The Role of Technology in Smart Cities
govciooutlook

The Role of Technology in Smart Cities

Government CIO Outlook | Monday, September 25, 2023

In a world of artificial intelligence, big data, and the Internet of Things, humans and technology are increasingly interacting in intelligent, connected, and autonomous ways.

FREMONT, CA: Artificial intelligence, Big data, and the Internet of Things are rapidly generating places where humans and technology interact in novel, intelligent and interconnected ways. Cities are not an exception: smart cities employ data and digital technologies to improve resident services and address public issues. This can result in enhanced transportation and accessibility, social services, crime reduction, and sustainability.

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A smart city has three layers: a technical basis consisting of smartphones and sensors connected by high-speed communication networks, applications that transform raw data into insights, and public use.

Smart city technologies are projected to enter the mainstream sooner rather than later, thanks to the rising popularity of 5G, the widespread adoption of smartphones, and the expanding use of the Internet of Things. There are now new ways in which technology may transform cities.

HOW TECHNOLOGY CAN TRANSFORM CITIES

Smart Health

The pandemic has demonstrated that the community has a significant role in fostering healthier surroundings for citizens. Intelligent technology can alleviate pressure on healthcare ecosystems by facilitating diagnosis, treatment, and preventative self-care. This moves the emphasis from healthcare focusing on the person to a community-based paradigm.

Individual and family-specific healthcare can be provided with the aid of data analytics. For instance, programs can monitor chronic conditions and permit remote patient monitoring while data are used to store information. In 2020, Chicago launched Healthy Chicago 2025, a multi-stakeholder initiative to address health disparities.

Smart Safety

The utilization of biometrics, facial recognition, smart cameras, and video monitoring by law enforcement agencies has risen. These technologies assist cities in identifying patterns and trends in crime data, decreasing response times, and investigating crime prediction. According to McKinsey's analysis, these applications might reduce mortality by 80 percent and assaults and robberies by 30 percent.

Even while new technologies offer appealing possibilities, citizens' privacy, freedom, and civil liberties remain important. Cities must handle such technology's ethical and regulatory challenges with caution and avoid discriminating against particular neighborhoods or demographic groups.

Smart Energy

Cities can employ technology to monitor real-time energy consumption and optimize energy consumption, in addition to investing in renewable energy. The Coalition for Urban Transitions estimated in 2019 that cities may reduce their greenhouse gas emissions by approximately 90 percent by 2050 by employing established technology and practices. This includes utilizing sustainable and ethical materials, eco-friendly and resource-efficient designs, renewable energy systems, and usage-adaptive digital technology.

For instance, smart energy meters in Amsterdam have been installed to encourage lower energy usage. In contrast, Beijing has cut airborne pollutants by approximately 20 percent by detecting their sources and controlling activity accordingly. Schenectady, New York, is installing LED streetlights that may be dimmed or brightened based on real-time data.

According to Deloitte Insights, the energy revolution helps create a circular economy by decentralizing renewable energy production, paving the possibility for cities to be energy self-sufficient.

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