This version is focused on educational value and professional competencies.
With the exponential growth of connected devices, information security has shifted from being an option to an absolute necessity. The EE-10 course offers a comprehensive approach to mastering modern defense methods for Internet of Things (IoT) infrastructures.
The program is built on a precise balance of deep theoretical foundations and intensive practical immersion. Participants will learn how to conduct professional vulnerability audits and build multi-layered defenses for automation systems of any scale—from private residences to industrial facilities. Master the tools that allow you not just to identify weaknesses, but to engineer truly resilient and hack-proof digital environments.
Course Overview
The EE-10 Expert Protection for IoT and Smart Home Ecosystems course is an intensive educational program designed to explore modern methods for securing Internet of Things (IoT) ecosystems. As the number of connected devices grows exponentially, security has become a critical priority. This course blends theoretical foundations with deep practical application, enabling students to master vulnerability assessment and build robust defense barriers for both residential and industrial automation systems.
Course Objectives
- Study IoT system architectures and primary attack vectors.
- Master security auditing for wireless protocols (Wi-Fi, Zigbee, Z-Wave, BLE).
- Gain hands-on skills in firmware analysis to identify hidden threats at the software level.
- Implement data protection strategies to ensure user privacy.
- Design secure smart home networks using modern monitoring tools.
Course Program
The curriculum is divided into logical modules covering all aspects of IoT security:
- IoT Architecture and Threat Landscape: Overview of system components, device classification, and risk analysis.
- Communication Channel Security: In-depth study of vulnerabilities in Bluetooth, Zigbee, and Wi-Fi; methods for traffic interception and analysis.
- OWASP IoT Top 10: Practical breakdown of the ten most critical vulnerabilities found in IoT devices.
- Hardware Security and Firmware Analysis: Basics of reverse engineering, searching for "backdoors," and identifying vulnerabilities in device code.
- Network-Level Protection: Smart home network segmentation, configuring firewalls, and implementing Intrusion Detection Systems (IDS).
- Cloud Services and API Security: Securing the interaction between devices, cloud platforms, and mobile applications.
Practical Work
Students work with real-world hardware and specialized software. During laboratory sessions, real-attack scenarios are simulated, allowing participants to:
- Scan and identify hidden devices within a network.
- Test system resilience against password cracking and packet injection.
- Configure secure gateways for smart home management.
Prerequisites
To successfully complete the course, the following is recommended:
- Basic understanding of networking technologies (TCP/IP, routing).
- Proficiency with Linux OS (command line basics).
- General knowledge of smart home system principles.
Target Audience
- Engineers and designers of "Smart Home" systems.
- Information security specialists.
- System integrators.
- IoT enthusiasts and homeowners looking to secure their private digital space.
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