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IoT Device Security and Attack Scenarios Training

  • Training Duration:
  • 3 Days
  • Training Environment:
  • On-site at the Institution
  • In DVA Classrooms
  • Online
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Siber Güvenlik Eğitimleri Certified Cybersecurity Technician (C|CT) Eğitimi

About the Training

IoT Device Security and Attack Scenarios Training is of critical importance. This training highlights IoT security vulnerabilities, teaching participants about the security flaws in IoT devices. Additionally, they will explore how to identify and prevent these vulnerabilities, making the IoT ecosystem more secure.

The training focuses on firewalls, encryption, and secure protocols. Participants will learn to apply these techniques to protect IoT devices, preventing data leaks and unauthorized access. This application also ensures secure communication between devices, maintaining the integrity of IoT networks.

Attack scenarios and real-world cases are also included in the training. Participants will learn about common types of IoT attacks and the defense strategies against them. This knowledge enhances the ability to understand threats and respond proactively, improving risk assessment and management skills, and maximizing the effectiveness of security measures.

The training also addresses the creation and implementation of security policies. Participants will learn how to develop effective security policies for IoT projects. These policies define the security standards for organizations and facilitate compliance with legal requirements, safeguarding the security and reputation of businesses.

IoT Device Security and Attack Scenarios Training provides participants with practical skills, helping them effectively implement security measures in their own IoT projects. The training offers in-depth expertise in IoT security, enabling participants to manage IoT devices and networks securely.

In conclusion, this training provides comprehensive knowledge on IoT security and attack scenarios. Participants will specialize in protecting IoT devices and networks securely. By the end of the training, participants will be able to develop robust solutions against IoT security threats, significantly contributing to their professional development.

What Will You Learn?

  • Security Vulnerabilities of IoT Devices
  • IoT Security Protocols and Standards
  • Attack Detection and Response Mechanisms
  • IoT Security Architectures and Solutions
  • Real-World IoT Attack Scenarios
  • Security Testing and Vulnerability Assessments
  • IoT Security Management and Policies
  • Ethical Hacking and Defense Strategies

Prerequisites

  • Basic knowledge of network and IT security
  • General understanding of IoT technologies and ecosystems
  • Basic knowledge of cybersecurity and risk management

Who Should Attend?

  • Cybersecurity professionals who want to gain knowledge about IoT device security
  • IoT developers and engineers who want to develop secure IoT solutions
  • System administrators and technicians who want to enhance the security of the IoT ecosystem
  • Individuals at all levels who want to gain advanced knowledge of IoT security and cyberattacks

Outline

  1. Introduction and Basic Concepts
    • What is IoT?
    • The basic components of IoT.
    • Common use cases for IoT devices.
    • Security challenges faced by IoT devices.
  2. Security Threats to IoT Devices
    • Physical access threats.
    • Network-based attacks.
    • Software and hardware vulnerabilities.
    • Security vulnerabilities in end-to-end data transmission.
  3. IoT Security Mechanisms and Protocols
    • Encryption and authentication methods.
    • Protocols for secure data transmission (MQTT, CoAP, HTTPS).
    • Software updates and patch management.
  4. IoT Attack Scenarios and Real-World Examples
    • DDoS (Distributed Denial of Service) attacks.
    • Man-in-the-Middle attacks.
    • Phishing and social engineering attacks.
    • Firmware/hardware-based attacks.
  5. Security Assessment and Vulnerability Analysis
    • Security assessment of IoT devices.
    • Vulnerability detection and risk assessment methods.
    • Firewalls and penetration testing applications.
  6. Defense Strategies and Best Practices
    • Strong authentication systems.
    • Building security layers.
    • Continuous monitoring and incident response plans.
    • User training and awareness programs.
  7. Hands-on Workshop
    • Working on real-time IoT security scenarios.
    • Attack detection and response simulations.
    • Creating security policies and procedures.
  8. Conclusion and Evaluation
    • Evaluation of the learnings.
    • Participant feedback.
    • Sharing of continuous education and resources.

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