From Smart City to Augmented City: the evolution of digital urban services
Engineering supports municipalities, metropolitan cities, and public administrations in creating a new urban model that integrates cutting-edge technologies - such as artificial intelligence, smart mobility, and digital services - to improve citizens’ quality of life and make public services more efficient.
Augmented City: what it is and why it goes beyond the concept of Smart City
The Augmented City is the evolution of the Smart City. It goes beyond introducing isolated technologies by creating an advanced urban model that integrates digital technologies, data analytics, and intelligent services into a single ecosystem, where innovation, governance, and infrastructure come together to make the city more efficient, connected, and responsive to the needs of those who live and work there.
At Engineering, we contribute to building this model by acting across all the key areas of urban transformation - mobility, urban and road safety, digitization of administrative processes, enhancement of museums and cultural sites, and the strengthening of tourism - enabling data-driven decisions and more effective services.
PORTFOLIO MAP
Augmented City
BUSINESS
−
Sustainability
- +Tax & Revenue
- +Energy & Lights Efficiency
- +Water Optimization
- +Waste Management
Security
- +Urban Security
- +Environment & Territory
Mobility
- +Access, Traffic & Control
- +Parking Management
- +Public Transport
- +Ticketing & Fine Processing
- +Adaptive Mobility
as a Service (MaaS)
Interactivity
- +Cultural Heritage
& Tourism - +Digital Citizenship
- +Agile Administration
Welfare
- +Local Economy Development
- +Social Care
APPROACH
Engineering’s approach: from strategy to continuous evolution, putting people at the center
Our approach to supporting cities and municipalities in building an Augmented City is based on a structured and scalable 5-phase journey:
- Strategy – Analysis of municipalities’ needs and priorities
- Design – Co-design of the operating model based on new technologies
- Implement – Deployment of integrated platforms and solutions
- Reuse – Expansion and enhancement of existing services and capabilities
- Evolve – Continuous evolution driven by technological innovation
Why public–private partnership is central to the Augmented City model
Public-private partnerships (PPP) are an increasingly effective tool for the digital transformation of Public Administration, delivering benefits in terms of cost savings for the authority and improved services for citizens.
To create an “augmented city,” the following are required:
- specialized skills that are difficult to source internally
- advanced technologies developed by the market
- overcoming the fragmentation of initiatives.
Thanks to public-private partnerships, administrators can truly implement transformation programs, municipalities can innovate with ideas coming from the market, in compliance with public procurement rules and without additional costs.
What challenges does Engineering’s Augmented City address?
- Administrative efficiency
- Urban and road safety
- Smart and optimized mobility
- Modern data-driven governance
- Positive economic impact.
The role of artificial intelligence in the service of Municipalities
Artificial intelligence is a strategic lever for modernizing local public administration and simplifying the relationship between citizens and public authorities. AI enables municipalities and their publicly owned companies to:
- improve the accessibility and usability of digital services
- provide citizens and public employees with agentic digital assistants
- manage mobility, resources, tourist flows, and more in a predictive way
- automate time-consuming administrative tasks (such as certified email, invoices, document classification, etc.).
FAQ
The Smart City focuses on introducing intelligent technologies into municipal public services and, more broadly, into city management.
The Augmented City, on the other hand, turns technology into a strategic lever to improve sustainability, strengthen the local economy, and enhance governance within a unified ecosystem—where municipal public services are tailored to both the city and its citizens, do not consume resources but are sustained through continuous regeneration and optimization, with economically and financially self-sustaining interventions.
| Smart City | Augmented City |
| Connectivity and sensors | Integration of data + IoT + AI for data-driven governance |
| Data collection | Predictive insights |
| Focus on efficiency | Focus on efficiency + improved relationship with citizens/tourists |
| Individual projects | Ecosystem-based vision of urban evolution and public services |
AI enables:
- optimization of mobility, tourist flows, and urban resources
- automation of administrative processes
- personalization of services and citizen interactions
- improvements in accessibility, security, and data management.
Engineering also leverages solutions based on its own language models (EngGPT).
Yes. Engineering’s approach - through its company Municipia, specifically dedicated to municipalities - is modular and scalable. This means that small and medium-sized municipalities can also progressively and sustainably implement solutions such as AI, smart mobility, digital service management, and smart infrastructure.
Synergy between Public and Private sectors for citizen-centric services
The way we use time and space, the environment, and resources within cities determines our quality of life and forms the basis for the sustainability of our existence in the medium and long term. Therefore, we need to design public services that are tailored to the city and its citizens, services that do not deplete resources but instead are fueled by their continuous regeneration and optimization, with interventions that are economically and financially self-sustaining.
As change accelerators, we transform individual initiatives into opportunities to improve the quality of life in urban centers, enable savings for the government, and simplify the relationship between public administration and citizens by focusing on five fundamental pillars of a single technological ecosystem: Sustainability, Security, Mobility, Interactivity, and Welfare.
To learn more, read our White Paper.
Augmented City: perspectives on an evolved urban model
We enhance cities’ ability to serve citizens, boost the local economy, and evolve in line with people’s needs.
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