Nazila Seddighi; Mohamad Reza Sanaei; Reza Ehtesham Rasi
Abstract
The growing trend of the world towards new technologies and the formation of smart cities, despite their capabilities and benefits, has raised serious concerns about cybersecurity threats and citizens' privacy challenges. Tehran is no exception to this rule in the transition to a smart city. The present ...
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The growing trend of the world towards new technologies and the formation of smart cities, despite their capabilities and benefits, has raised serious concerns about cybersecurity threats and citizens' privacy challenges. Tehran is no exception to this rule in the transition to a smart city. The present paper, in a descriptive survey study, aims to provide a framework for managing cybersecurity and privacy challenges in the transition of Tehran to a smart city. In this research, these challenges are identified by in-depth library studies as well as the implementation of fuzzy Delphi method among a sample of organizational experts (including ten senior managers and relevant officials of the Ministry of Communication and Information Technology, Tehran Municipality Information and Communication Technology Organization, and cyber police). Moreover, the degree of importance (weight) of each challenge is determined by the Fuzzy Best-Worst method (FBWM). The findings of this study indicated the high capability of the proposed framework in identifying and accurately weighting these challenges under uncertainty.
Mohammad Mehdi Ghouchani Khorasani; Davod Hosseinpour; Ebrahim Mahmudzadeh; Seyed Mehdi Alvani
Abstract
Rapid technological change, increased cost of innovation and increased competition in new products and services have caused organizations to interact with the environment and its external stakeholders. This has led to the opening up of the organization's boundaries and the use of open innovation paradigms ...
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Rapid technological change, increased cost of innovation and increased competition in new products and services have caused organizations to interact with the environment and its external stakeholders. This has led to the opening up of the organization's boundaries and the use of open innovation paradigms in developing internal trends in innovation and market expansion for external use of innovation. Cyber security technology is one the most changeable technologies. Preserving cyber security is one of the key issues in the country's national security, and access to native cyber security products is very important as well. The aim of this study is to identify the factors of development of open innovation in cyber security research institutes of Iran and provide solutions for developing these factors in cyber security research institutes. In this research, these factors are identified using Grounded Theory approach. To this end, 16 semi-structured interviews were conducted with experts. By analyzing the data in the open coding process with the help of the MAXQDA10 software, 10 sub-categories were produced in the form of 3 main categories. The model presented in this article is based on emerging design approach and the results have been explained as theoretical propositions
