30 Indian Cities
the dataset serves as a valuable tool for understanding the progress of India.
@kaggle.willianoliveiragibin_30_indian_cities
the dataset serves as a valuable tool for understanding the progress of India.
@kaggle.willianoliveiragibin_30_indian_cities
The dataset presents an extensive overview of digital infrastructure development across various Indian cities from 2019 to 2024. This data provides critical insights into the country's journey toward becoming a digitally empowered society, emphasizing the implementation and expansion of smart city initiatives. The dataset covers key metrics such as household internet access, subscriptions to fixed and wireless broadband services, and the integration of smart technologies in essential utilities like water and electricity.
One of the focal points of the dataset is the increase in household internet access, highlighting the growing reach of digital connectivity. This metric reflects the steady progress made in extending internet services to urban populations, ensuring that more households can benefit from the internet's transformative power in education, employment, and communication. Moreover, the data tracks the growth in both fixed and wireless broadband subscriptions, allowing for an analysis of the penetration of different forms of internet access and the evolving preferences of consumers for either wired or mobile services.
Another important aspect of the dataset is the advancement of smart utility management, specifically in water and electricity. The data on smart meter installations offers insights into how Indian cities have adopted technology to better manage resources. These smart meters allow for real-time tracking of water and electricity consumption, improving efficiency, reducing wastage, and enabling both consumers and authorities to monitor and manage usage more effectively.
The dataset also captures the progress in smart public transportation systems, an essential component of any smart city initiative. Information systems providing real-time updates on public transport have become crucial for ensuring efficient urban mobility. These systems not only help commuters plan their journeys more effectively but also contribute to reducing traffic congestion and promoting the use of public transportation over private vehicles. Additionally, traffic monitoring technologies are covered in the dataset, showcasing the efforts to integrate surveillance and data analytics to manage urban traffic flows, reduce congestion, and improve overall road safety.
Furthermore, the dataset encompasses various other digital infrastructure metrics, painting a comprehensive picture of how Indian cities are evolving into smart, connected urban centers. By tracking this data over the five-year period from 2019 to 2024, stakeholders can assess the effectiveness of policy interventions, investments, and technological implementations aimed at enhancing the quality of life for urban residents.
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