The concept of intelligent cities appeared in the last decade through an initiation by Clinton’s establishment in 2005. This concept has strongly appeared to encourage and promote the sustainable design by integrating the most recent techniques that decrease the energy consumption, increase the energy efficiency, the use of the recycled materials, natural materials, and the generation of clean and renewable electricity. These intelligent cities have intelligent buildings, intelligent transportation, modern techniques-based environmental information and energy systems, along with improving the means of transportations, cars stops and emergency services. After that, other great companies are gradually concerned with the intelligent cities such as IBM Company which has become a pioneer in this field at present. Egypt plans to build great number of intelligent cities in the next years. President Abdul Fatah Al Sisy has stressed –through Glasgow summit, the UN’s 26th session on overcoming the climate change- that, the country keeps on establishing more intelligent cities. Hence, it is too important to tackle the definitions of intelligent cities, their history, main features, targets, benefits, the used technology, how they work, the challenges of building them, and their positive effects on the fields of Egyptian national security.
Amer, G. (2023). The positive effects of smart cities on the areas of Egyptian national security. National Security and Strategy, 1(2), 128-140. doi: 10.21608/nsas.2023.309483
MLA
Ghada Amer. "The positive effects of smart cities on the areas of Egyptian national security", National Security and Strategy, 1, 2, 2023, 128-140. doi: 10.21608/nsas.2023.309483
HARVARD
Amer, G. (2023). 'The positive effects of smart cities on the areas of Egyptian national security', National Security and Strategy, 1(2), pp. 128-140. doi: 10.21608/nsas.2023.309483
VANCOUVER
Amer, G. The positive effects of smart cities on the areas of Egyptian national security. National Security and Strategy, 2023; 1(2): 128-140. doi: 10.21608/nsas.2023.309483
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