Course Overview

Digital Twins are being used by the industry to troubleshoot issues, try out different ideas, and simulate outcomes. While these opportunities will have benefits for all, technology gives us the opportunity to simulate the physical world in a digital format – more than ever. The time has come when cybersecurity is in demand for Digital Twins.

In this course, you will learn why Digital Twins are a distinct and major revolutionizing phase in information communication technology, organizations. More importantly, you will understand why Digital Twins need greater protection and improved security to deliver the virtual representation of a physical thing.

This course focuses on Digital Twins security, how this valuable technology works, why it matters. You will learn about new tools and processes, digital transformation in engineering, manufacturing, smart city spaces, healthcare, automotive and aerospace.

Digital Twins how can be used by Cybersecurity professionals with a focus on improving security. Further, you will understand why the use of Digital Twins tools results in the adoption of security best practices.

This course is focused on helping you to conduct gap analysis and highlight security requirements and compliance.

What You Will Learn

  • The importance of securing and protecting Digital Twins.
  • The biggest threats to Digital Twins
  • skills and demands
  • also cybersecurity and data management challenges.
  • The Digital Twin tools.
  • The practical steps of cyberattack simulations and Cyber-physical models using Digital Twins.

Program Curriculum

  • High-level Overview of Course
  • Key Aspects
  • $7 Million Cybersecurity Scholarship by EC-Council
  • Chapter 1 Quiz

  • Evolution of Digital Twins
  • The Emergence of the Digital Twin
  • Digital Twin Analytics
  • Chapter 2 Quiz

  • Digital Twin Key Elements
  • Challenges and Roles of Digital Twin
  • Digital Transformation
  • Current Globalized Future
  • Core Threats
  • Chapter 3 Quiz

  • Role of Digital Twins in the Design Phase, Examples
  • Role of Digital Twins in the Build Phase, Examples
  • Role of Digital Twins in the Operational Phase, Examples
  • Cybersecurity Best Practices
  • Current Regulatory and Governmental Impacts
  • Cybersecurity Best Practices - IoT
  • Demo - Information Gathering for the IoT Using Shodan
  • Chapter 4 Quiz

  • Building Blocks in Digital Twins
  • Difference Between Digital Twin and Simulation
  • Popular Digital Twin Tools
  • Implementing Digital Twins in Manufacturing Industry
  • Examples of Building Blocks – Demo 1
  • Examples of Building Blocks – Demo 2
  • Chapter 5 Quiz

  • Digital Twin for Industry
  • Digital Twins Form Building Blocks for Smart Cities
  • The Security Value of Digital Twins
  • Protecting Autonomous Vehicles Using Digital Twins
  • IoT Hacking Tools – Part 1
  • IoT Hacking Tools – Part 2
  • Chapter 6 Quiz

  • Analyzing Threat Responses and Mitigation Strategies
  • Ensuring Security Compliance with Digital Twins
  • Cyber-protect Your Digital Twin
  • Demo 4
  • Creating Cyber-attack Simulations and Cyber-physical Models Using Digital Twins
  • Demo 5 – Part 1
  • Demo 5 – Part 2
  • Demo 5 – Part 3
  • Chapter 7 Quiz

  • What Skills are Needed?
  • Security and Data Management
  • Securing the Future
  • Chapter 8 Quiz

  • Overview of Key Takeaways from Course
  • Thank You and Contact Information
Load more modules

Instructor

Atdhe Buja

Atdhe Buja has worked for the largest public agency of information society in government in Kosovo over the last 18 years and with NIST GCTC Smart Cities –CPAC. His experience has been in Cybersecurity and relational databases, focusing on administration databases, assessment of security, and improving business processes. He has certifications from the EC-Council in Ethical Hacker, Microsoft, and Japan International Cooperation Agency (JICA) in Project Planning and Operations. He is involved in Cybersecurity with goodwill to improve and advance the everyday security of critical information infrastructures. His expertise includes building incident response teams from the ground up and counseling new teams, exercising and implementing scenario designs, hands-on incident response and -coordination, vulnerability analysis, risk management, security governance (including ISO/IEC27001/2, COBIT), penetration test.

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