Regional Sustainability ›› 2024, Vol. 5 ›› Issue (4): 100175.doi: 10.1016/j.regsus.2024.100175cstr: 32279.14.REGSUS.2024002
• Full Length Article • Previous Articles Next Articles
Hugo PINTOa,b,c,*(), Manuel LARANJAd, Elvira UYARRAe
Received:
2023-10-23
Revised:
2024-09-04
Accepted:
2024-11-24
Published:
2024-12-30
Online:
2024-12-19
Contact:
Hugo PINTO
E-mail:hpinto@ualg.pt
Hugo PINTO, Manuel LARANJA, Elvira UYARRA. Smart specialization, public authorities, and innovation intermediaries in developing regions[J]. Regional Sustainability, 2024, 5(4): 100175.
Table 1
Phases of the Regional Innovation Systems in the State of Pernambuco (Brazil) (RIS3-PE) project and key learnings."
Main step | Key learnings | Reference |
---|---|---|
Selection of priority areas | This was completed in the end of phase 1. An ex-ante selection of sectors with the defect of not having a real participatory process with a bottom-up component, generating sectors and not real priorities of productive activities. | Pinto et al. ( |
Assessment of systemic innovation failures | Myriad failures were present, but actors demonstrated a preoccupation with the role of the state and public policy. | Nogueira and Pinto ( |
An initial reflection on the governance model | Defining a governance model appropriate to the context was difficult. The proposed model replicated European experience, but was not implemented, even though some aspects of participation were already in place. | Laranja and Pinto ( |
Evaluation of innovation needs and potential of strategic players in the selected priority areas | The questionnaires revealed important needs in terms of access to knowledge, in particular in companies from the clothing sector. | D’Emery et al. ( |
Co-creation sessions for the definition of a roadmap of transformative projects | Key stakeholders were involved in co-creation sessions for the development of action roadmaps. However, there was a bias towards the need for public financial support. Actors found it difficult to think about collective efforts that did not depend on access to large amounts of public spending. | Pinto et al. ( |
Fig. 1.
Network structure in two priority areas (clothing and high-tech automotive components). ITEP, Pernambuco Institute of Technology; SECTI, Secretariat for Science, Technology, and Innovation at the Government of the Pernambuco State; UFPE, Federal University of Pernambuco; SEBRAE, Brazilian Micro and Small Business Support Service; Porto Digital, Porto Digital Technology Park. Node size indicates degree, and thickness of segments between nodes represent the number of reported collaborations."
Fig. 2.
Network core in two priority areas (clothing and high-tech automotive components). R&D, research and development; B2B, business-to-business. Node size indicates the number of original nodes included, and the line segments connecting the nodes represent the linkages among the various nodes."
Table 2
Contrasts of smart specialization strategy (S3) in developed and developing regions."
S3 characteristic | Developed regions | Developing regions |
---|---|---|
Priority areas | Priority areas are understood as the directions for industrial transformation. | Priority areas are understood as sectors or clusters. |
Innovation model | Science, technology, and innovation are the main drivers of S3. | Doing-using-interacting also needs to considered as a main driver to innovation |
Governance | Governance is decentralized. Priority areas for niche-discovery and experimentation are co-created through public-private collaboration. The role of public authorities is to facilitate the process. | Governance is centralized. While public consultation processes may support public policy making, the top-down choice of domains for exploration and experimentation dominates. The role of public authorities may have to be driving the process. |
Actors | Involving actors from the quadruple helix. | Stronger role of public authorities, universities, and innovation intermediaries. |
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