Achieving a designed customer experience across multiple delivery platforms: A telco perspective

Publisher:
Marmara University
Publication Type:
Conference Proceeding
Citation:
International Conference of New Media and Interactivity, 2010, pp. 133 - 140
Issue Date:
2010-01
Full metadata record
'Customer experience' is a term that covers a wide range of activities that take place between suppliers and users of products and services. LaSalle and Britton define it as 'a holistic experience which involves a person - as opposed to a customer - as a whole at different levels and in every interaction between such person and a company' (2003). This research considers a key aspect of such an holistic experience: that which is embodied in the product or service under consideration. In the context of increasing mobile technology convergence, the paper considers new approaches that focus on developing the necessary underlying enablers and common interaction flows that are required to deliver a designed experience, taking into account the increasing number of mobile operating systems and service delivery platforms. Ultimately these models move towards allowing users to 'co-create their own unique experiences' (Pralahad and Ramswamy, 2004). The convergence between IT and telecommunications domains presents a unique challenge to product and service designers. Services are increasingly accessible via multiple delivery devices and delivery networks. This trend has been seen most recently in the advent of Internet based services being delivered via mobile phones where 'mobile service delivery and technologies have become the glue between previously secluded 'telecom' and "IT' domains' (Karrberg and Liebenau, 2006). At the same time network operators are trying to tighten their relationship with their customers by offering 'sticky' services aimed at raising the barriers to customer mobility. These two trends lead to a new design challenge: how to design a recognisably consistent and compelling product customer experience that applies over all delivery services, operating systems and networks. Solutions to this problem have to date been either technology led, focussing on integrated delivery platforms, or reliant on rule-based design. Crucial to this analysis is the 'role
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