IoT-Based Systems for Resilient Smart Cities
A special issue of Information (ISSN 2078-2489). This special issue belongs to the section "Internet of Things (IoT)".
Deadline for manuscript submissions: closed (31 December 2025) | Viewed by 32114
Special Issue Editors
Interests: ontologies; knowledge graphs; AI; IoT-based systems; smart cities; LLM-based tools; resilience of critical infrastructures; tools for safety management
Special Issues, Collections and Topics in MDPI journals
Interests: knowledge graphs; semantic applications; AI; smart cities; RAG; LLM-based tools; crisis management
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
The IoT and, more generally, sensor-based systems provide the building blocks for the majority of smart city applications, spanning from domain-specific support services, such as for mobility, home, economy, health, and infrastructure, to large-scale and interoperable networked systems realized using local digital twin hubs. Thus, safety and security are among the requirements to be addressed for many of these systems during development and runtime.
IoT-based systems specifically devoted to urban security and safety are of great interest for smart cities, with challenges related to real-time requirements, accuracy, scalability, and dependability, given the many uncertainties in terms of data and events.
These aspects should be managed and assessed at both the conceptual and architectural levels and by accounting for the smartness degree of the embedded software technology to support increased types of autonomy in activities such as problem solving and decision making. The combination of the IoT and artificial intelligence to produce smart city applications aimed at improving resilience poses new social challenges, intertwined with security and safety issues, such as trust, ethics, and data protection, which require systemic and multidisciplinary system quality assessment.
This Special Issue aims to provide a new outlook on the models, methods, innovative technologies, and cutting-edge implementations for safe and secure cities. These include applications such as monitoring systems based on sensor, drone, and/or satellite data or data-intensive urban platforms, and approaches and techniques for safety analysis and assessment. It solicits research papers, experience-based papers, and comprehensive literature reviews and surveys on approaches for smart city safety and security.
Dr. Maria Luisa Villani
Dr. Antonio De Nicola
Guest Editors
Manuscript Submission Information
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Keywords
- IoT systems architectures for urban security
- safety and security assessment of IoT systems
- multisensor data fusion for safety-critical systems
- middleware for real-time IoT-based applications
- software engineering for local digital twins
- model-based engineering of safety-critical IoT systems
- dependability of autonomous systems for smart cities
- semantic sensor networks and knowledge graphs for resilient cities
- ontologies for resilient IoT systems
- image and video processing for urban security
- real-time and predictive monitoring of IoT-based applications for critical infrastructure
- augmented reality for safety and security
- formal verification of dependability requirements for the IoT
- Artificial Intelligence and the IoT for threat detection systems
- resilience of IoT systems
- modeling and simulation for IoT systems
- business intelligence methods for assessment of IoT systems
- big data management
- new technology for command and control
- webGIS and data-driven user interfaces for real-time monitoring of the IoT
- blockchain technology for IoT systems
- cybersecurity assessment for IoT systems
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Related Special Issue
- IoT-Based Systems for Safe and Secure Smart Cities in Information (7 articles)
