Titelangaben
Häckel, Björn ; Lindermeir, Andreas ; Moser, Florian ; Pfosser, Stefan:
Mindful Engagement in Emerging IT Innovations : A Dynamic Optimization Model Considering Organizational Learning in IT Innovation Investment Evaluation.
In: The Database for Advances in Information Systems.
Bd. 48
(2017)
Heft 1
.
- S. 53-74.
ISSN 1532-0936
DOI: https://doi.org/10.1145/3051473.3051477
Angaben zu Projekten
Projekttitel: |
Offizieller Projekttitel Projekt-ID Projektgruppe WI Digital Finance Ohne Angabe |
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Abstract
Companies regularly have to decide whether, when, and to what extent to invest in IT innovations with different maturities. Together with mature IT innovations, companies should incorporate emerging IT innovations in their investment strategy. Emerging IT innovations have not yet been widely accepted. Thus, they are characterized by higher uncertainty about their future evolution but have potentially high long-term returns. To enable mindfulness in these decision-making processes, the literature emphasizes organizational learning through continuous engagement in IT innovations to enhance a company’s ability to understand, successfully adopt, and implement emerging IT innovations. IT innovation literature so far has focused on qualitative work, but lacks of quantitative models for the analysis of ex-ante investment decisions. Therefore, we develop a dynamic optimization model that determines the optimal allocation of an IT innovation budget to mature and emerging IT innovations, considering the impact of organizational learning. Based on our model, we examine relevant causal relationships by analyzing the influence of uncertainty, a company’s initial individual innovativeness, and the market’s average investment share on the optimal engagement. We find that companies should always invest at least a small portion of their budget in emerging IT innovations, regardless of their actual innovativeness. Our results offer new insights into the crucial determinants of investment decisions and provide the basis for future quantitative research on emerging IT innovations.