The adoption of information technology in the sales force
Introduction
This paper seeks to explain the adoption of information technology by salespeople. Many companies implement sales technology in their sales forces in hopes of enhancing productivity, communication and customer relationships (e.g. Campbell, 1998, Goldenberg, 1996, Moncrief et al., 1991). Anecdotal evidence indicates that implementing sales technology in field organizations is often problematic, however, with implementation failure rates in sales organizations as high as 75% (Kaydo, 1999, Petersen, 1997). Moreover, automating a sales force is costly with automation budgets for mid-sized sales forces ranging from $2.5 to $6.25 million with an average annual operating budget of $1.25 million (Siebel & Malone, 1996). Automating the sales force is actually “easier said than done.” One of the risks of introducing sales technology is that individual salespeople resist using the technology as they seem to be rather technophobic or self-willed (e.g. Parthasarathy & Sohi, 1997). Hence, once organizational decision-makers have decided to adopt sales technology, their focus should shift to putting the innovation to use at the individual level (Gopalakrishnan & Damanpour, 1997) if they want sales technology to result in superior returns (Bhattacherjee, 1998).
It is surprising that only a few marketing studies have dealt with adoption of sales technology within sales organizations. From an academic point of view consumer adoption (e.g. Steenkamp, ter Hofstede, & Wedel, 1999) organizational adoption (e.g. Frambach et al., 1998, Gatignon & Robertson, 1989), or salespeople's adoption of selling new products (Anderson & Robertson, 1995) have received principal attention. This paper extends the Technology Acceptance Model (TAM) (see Fig. 1) (e.g. Davis et al., 1989, Venkatesh & Davis, 2000) to explain sales technology adoption within sales organizations. Our study fully embeds personal dispositional IT-innovativeness within TAM, disentangles the impact of external as well as internal social influences (e.g. customers, competitors, supervisors and colleagues) on technology adoption and measures salesperson technology adoption using both a direct (i.e. the salesperson's own appraisal) and a second source measure of adoption (i.e. the sales rep's technology adoption as perceived by the focal sales rep's sales manager).
As a context our research focusses on Sales Automation (SA) technology and tests a model using a cross-sectional survey among 229 salespeople. SA is used as an umbrella term here describing computerized systems specifically designed to support individual field sales representatives. SA-systems do not comprise general office tools (e.g. word processing and presentation) or separate e-mail and WWW applications. For example, SA-technology may contain applications such as: (1) contact and account management (e.g. call history, buying information), (2) time management, (3) prospecting (e.g. lead tracking), (4) price/product configurator, (5) sales (funnel) analysis, (6) order management (e.g. order entry and status).
The remainder of the paper begins with a discussion of the focal constructs and then develops the research hypotheses. Next the sample and data acquisition procedure as well as the measure development and the empirical test of our hypothesized model are discussed. Finally, implications and suggestions for future research are provided.
Section snippets
Theoretical background and hypotheses
Fig. 2 presents our model of a salesperson's technology adoption. “Adoption” can be defined in several ways. In innovation literature, adoption is typically considered a discrete or dichotomous phenomenon (Westphal, Gulati, & Shortell, 1997). However, such an approach neglects the variation that inevitably exists in terms of “the degree of adoption” by the target population. Studies in the field of information systems mainly assess “user acceptance” by means of the frequency with which a
Method
Our study began with an extensive literature review combined with an exploratory qualitative study. The qualitative study consisted of five interviews with sales reps from different industries as well six industry experts (i.e. sales automation experts). All interviews were transcribed and content analyzed using established qualitative data analysis techniques (Miles & Huberman, 1994). The overarching objective of this preliminary investigation was to specify construct domains, generate sample
Confirmatory factor analysis
The psychometric properties of our measures were tested by means of confirmatory factor analysis procedures in Lisrel8.30 (Jöreskog & Sörbom, 1999), using the Maximum Likelihood estimation procedure and the covariance matrix as input (see Appendix A). The confirmatory factor solution is proper and the multiple goodness-of-fit indices meet the recommended cut off values (Bollen, 1989, Marsh & Hovecar, 1985). Also, all factor loadings were significant and substantial, the construct reliabilities
Discussion and conclusions
When planning the introduction of sales technology, a prominent problem in sales organizations is to put the technology to use in the field. Considering the magnitude of sales technology investments and their large failure rates, it is particularly important for companies to better understand how technology adoption can be maximized. Our study has implications for academics in marketing and information systems disciplines and sales management practitioners. It also has repercussions for
Limitations and suggestions for future research
As with all research, this study has its limitations. First, perceived adoption was used as opposed to measures of actual behavior (e.g. objective usage measures). Although this may introduce common method variance (Hartwick & Barki, 1994, Venkatesh & Davis, 2000) we have to alleviate this by combining a direct and a secondary source measure of adoption. Using actual adoption behavior also involves practical constraints as obtaining company records (e.g. computer logs) would require a study
Acknowledgements
The authors would like to thank the Institute for the Study of Business Markets (ISBM), Pennsylvania State University for its excellent financial and academic support of this study. The first author also wishes to thank the Intercollegiate Center for Management Science (ICM), Belgium, for the financial support in terms of a PhD scholarship.
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The first two authors contributed equally to the realization of this manuscript.