As smart cities evolve from concept to reality, they are redefining how we think about urban development, particularly within the real estate and construction sectors. These urban areas envision a future where emerging technologies such as the Internet of Things (IoT), artificial intelligence (AI), and big data are seamlessly integrated with urban living to improve residents' quality of life, boost sustainability and connectivity, and drive economic growth. Major projects such as The Line in Saudi Arabia, Toyota’s Woven City in Japan, and Net City in China, are part of a movement set to redefine how buildings are designed, managed, and valued. Looking ahead, the real estate and construction sectors face both significant opportunities and challenges in this rapidly changing landscape.
Weiterlesen: Smart Cities On The Horizon: What Next For Real Estate And Construction?
Traditional indicators alone are no longer sufficient to gauge a city's long-term competitiveness, analysis of more than 60 major urban centres shows. New global tracker reveals which cities are best placed for long-term success by analysing future competitive indicators.
Cities must think beyond traditional indicators like economic performance and transport infrastructure to continue to attract investment, a new competitive cities tracker has shown.
Throughout history, it has become clear that the key to long-lasting and sustainable projects is to lay solid foundations. Our society is headed towards a more urban future in which the density of metropolises will be ever greater. That is why this more urban tomorrow requires modern urban planning capable of building innovative, sustainable and flexible structures. Because the only way to make our society live better is to build better.
To achieve this goal, we must adopt integrated approaches that take advantage of emerging technologies and sustainable practices. Here, the positive impact that technological tools such as BIM or Construction Management Software are already having on the development of construction activity is undeniable. BIM is the most widespread and widely used technology, since it makes it possible to design and envision the work in a virtual environment before building it in the real world, thereby avoiding hypothetical errors in the various stages of construction.
Weiterlesen: Cities of the Future: Building with Innovation and Sustainability
Cities must overcome cultural differences to maximize smart technology investments.
Smart technologies have the potential to make cities more sustainable, efficient and secure, but maximizing their potential requires an IT and operational technology convergence that has historically been nonexistent. Fears of meddling with what has worked for decades, cultural differences between teams and a combination of other factors have resulted in IT and OT being treated as separate entities. This outmoded approach threatens to undercut cities’ investments in smart city technology.
IT and OT convergence is already happening in industries such as manufacturing, where data is collected, analyzed and shared to improve processes and create smarter and more sustainable factories. It’s time to bring those benefits to our nation’s municipalities through a combination of education, processes and tools.
Urban logistics is at a crossroads, with the last-mile delivery segment facing increasing pressure from growing e-commerce demands. As cities become denser and more complex, traditional logistics models need help to keep pace, as they face inefficiencies, congestion and environmental concerns. However, smart cities are stepping up to the challenge by leveraging cutting-edge technologies like the cloud, IoT, AI and real-time data analytics to revolutionize both last-mile delivery and curbside management.
Weiterlesen: How Smart Cities Are Transforming Last-Mile Delivery And Logistics