From geographical innovation clusters towards virtual innovation clusters: The innovation virtual system

The opportunities of the new economic landscape have determined radical changes in the organizational structures of the firms, till the creation of new virtual clusterization forms, that is distinct systems of suppliers, distributors, service providers and clients that use the 'internetworking technologies' as a principal way for co-operating and competing. These 'virtual clusterization forms' that have been also defined as 'e-business communities' or 'b-web communities' (Tapscott, Lowy & Ticoll, 2000), are here defined as 'virtual clusters'. In a virtual cluster (VC), each enterprise adds one or more distinct aspects of product/service value to the value of the network, by exchanging digital knowledge with other members. Recent studies, focused on VCs, highlight that the VC enabling factors may be identified in ICTs ubiquity (increasingly wireless) and bandwidth robustness, that allow firms to access real-time what they need and to co-ordinate their intra and inter-firm activities, creating value both by offering innovative and personalized products, services and by cutting transaction costs. (Davin and Botkin, 1994) (Rayport and Sviokla, 1995). This paper focuses on these VCs innovation processes, in order to make some comparisons between the traditional geographical innovation clusters and the emerging virtual innovation clusters. To this end, the paper is organized in two logical patterns: Some empirical evidence for describing ad discussing the more important features of the emerging VCs. Specifically, the paper focuses on the following issues: - Some first results on VCs characteristics, regarding four distinctive features of their new world of business: i. Agents: radical increase in the number of agents that form a cluster. ii. Connections: virtually unlimited increase in the number of connections and therefore in the potential size of the cluster. iii. Space: delocalization of transactions which become space independent. iv. Time: information transmission takes place at the speed of electronic communication. - The analysis of the VC basic unit, the Internetworked Enterprise (IE), and of its learning process with customers and trough strategic alliances. A model of the VCs global virtual learning environment, here conceived as a system of innovation, defined as 'Innovation Virtual System' (IVS). IVS is here interpreted as a new way of projecting the traditional systems of innovation into a global scale.

Electronic market as a strategic lever of an innovation virtual system - an integrative approach to territorial innovations management

During the last years, electronic market has become established very quickly in all areas of the business world. Moreover, according to the most recent forecasts, it will grow exponentially during the years. ?Electronic market? phenomenon highlights the most significant effect of the Information and Communication Technologies development: space and time independence of the economic and social processes; every people, every social group, every Organization can communicate or can share information, knowledge, objectives, anywhere and anytime. In this new socioeconomic context, a re-thinking of local system economic growth models becomes necessary. In this paper we present Innovation Virtual System, as a new model for local systems development. Innovation System is conceived as a set of interacting Organizations, embedded in a dense web of social and economic relationships, skilled at creating, acquiring and transferring knowledge and at adapting their behavior according to knowledge about their external and internal settings. More specifically, we try to identify the effects of electronic market on these ?knowledge creating? Organizations, that is on their internal learning circuits and on their external relationships. Particularly we focus in the Internet based electronic market, highlighting the differences between Internet and the previous computing and communication environment, in order to give a clearer understanding of Internet as the strategic infrastructure of electronic market. After describing the impact of the Internet based electronic market on a single Organization, we present a framework of a local system collective learning process, and we describe some of the opportunities offered by the Internet based electronic market to this process.

A knowledge hub to enhance the learning processes of an industrial cluster

Industrial clusters have been defined as ?networks of production of strongly interdependent firms (including specialised suppliers), knowledge producing agents (universities, research institutes, engineering companies), institutions (brokers, consultants), linked to each other in a value adding production chain? (OECD Focus Group, 1999). The industrial clusters distinctive mode of production is specialisation, based on a sophisticated division of labour, that leads to interlinked activities and need for cooperation, with the consequent emergence of communities of practice (CoPs). CoPs are here conceived as groups of people and/or organisations bound together by shared expertise and propensity towards a joint work (Wenger and Suyden, 1999). Cooperation needs closeness for just-in-time delivery, for communication, for the exchange of knowledge, especially in its tacit form. Indeed the knowledge exchanges between the CoPs specialised actors, in geographical proximity, lead to spillovers and synergies. In the digital economy landscape, the use of collaborative technologies, such as shared repositories, chat rooms and videoconferences can, when appropriately used, have a positive impact on the development of the CoP exchanges process of codified knowledge. On the other end, systems for the individuals profile management, e-learning platforms and intelligent agents can trigger also some socialisation mechanisms of tacit knowledge. In this perspective, we have set-up a model of a Knowledge Hub (KH), driven by the Information and Communication Technologies (ICT-driven), that enables the knowledge exchanges of a CoP. In order to present the model, the paper is organised in the following logical steps: - an overview of the most seminal and consolidated approaches to CoPs; - a description of the KH model, ICT-driven, conceived as a booster of the knowledge exchanges of a CoP, that adds to the economic benefits coming from geographical proximity, the advantages coming from organizational proximity, based on the ICTs; - a discussion of some preliminary results that we are obtaining during the implementation of the model.

A knowledge hub to enhance the learning processes of an industrial cluster

Industrial clusters have been defined as ?networks of production of strongly interdependent firms (including specialised suppliers), knowledge producing agents (universities, research institutes, engineering companies), institutions (brokers, consultants), linked to each other in a value adding production chain? (OECD Focus Group, 1999). The industrial clusters distinctive mode of production is specialisation, based on a sophisticated division of labour, that leads to interlinked activities and need for cooperation, with the consequent emergence of communities of practice (CoPs). CoPs are here conceived as groups of people and/or organisations bound together by shared expertise and propensity towards a joint work (Wenger and Suyden, 1999). Cooperation needs closeness for just-in-time delivery, for communication, for the exchange of knowledge, especially in its tacit form. Indeed the knowledge exchanges between the CoPs specialised actors, in geographical proximity, lead to spillovers and synergies. In the digital economy landscape, the use of collaborative technologies, such as shared repositories, chat rooms and videoconferences can, when appropriately used, have a positive impact on the development of the CoP exchanges process of codified knowledge. On the other end, systems for the individuals profile management, e-learning platforms and intelligent agents can trigger also some socialisation mechanisms of tacit knowledge. In this perspective, we have set-up a model of a Knowledge Hub (KH), driven by the Information and Communication Technologies (ICT-driven), that enables the knowledge exchanges of a CoP. In order to present the model, the paper is organised in the following logical steps: - an overview of the most seminal and consolidated approaches to CoPs; - a description of the KH model, ICT-driven, conceived as a booster of the knowledge exchanges of a CoP, that adds to the economic benefits coming from geographical proximity, the advantages coming from organizational proximity, based on the ICTs; - a discussion of some preliminary results that we are obtaining during the implementation of the model

Electronic market as a strategic lever of an innovation virtual system - an integrative approach to territorial innovations management

During the last years, electronic market has become established very quickly in all areas of the business world. Moreover, according to the most recent forecasts, it will grow exponentially during the years. ?Electronic market? phenomenon highlights the most significant effect of the Information and Communication Technologies development: space and time independence of the economic and social processes; every people, every social group, every Organization can communicate or can share information, knowledge, objectives, anywhere and anytime. In this new socioeconomic context, a re-thinking of local system economic growth models becomes necessary. In this paper we present Innovation Virtual System, as a new model for local systems development. Innovation System is conceived as a set of interacting Organizations, embedded in a dense web of social and economic relationships, skilled at creating, acquiring and transferring knowledge and at adapting their behavior according to knowledge about their external and internal settings. More specifically, we try to identify the effects of electronic market on these ?knowledge creating? Organizations, that is on their internal learning circuits and on their external relationships. Particularly we focus in the Internet based electronic market, highlighting the differences between Internet and the previous computing and communication environment, in order to give a clearer understanding of Internet as the strategic infrastructure of electronic market. After describing the impact of the Internet based electronic market on a single Organization, we present a framework of a local system collective learning process, and we describe some of the opportunities offered by the Internet based electronic market to this process