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Will AI solve Omsk's traffic congestion and air pollution problems?

Every resident of Novosibirsk is familiar with these experiences: getting stuck in a traffic congestion on Lenin Bridge or encountering that strong chemical odor again at night.

Will artificial intelligence find solutions for traffic congestion and polluted air in Omsk?
Will artificial intelligence find solutions for traffic congestion and polluted air in Omsk?

Will AI solve Omsk's traffic congestion and air pollution problems?

In the Siberian city of Omsk, there's a growing recognition that it's time to move beyond a cycle of "eternal" problems and start building a truly modern living environment. This shift towards progress is being driven by the adoption of smart city technologies, which offer promising solutions to some of Omsk's most pressing issues.

One such issue is traffic congestion. Currently, traffic management in Omsk operates reactively, leading to frequent traffic jams on the Red Path and the 60th Victory Bridge. A potential solution to this problem is the implementation of a digital twin city system. This innovative technology would manage traffic lights based on real-time situations, potentially reducing delays and improving the flow of traffic.

Another pressing issue in Omsk is air pollution, with the source often remaining unclear. Technology offers a solution with the deployment of a network of stationary "sniffer" sensors across the city. These sensors can accurately pinpoint the source of pollution, allowing for targeted actions to improve air quality. Similar systems are already being deployed in cities like Chelyabinsk.

Virtual Reality (VR) technologies also play a crucial role in this transformation. They can prevent urban planning mistakes by creating exact 3D copies of new micro-districts for virtual walkthroughs. This allows for immediate feedback from future residents and ensures that the city's development aligns with the needs and expectations of its citizens.

The deployment of smart systems in Omsk is not just about aesthetics; it's about saving money. Fixing errors in VR is less costly than in concrete and asphalt, which can save significant amounts of money. Moreover, smart systems can save budget money currently spent on emergency repairs, excess fuel for equipment, and environmental fines. In fact, these systems eventually pay for themselves, making them a direct investment in the health, time, and quality of life of Omsk's residents.

For many cities around the world, investing in technologies that prevent problems is becoming a common practice. For Omsk, the implementation of smart systems is not a luxury but a direct necessity. Projects can start small, targeting the most problematic areas in the city, and then expand as the benefits become apparent.

As Omsk embarks on this journey towards a smarter, more efficient city, it joins the ranks of cities around the globe that are leveraging technology to proactively solve problems rather than just patching holes. This shift in city management represents a significant step forward for Omsk, and one that promises a brighter, more livable future for its residents.

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