Dr. Prokopowicz We were awarded an International Recognition from Bentley Systems regarding Innovation in Government related to this topic using simulation technology in 2017. We published a book in 2024 "Terrestrial Architecture" to outline this comprehensive "Adaptive" model using Energy as a metaphor called Climate Smart Form Base Code. The formation of the Biosphere. This is outlined in Chapter 8 ( VCAP) Virtual Community Action Planning. I am working with UCLA ( NESSI) National Education Safety and Security Institute through their Disaster Center, Fielding School of Public Health. Recent fires in Los Angeles will be able to "simulate" some of these TESTING concepts or what Iain McGilchrist calls "The Divided Brain and the Making of the Western World."

د.بروكوبوفيتش

الموضوع ممتاز كفكره ولكن كم يحتاج من جهد تقني ومالي لتنفيذها !! وهل يمكن لي السؤال عن مدى إمكانية تطبيقها في الدول النامية ؟

Yes, the use of digital twins in city management holds great potential for more effective prediction and prevention of urban crises. By creating real-time, data-rich virtual replicas of urban systems, digital twins enable scenario modeling, stress testing, and predictive analytics—allowing authorities to simulate and respond to disruptions such as traffic congestion, infrastructure failure, or natural disasters before they escalate (OECD, 2023; McKinsey, 2022).

Dear Researchers, Scientists, Friends,

The question, "Will the use of digital twins in city management allow for more effective prediction and prevention of urban crises?" remains, in my opinion, extremely relevant and crucial for the future of urban planning and city management, and further discussion and intensification of research in this area are absolutely necessary. Based on my past work and observations, I see enormous potential in digital twins for transforming how we plan and manage our cities; however, their full implementation and effectiveness in the context of predicting and preventing urban crises still require in-depth analysis. The relevance of this question stems from the increasing complexity of the challenges facing modern cities – from climate change and demographic pressure to infrastructural and social threats – which demand more advanced and dynamic analytical tools. In the future, it seems particularly important to investigate how digital twins can integrate real-time data from various sources, how machine learning and artificial intelligence can be used to create more predictive models, and how to ensure interoperability between different digital twin platforms. The determinants of success in this field will undoubtedly be the availability and quality of data, the costs of implementing and maintaining these systems, the level of competence of city staff in their use, as well as issues related to the privacy and security of citizens' data. I would like to express my appreciation to all researchers and practitioners who have contributed to the development of this fascinating field so far. I am open to any scientific collaboration that could expand our knowledge and bring us closer to a more effective use of digital twins in building more resilient and sustainable cities of the future. I invite you to further, constructive discussion.

I invite you to discuss this issue and to engage in scientific cooperation,

Best regards,

Dariusz Prokopowicz

Yes, digital twins can significantly improve city management by enabling real-time monitoring, predictive analytics, and scenario modeling, allowing urban planners to anticipate and prevent crises such as traffic congestion, infrastructure failures, and environmental hazards more effectively.