Cybersecurity in Smart Cities and Urban Tech Training Course

Course overview

Smart cities run on sensors, cameras, connected grids, and data platforms that make urban life more efficient, and far more exposed. A single insecure device or system can put essential services and citizen data at risk. This course focuses on securing the technology that powers smart cities and building the resilience and trust a digital city depends on.

Participants examine the cyber risks of connected urban environments, securing IoT and connected infrastructure, and protecting critical services. The course then covers privacy, data protection, and governance in a smart-city context and building resilient city cybersecurity strategies, using documented attacks on cities throughout.

Why this matters

Cities concentrate connected systems and sensitive data, making them attractive targets whose compromise can disrupt power, water, transport, or safety for millions. Citizens also expect their data to be protected. Professionals who can secure urban technology enable cities to innovate without exposing residents, work that builds on the connected-device focus of the IoT Security and Emerging Technology Risks course.

What you will be able to do afterwards

By the end of the course, participants will be able to:

• Explain the cyber risks of connected urban environments.
• Secure IoT and connected infrastructure in cities.
• Protect critical urban services from cyberattack.
• Address privacy, data protection, and governance in smart cities.
• Build resilient cybersecurity strategies for cities.

Course outline

Unit 1: Introduction to smart cities and cybersecurity

The unit sets out the smart-city risk landscape.

• Defining smart cities and urban technologies.
• Cyber risk in connected urban environments.
• Case studies of cyberattacks on cities.
• The importance of resilience and trust.

Unit 2: Securing IoT and connected infrastructure

Participants examine protecting urban devices.

• IoT vulnerabilities in urban technology.
• Authentication and encryption for smart devices.
• Securing smart grids and transport systems.
• A worked IoT-security example.

Unit 3: Critical infrastructure protection

The unit covers essential city services.

• Cyber risk in energy, water, and public services.
• National and international frameworks for infrastructure security.
• Incident response for critical systems.
• A guided example of infrastructure resilience.

Unit 4: Privacy, data protection, and governance

Participants study protecting citizen data.

• Data protection in smart-city ecosystems.
• The GDPR, CCPA, and global privacy obligations.
• Governance frameworks for smart-city security.
• Balancing innovation with compliance.

Unit 5: Building resilient cybersecurity strategies for cities

The closing unit turns security into strategy.

• Designing cyber-resilience plans for urban technology.
• Cross-sector collaboration and governance.
• Future trends: AI, 5G, and quantum threats in cities.
• A roadmap for sustainable urban cybersecurity.

How the course is delivered

The course combines structured teaching with documented attacks on cities, worked examples, and guided analysis of securing urban technology. Participants reason through smart-city security using realistic material, so the methods transfer to their own city or project. The course is educational and does not provide a live lab or a security certification.

Who should attend

The course suits city and public-sector technology staff, smart-city and IoT professionals, security and privacy officers, and managers responsible for urban technology projects. A general grounding in technology is helpful.

About EuroQuest International Training

EuroQuest International Training is an international training provider founded in 2015, with a catalog of more than 1,000 courses delivered to over 15,000 participants. Headquartered in Bratislava, EuroQuest runs courses across a network of European and regional training hubs and focuses on practical, current, and professionally relevant content.

Frequently asked questions

What makes smart-city security different?

Scale and interconnection: cities link IoT, critical infrastructure, and citizen data across many systems and operators, so a weakness in one can cascade. The course focuses on securing that connected environment.

Does it cover citizen privacy?

Yes. A full unit addresses data protection and privacy in smart cities, including the GDPR and other obligations, since public trust depends on protecting the data cities collect.

Does the course include a live lab?

No. It builds understanding through documented attacks and guided examples rather than a live lab. It is educational and prepares you to secure smart-city technology, not a certification.

Related courses

• Cybersecurity Resilience in Critical Infrastructure
• Smart Cities and Sustainable Business Innovation
• Cybersecurity Governance and Risk Compliance
• Advanced Network Security and Threat Prevention

Register for this course

To reserve a place or request an in-house session for your team, contact EuroQuest International Training and our team will help you confirm dates and details.