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Smart cities are the cities of the future that use technology to manage resources efficiently, deliver sustainable solutions, and continuously improve the quality of life.
Smart city is a model of urban development where technology is used to make city life more comfortable, safe, and sustainable. In these cities, infrastructure and services are managed more efficiently through information and communication technologies. The goal is to meet the daily needs of citizens and businesses more quickly and effectively.
Smart city planning is the strategic use of technology and data to make cities more sustainable, efficient, safe, and livable. This process involves multiple stages and requires careful planning and coordination. For a smart city to succeed, technology, data, governance, and citizen engagement must be harmoniously integrated. Smart city planning involves the following stages:
Comprehensive data is collected from various sources such as sensors, surveys, and social media analytics to understand the current state of the city and anticipate future needs.
A holistic approach is adopted to modernize energy efficiency, water and waste management, transportation, and communication infrastructures.
Digital solutions are implemented across various domains such as transportation, safety, healthcare, education, and the environment to improve urban living.
A sustainable urban environment is created by designing eco-friendly buildings and green spaces that protect and enhance natural and cultural values.
Smart cities are managed through a variety of digital and data-driven technologies. The core smart city technologies can be listed as follows:
Enables the efficient management of city systems and services by collecting and sharing data through interconnected devices and sensors.
Helps identify trends and challenges within the city by analyzing large volumes of data.
Uses computer systems with human-like thinking and learning abilities to automate and enhance decision-making processes.
Stores data and applications on internet-accessible servers, reducing costs and increasing flexibility.
Facilitates access to information and public services through smartphones and tablets.
Used to collect and analyze geographic data for applications in urban planning, infrastructure management, and emergency response.
Sensors detect physical or chemical changes to collect various types of data such as traffic flow, air quality, and water levels.
In the integration of all these technologies, Netcad plays a critical role through its GIS infrastructure and solutions. It significantly contributes to the development and implementation of smart city applications by enabling data integration, spatial analysis, 3D city modeling, smart transportation, and .
Smart city ecosystem is a dynamic structure composed of interconnected technologies and active stakeholders that drive a city’s digital transformation. In this ecosystem, municipalities, technology companies, residents, and infrastructure operators collaborate to optimize transportation, energy, security, environmental protection, and urban services.
By integrating innovative technologies such as IoT sensors, big data analytics, artificial intelligence, and cloud computing, urban processes become smarter and more responsive. At the same time, this supports sustainable development goals, guiding cities toward a more livable, safe, efficient, and environmentally conscious future.
Smart cities are the cities of the future that intelligently use technology to make urban life more efficient, sustainable, and livable. These cities leverage information and communication technologies to transform urban infrastructure and services through innovative solutions that enhance quality of life.
Key features of smart cities include data-driven decision-making, system integration, and sustainability.
They continuously collect data, integrate different systems, utilize interconnected devices through the Internet of Things (IoT), prioritize citizen engagement, and protect natural resources. Through these capabilities, smart cities aim to provide a more livable, efficient, safe, and environmentally friendly urban environment by making effective use of technology.
Smart city projects and applications can be illustrated through the following examples:
Data analytics and IoT technologies are used to reduce traffic congestion, improve public transportation, and make mobility more efficient.
Sustainable solutions are developed by ensuring the efficient use of resources such as water, electricity, and natural gas.
Projects such as air quality monitoring systems, smart waste management, and the protection of water resources are implemented.
City Information Systems enable digital transformation in urban management by providing municipalities with comprehensive data management and service optimization tools.
AI-powered surveillance systems and emergency management solutions are deployed to make cities safer.
In recent years, significant progress has been made in the field of smart cities in Turkey. Efforts in this area have accelerated with the launch of the National Smart Cities Strategy and Action Plan, initiated by the Ministry of Environment, Urbanization and Climate Change.Numerous projects have been implemented across various cities, including smart transportation systems, smart energy management applications, smart waste collection systems, and smart lighting solutions.
Smart city practices are especially widespread in major cities such as Istanbul, Ankara, Izmir, Bursa, and Gaziantep. In these cities, smart transportation systems are being used to reduce traffic congestion, while smart energy management solutions contribute to energy savings.Smart waste collection systems help reduce environmental pollution, while smart lighting increases energy efficiency. Smart city projects in Turkey aim to make urban life more sustainable, efficient, and livable by promoting the intelligent use of technology. At this point, the solutions offered by Netcad play a critical role in the development of smart cities.
City Automation Systems (KEOS) developed with Netcad’s low code platform Netigma play a significant role in the digital transformation of cities. KEOS, as a comprehensive system built for sustainable City Information System applications, aims to enhance internal efficiency and service quality by ensuring integrated operation across all local government units. By analyzing urban data, KEOS can predict future trends, optimize resource usage, and deliver better services to citizens.Netcad’s AI-powered planning assistant, n-GPT, analyzes geographic data using artificial intelligence algorithms, generates planning alternatives, and supports decision-making processes.
The AR supported mobile disaster information system delivers real-time information to users in disaster-affected areas through smartphones and tablets. By leveraging augmented reality (AR) technology, this system enriches the user’s physical environment with virtual information.e-Plan systems are digital platforms that transform urban planning processes by managing all stages from planning to implementation in an integrated manner. These systems enhance efficiency, transparency, and public participation in planning workflows. In addition, with the support of Netcad’s mobile applications, smart cities in Turkey are becoming more integrated, efficient, user-centered, and resilient to disasters.
