Introduction and Goals

smart-city-open-society-infrastructure An open society demonstrates a system that allows a person to modify his or her role and to gain from a corresponding shift in status. Thus, an open society allows diverse social groups to contest for similar resources to make their relationships highly competitive as opposed to a closed society that focuses on hierarchical cooperation among social groups. Therefore, in an open society, an individual is more likely ranked based on the value he or she creates and the success one attains than the rank connected to one’s social group. This study will provide a blueprint of the application of Open Data policy, ICT and IoT as part of the future open society in smart cities.

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Open Data Policy Objectives

Open data reflects the idea that some specified data should be made freely available to the public for their intended purpose of the application without any restrictions. Therefore, the open data policy will give authority to any person to redistribute and reuse this type of data without any threat or interference from the government. The application of open data will offer citizens the basic materials they require to contribute to public services and reach out to the government regarding demanding matters to support community development (Zuiderwijk, and Janssen, 2014). The application of ICT and IoT innovations will help in supporting Open Data policy, especially in the future implementation of an open society in smart cities. The benefit of accessing public data in real-time with these innovations will play an essential role in the improvement of many aspects of future societies and “smart cities.”

ICT and IoT Tasks in supporting Open Data Policy

Any city administration that desire to be “smart” in the future must establish new systems to do away with the traditional style of being the justified manager of open data. Therefore, the application of ICT and IoT infrastructure is among the most effective ways to enable the collective access and application of Open Data. Based on this blueprint, this technology will support several technologies, sensors, and contextual environments that are important for the success of Open Data policy in smart cities (Haidine, 2016). IoT will demonstrate various sets of innovations used for accessing information from various devices through wired and wireless Internet networks. The application of ICT and IoT with Open Data is evident in London where various programs support access to Open Data. For instance, the city plans to improve internet connection throughout the city through an expansion of public Wi-Fi, especially in buildings and streets and it is advocating for the establishment of 5G technology to improve access to Open Data to solve some city challenges. For instance, the problem of traffic is a common area that Open Data and ICT will help in bringing solutions. This will require the application of IoT traffic monitoring and remote controlling systems to reduce the number of congestion cities. Cities such as London, New York, Singapore, and Shanghai are among the leading in the application of IoT in transportation today. Such cities use Open Data policy to access real-time information about traffic density, and they can manage the traffic using the specified technologies (ITUNews, 2019).

Timeline and Areas that Will Benefit

Therefore, ICT and IoT infrastructure will serve a prime role as the central station for providing Open Data in the smart cities. These innovations will connect and coordinate all the varying interactions of the connected devices with the main infrastructure for data collection and analysis. ICT and IoT will act as the link that connects all the elements that support access to Open Data based on the foundational platform they offer in the interactions of all aspects of smart city components (Park, Pobil, and Kwon, 2018). With these innovations, smart cities will include automatic public data collection, supervision, and control of physical infrastructure with the help of remote control and monitoring. This will require various phases of implementation, hence it might take a while. IoT will be an essential factor in smart cities with improved innovations in ICT. Its concept will offer user-customized services where data collected from connected devices will be shared and processed in a smart city environment in the future infrastructure. Therefore, the application of IoT and ICT in the future cities will help to manage energy and electricity to provide an economically sound and convenient infrastructure that will benefit the future generation (Adekunbi, 2018). Data collected from various connected devices across the cities and homes will help data analytics to address various city problems such as traffic management. Also, energy management and smart architecture are yet other areas that IoT will bring solutions to with the implementation of its various innovations and applications of collected information. Lastly, the aspect of privacy and security is also another area that data analytics will profit considering the wide availability of information that IoT will help to collect.

Potential Challenges

Connectivity issues are the first challenges that this blueprint will likely encounter while operating under the ICT and IoT infrastructure. As the blueprint describes, the availability of numerous connected devices and people might result in bottlenecks, especially in connectivity, proficiency, and the general performance of the infrastructure. Security is also a critical area of concern in the application of this blueprint in smart cities because of the technological breaches that might impact organizations and individuals (Ven, 2018). Following the broad connection of devices as part of this blueprint, security might be compromised leading to operational and financial damage of organizations and individuals. To sum up, this blueprint entails the application open policy, ICT and IoT as the top features of the future smart cities. This is considering the broad benefits that come with the help of IoT and ICT in supporting an effective data structure that promotes Open Data policy. However, despite the various benefits that these innovations will have on future cities, they also present serious issues that must be critically addressed as part of the blueprint.

Reference Page

Adekunbi, A. (2018). Three Ways IoT is Shaping the Smart Cities of the Future. Retrieved from https://www.entrepreneur.com/article/324345

Haidine, A., El Hassani, S., Aqqal, A., & El Hannani, A. (2016). The role of communication technologies in building future smart cities. Smart Cities Technologies. Retrieved from https://www.intechopen.com/books/smart-cities-technologies/the-role-of-communication-technologies-in-building-future-smart-cities

Image Link: https://www.smartertransport.uk/wp-content/uploads/2015/09/SCOOT-basic.png ITUNews, (2019). London’s Roadmap to Become the World’s Smartest City. Retrieved from https://news.itu.int/london-smart-city/

Park, E., Pobil, A., & Kwon, S. (2018). The role of internet of things (IoT) in smart cities: Technology roadmap-oriented approaches. Sustainability, 10(5), 1388.

Ven, R. (2018). Top Three Industries IoT Implementation Challenges. Retrieved from https://dzone.com/articles/3-iiot-industrial-internet-of-things-implementatio

Zuiderwijk, A., & Janssen, M. (2014). Open data policies, their implementation, and impact: A framework for comparison. Government Information Quarterly, 31(1), 17-29. Retrieved from https://doi.org/10.1016/j.giq.2013.04.003

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