Application of evolutionary computation techniques for the identification of innovators in open innovation communities

► Identification of innovators in open innovation communities. ► Innovators provide ideas aligned with the strategic innovation policies of the company. ► Evaluation of collective scoring methods. ► Optimum discriminant functions able to distinguish between innovators and non innovators. ► Application of evolutionary computation techniques to solve zero inflated problems. Open innovation represents an emergent paradigm by which organizations make use of internal and external resources to drive their innovation processes. The growth of information and communication technologies has facilitated a direct contact with customers and users, which can be organized as open innovation communities through Internet. The main drawback of this scheme is the huge amount of information generated by users, which can negatively affect the correct identification of potentially applicable ideas. This paper proposes the use of evolutionary computation techniques for the identification of innovators, that is, those users with the ability of generating attractive and applicable ideas for the organization. For this purpose, several characteristics related to the participation activity of users though open innovation communities have been collected and combined in the form of discriminant functions to maximize their correct classification. The right classification of innovators can be used to improve the ideas evaluation process carried out by the organization innovation team. Besides, obtained results can also be used to test lead user theory and to measure to what extent lead users are aligned with the organization strategic innovation policies.