Introduction to Distributed Systems and IoT Security

A network of interconnected devices, systems, and sensors that can collect, exchange, and process data.

The application of security principles and techniques to networked environments, including connected systems, CPS, and IoT.

A system that integrates physical processes with computational capabilities, often involving real-time control and interaction with the environment.

A network of interconnected devices, systems, and sensors that can collect, exchange, and process data.

Systems designed to interact with the physical world, often involving real-time control and interaction with the environment, integrating computation with physical processes.

The area of study focused on securing and managing the risks associated with Cyber-Physical Production Systems.

Ensuring confidentiality, integrity, and availability of data in interconnected environments, including connected systems, CPS, and IoT.

Concerns focused on protecting sensitive personal data in environments involving connected systems, CPS, and IoT.

Techniques designed to identify and verify the origin of a device or system in a networked environment.

Ensuring trust in the data collected from sensors and actuators by analyzing their reliability and resilience to manipulation.

Examining the potential impact of manipulated information on control loops in Cyber-Physical Systems.

Analyzing new security risks that may emerge due to the integration of computing and physical processes in Cyber-Physical Systems.

Exploring the potential for using mobile and IoT devices to monitor individuals, raising concerns about privacy and ethical implications.

Investigating the potential for sensitive information to leak from one IoT component to another due to interconnectivity.

Studying how individual behavior may change when they are aware of being monitored by mobile and IoT devices.

A technique involving the use of mathematical and formal methods to verify and analyze the correctness and reliability of systems.

Focusing on the human aspects of security, designing systems that are user-friendly and easy to understand while maintaining security.

The concept of a digitally connected city that utilizes sensor data, IoT technologies, and other innovations to improve urban life, sustainability, and efficiency.

A city that leverages technology to enhance various aspects of urban life.

The practice of integrating physical, digital, and human systems in the built environment to create sustainable, prosperous, and inclusive cities.

A method to track and identify items using RFID tags, allowing for the collection and processing of data.

Devices that collect and process data from the physical environment, providing information about changes in physical status.

Technology that enhances the capabilities of a network by distributing processing power to different components, allowing for greater flexibility and responsiveness.

The field of science and technology that deals with manipulating matter at the nanoscale, enabling the creation of smaller and more powerful devices.

A collection of sensitive information about a person, often including personal details, browsing history, and preferences.

The practice of collecting and analyzing information about threats and vulnerabilities in a system.

An online marketplace for buying and selling illegal goods and services, including stolen data, weapons, and drugs.

Specialized systems designed to control and monitor industrial processes, often found in manufacturing, energy production, and transportation.

A method for protecting information by converting it into an unreadable format, requiring a key to decrypt it.

A system that combines physical structures with digital technologies to enhance efficiency, comfort, and security.

A process of evaluating potential risks and vulnerabilities that could affect a system's confidentiality, integrity, and availability.

A metric for measuring the likelihood and impact of a potential threat.

A measure of the level of confidentiality, integrity, and availability of a system or data.

The ability to access and use information or resources.

The assurance that information remains accurate and unaltered.

The protection of information from unauthorized access, use, or disclosure.

The ability to identify and verify the legitimacy of entities.