In the ever-evolving landscape of urban development, the integration of Artificial Intelligence (AI) is paving the way for a monumental transformation in smart cities worldwide. This synergy between AI technologies and urban infrastructure is not merely enhancing efficiency but reshaping the very fabric of sustainability, connectivity, and citizen well-being. Smart cities are on the brink of a revolution, thanks to AI's capabilities in optimizing resource management, improving public services, and fostering a seamless urban experience. Imagine a city where AI-powered systems manage traffic flow, reducing congestion and emissions while maximizing transportation efficiency. Through a network of interconnected sensors and data analytics, these systems dynamically adapt to real-time conditions, ensuring smooth navigation for commuters and minimizing environmental impact. Moreover, AI is revolutionizing public safety and security in smart cities. Advanced surveillance systems equipped with AI algorithms can detect anomalies and potential threats, preempting crime and ensuring the safety of residents. Additionally, AI-powered predictive analytics enable authorities to anticipate and mitigate risks, from natural disasters to public health emergencies, thereby enhancing resilience and response capabilities. Furthermore, AI-driven innovations are revolutionizing citizen engagement and service delivery in smart cities. Chatbots and virtual assistants, powered by natural language processing (NLP) algorithms, offer round-the-clock support and information to residents, enhancing accessibility to municipal services and resources. These AI interfaces provide personalized recommendations, facilitate civic participation, and streamline administrative processes, fostering a more inclusive and responsive urban governance framework. The transformative potential of AI in smart cities extends beyond operational efficiencies to encompass broader societal benefits: (i) Environmental Sustainability: AI-enabled optimization of energy consumption, waste management, and urban planning promotes sustainable development and mitigates ecological footprint, ensuring a greener and more livable urban environment. (ii) Inclusive Growth: By leveraging AI technologies to bridge digital divides and address disparities in access to services and opportunities, smart cities can foster inclusive economic growth and social equity, empowering marginalized communities and promoting diversity. (iii) Economic Competitiveness: Embracing AI-driven innovations enhances the attractiveness of smart cities as hubs for investment, entrepreneurship, and talent attraction, bolstering economic competitiveness and fostering innovation ecosystems that drive long-term prosperity. However, as we embrace the promise of AI in shaping the future of smart cities, it is essential to confront ethical and governance challenges: (i) Data Privacy and Security: Safeguarding citizen data and ensuring privacy rights are paramount in the deployment of AI-enabled smart city solutions. Robust data governance frameworks and transparency measures are imperative to build trust and mitigate risks of surveillance and data misuse. (ii) Ethical AI: As AI algorithms increasingly influence decision-making processes in smart cities, ensuring fairness, accountability, and transparency is essential to prevent algorithmic biases and uphold ethical standards. Ethical AI frameworks should prioritize human-centric values and rights, safeguarding against discriminatory outcomes and social injustices.