Fast success and slow failure: The process speed of dispersed research teams

Abstract

Abstract Research teams are often dispersed across geography and organizational boundaries. While prior work has recognized that dispersed teams face coordination challenges, it is not clear how dispersion affects team process efficiency outcomes, such as the speed with which team efforts come to a resolution. Process efficiency outcomes are important because, if the performance benefits associated with working in dispersed teams have a trade-off cost in terms of efficiency, then the net performance benefits from working in such teams may be seriously diminished or even reversed. Prior work has also tended to focus on successful outcomes, which may lead to deficits in our understanding of coordination challenges in dispersed teams. To better comprehend process efficiency, we examine 5,250 teams that work together in an open standard setting, and where the time to resolution of both successful and failed projects is observable. We find that teams that are organizationally or geographically dispersed are fast at reaching success, but fail more slowly than non-dispersed teams. Our interpretation of these disparate outcomes is that the endogenous processes that make dispersed teams more likely to on average select higher potential projects have a second order effect of making it harder for dispersed teams to abandon failing projects. We argue that slow failure has important implications for research & development efforts given the opportunity cost of tying up resources in research teams.