Energy is the invisible lifeblood of modern cities. Every light switched on, every electric vehicle charging, every data center operating — all contribute to a growing and increasingly unpredictable demand. Traditional power grids were never designed for this complexity. They distribute energy in one direction, from producer to consumer, following static patterns that often fail to adapt to rapid fluctuations in use. As cities grow smarter, this old model is being replaced by AI-driven smart grids capable of balancing energy dynamically, efficiently, and in real time. A smart grid integrates sensors, IoT devices, and artificial intelligence to monitor and regulate…

  Parking infrastructure in major metropolitan areas is undergoing a profound transformation, evolving from static storage spaces for vehicles into dynamic, multifunctional urban service hubs. One of the most illustrative examples of this shift is the initiative led by Indigo, a global leader in parking and mobility solutions, in collaboration with Corsalis, a logistics and spatial planning specialist. Together, they are pioneering a new model of hybrid parking infrastructure, with the flagship project taking shape at the Foch parking facility in Paris, strategically located between Place de l’Étoile and Avenue Malakoff. Originally constructed in 1967, the Foch parking lot spans…

  The digital transformation of cities is rapidly becoming one of the most defining challenges and opportunities of the 21st century. As urban populations continue to grow, municipalities face increasing pressure to deliver more efficient, sustainable, and inclusive public services. In this context, artificial intelligence (AI) emerges not only as a technological enabler but as a strategic catalyst capable of reshaping how urban spaces are managed, governed, and experienced. During the recent Smart City Expo World Congress, held in Barcelona from November 4 to 6, the Government of Spain—through the Ministry for Digital Transformation and the Civil Service—emphasized the crucial…

  The evolution of urban mobility within the framework of smart cities is undergoing a paradigm shift—one that is increasingly driven by data and powered by the exponential capabilities of artificial intelligence (AI). Traditional urban planning models, largely reactive and infrastructure-centric, are being replaced by data-informed, proactive systems capable of not only identifying and interpreting mobility patterns, but also of projecting future demand, optimizing existing infrastructure, and informing inclusive and sustainable public policies. AI emerges not merely as a tool but as a strategic enabler of intelligent mobility ecosystems that can dynamically adapt to urban complexity and social transformation. The…

  The advent of generative artificial intelligence (AI) represents a pivotal transformation in the public sector, marking a shift that transcends the simple digitalization of services and processes. Unlike earlier waves of technological innovation that primarily focused on digitizing paperwork or automating specific tasks, generative AI introduces a deeper, structural change. It signals the emergence of cognitive capabilities within public administration—an evolution from static digital infrastructures to dynamic, intelligent systems capable of learning, reasoning, and proactively responding to societal needs. According to the report Artificial Intelligence and the Public Sector: Scenarios for 2030, published in October 2025 by Anteverti in…

Urban centers, while occupying less than 2% of the Earth's land surface, are responsible for an overwhelming 78% of global energy consumption and approximately 70% of greenhouse gas emissions, according to UN-Habitat. With more than half of the world’s population already residing in cities—and forecasts indicating that this trend will only intensify—urbanization stands as both a critical driver of economic development and a central contributor to climate change. In this scenario, reimagining how cities are planned, built, and managed is not just desirable but imperative for the global transition toward environmental sustainability and carbon neutrality. The concept of Net Zero…

The transformation of a city into a Smart City does not take place merely through the deployment of sensors, digital dashboards, predictive analytics platforms, or intelligent services considered in isolation. The real evolution begins when these systems are capable of communicating with one another, exchanging information in real time, triggering coordinated responses, and functioning as parts of a wider architecture of urban intelligence. At the centre of this invisible yet decisive connective layer lies one of the most strategic components of contemporary digital infrastructure: the Application Programming Interface, or API, which, in the context of connected urban ecosystems, must be…