearchElaboration Likelihood ModelSocial InfluenceCommunicationProactive Service RobotsManagementConsumer BehaviorInteraction OrientationCustomer InvolvementHuman Agent InteractionUser ExperienceService RobotCustomer ParticipationCustomer EngagementService RoboticsMarketingRobotic ServicesInteractive MarketingBusinessPersonal RobotService InteractionHuman-computer InteractionMarketing InsightsRoboticsCustomer Service
Purpose This study aims to apply the elaboration likelihood model to explore when, how and why robotic services increase customer engagement. Design/methodology/approach A field survey and two experiments were conducted to examine the proposed theoretical framework. Findings The robots’ proactive behavior encouraged customers to trust and engage with them. The influence of this behavior on customer engagement increased for highly interaction-oriented customers or when the reputations of companies were poor. Practical implications The findings can inform the efficient management of customer–robot interactions and thus support firms’ relationship marketing objectives. Originality/value The literature on robotic services has recognized that robots should be proactive to ensure positive customer experiences, but few studies have explored the relational outcomes of proactive robotic services. The authors’ in-depth empirical examination thus extends research into the role these services can play in fostering customer engagement.
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Roderick J. Brodie, Linda D. Hollebeek, Biljana Jurić et al. · Journal of Service Research · 2011 · 3.3K citations
Customer Satisfaction, Digital Marketing, Consumer Engagement +16
Brave new world: service robots in the frontline
Jochen Wirtz, Paul G. Patterson, Werner H. Kunz et al. · Journal of service management · 2018 · 2K citations · Full text
Artificial Intelligence, Engineering, Socially Assistive Robot +16