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Samarinda, as a buffer for the Indonesian Capital City (IKN), needs to carry out development transformation to suit developments in science and technology and needs. The aim is to overcome environmental problems that cause increased flooding, traffic jams and under resourced neighbourhoods, making Samarinda City an uncomfortable place to live. To overcome this, it is necessary to apply the smart environment concept. This research examines the implementation of a smart environment, and the obstacles faced in its implementation in Samarinda City. Research analysis uses SWOT by determining the IFAS and EFAS for implementing the smart environment. The results of the SWOT analysis are in quadrant I (x, y = 1.71; 1.10), meaning that the implementation of a smart environment in Samarinda City needs to be carried out with a growth strategy (intensifying existing resources). The obstacles to implementing a smart environment in Samarinda City in the environmental protection program are not yet using IoT to monitor pollution, the high volume of waste that has not been handled, the absence of regional regulations regarding the use of renewable energy and energy efficient building design. For this reason, support and cooperation from the government, private sector and society is needed.
Samarinda, as a buffer for the Indonesian Capital City (IKN), needs to carry out development transformation to suit developments in science and technology and needs. The aim is to overcome environmental problems that cause increased flooding, traffic jams and under resourced neighbourhoods, making Samarinda City an uncomfortable place to live. To overcome this, it is necessary to apply the smart environment concept. This research examines the implementation of a smart environment, and the obstacles faced in its implementation in Samarinda City. Research analysis uses SWOT by determining the IFAS and EFAS for implementing the smart environment. The results of the SWOT analysis are in quadrant I (x, y = 1.71; 1.10), meaning that the implementation of a smart environment in Samarinda City needs to be carried out with a growth strategy (intensifying existing resources). The obstacles to implementing a smart environment in Samarinda City in the environmental protection program are not yet using IoT to monitor pollution, the high volume of waste that has not been handled, the absence of regional regulations regarding the use of renewable energy and energy efficient building design. For this reason, support and cooperation from the government, private sector and society is needed.
In many developing countries, smart city initiatives are in their infancy. Like many other developing countries, smart projects in Morocco have been facing several challenges since their launch in 2016. The adoption of smart services requires the commitment and involvement of Moroccan citizens. This chapter focuses on a systematic literature review of the main studies dealing with factors that appear to improve end-user acceptance of services provided by Moroccan smart cities. A specific method known as PRISMA is being adopted to select and synthesize relevant studies in this field. The results obtained from the systematic review indicate that the unified theory of acceptance and use of technology (UTAUT) is the most utilized theory in the literature. Additionally, the examination of existing studies has revealed that successful implementation of smart projects requires decision-makers to consider the following factors: performance expectancy, ease of use, social influence, perceived cost, awareness, trust in technology, and trust in the government.
En este estudio, se aborda la creciente tendencia global hacia el urbanismo y la economía circular, enfocándose en cómo estas disciplinas, junto con el desarrollo económico sostenible, pueden contribuir a la construcción de un modelo de resiliencia económica que favorezca un entorno bajo en carbono y promueva un avance sustentable. Mediante la revisión de 77 documentos, se exploró cómo la integración del urbanismo sostenible, que atiende a la mitigación de los impactos urbanísticos y al uso eficiente de los recursos, junto con los principios de la circularidad, que promueven la reducción de residuos y la optimización de los recursos naturales, pueden fundamentar un enfoque que armonice el crecimiento con la sostenibilidad y la equidad social. Esta investigación propone un Modelo Económico Resiliente que sintetiza estos enfoques con estrategias de desarrollo sostenible, destacando la importancia de políticas y acciones coordinadas entre gobiernos, empresas y la sociedad para lograr un equilibrio entre el bienestar económico, la justicia social y la protección del medioambiente, al tiempo que se señalan los desafíos en la comprensión e implementación de estas prácticas integradas y la necesidad de inversiones significativas y educación en sostenibilidad.
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