The course Internet of Things security. Cybersecurity It is a response to the growing interconnection of devices in our daily lives. The expansion of the IoT has created an environment in which security has become essential in the face of the multitude of vulnerabilities. We provide a comprehensive overview of key aspects of effective protection, such as the structure of the IoT, the challenges it faces and the measures for cloud security. By definition, the Internet of Things is “the interconnection via the Internet of computing devices embedded in everyday objects, enabling them to send and receive data. The IoT connects your devices to the Internet or to other devices, enabling them to perform new functions, such as remotely controlling smart devices and receiving alerts and status updates. This refers to the billions of physical devices around the world that are now connected, collecting and sharing data. It is precisely this concept of total interconnection via the Internet that can pose a risk to users, as there are many vulnerabilities surrounding these devices and they lack the necessary protection, making them a source of entry points for various potential attacks on our network.
Internet of Things Security. Cybersecurity
Cybersecurity
40 hours
Introduction
Objectives
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To know the IoT reference models, IoT security principles, high-profile incidents and botnet networks.
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Addressing IoT security challenges: resource constraints on the device, identity and authentication, operation and maintenance.
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Enhancing applied security: measures across the different layers of the IoT reference model, understanding the measures available on Amazon Web Services and Azure IoT.
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Discover security frameworks: GMSA Security Guidelines & Self-Assessment, OWASP IoT, Online Rust Alliance, Cloud Security Alliance and the Industrial Internet Consortium."
Table of Contents
TEACHING UNIT 1. WHAT IS THE IoT?
1. An Introduction to the Internet of Things (IoT)
2. History of the IoT
3. IoT SWOT analysis
4. Areas and sectors
5. IoT security and privacy
TEACHING UNIT 2. CHALLENGES OF THE IoT
1. Introduction to IoT architecture
2. Layer models
3. Specific architectures
4. Openfog
5. IoT development
TEACHING UNIT 3. IoT SECURITY IN CLOUD PROVIDERS
1. IoT and Big Data
2. IoT applications
3. Analytics
4. Applications of IoT analytics
5. Data aggregation and integration
TEACHING UNIT 4. IoT SECURITY FRAMEWORKS
1. Sensors
2. Communication protocols for sensors, controllers and interfaces
3. Communication protocols
4. Attacks and preventive measures
5. Tools and case studies
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