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In an article by Reid and de Brentani, a theoretical model of the process and structure for the fuzzy front‐end ( FFE ) of new product development ( NPD ) for discontinuous innovations was proposed. Its basic premise is that information flow in the early development of such innovations moves from the environment into the firm, facilitated by individuals playing three key roles at three decision‐making interfaces: (1) the boundary spanner at the boundary interface, (2) the gatekeeper at the gatekeeping interface, and (3) what is identified in this paper as the “project broker” at the project interface. The current paper builds on and augments the ideas presented in this theoretical model with the primary objective of formulating a set of propositions detailing factors affecting the flow of information, and thus role effectiveness at each of these interfaces for discontinuous innovations. The focus is on radically new innovations both because this type of innovation has the highest level of uncertainty during the FFE and because the development of products resulting from such innovations entails the greatest lack of understanding and the fewest strategies for effective management. To achieve this objective, individual, social system, and environmental factors, which promote and/or inhibit the effectiveness of the roles played during the three FFE phases, are examined in terms of both the speed and the quality of information flow. This is done with the goal of substantially improving NPD information as it proceeds through the FFE . In turn, it can help researchers, managers, and team players to better anticipate and meet the navigational challenges of this intrinsically complex, risky, but high potential, NPD scenario.
Brentani et al. (Thu,) studied this question.