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Cybersecurity for Electric Vehicles

Name: Cybersecurity for Electric Vehicles
Rating: 4.4 (3 reviews)

Master the fundamentals of cybersecurity in electric vehicles, from threat modeling to EV charging system protection

Created byTanzeel Ur Rehman .

Last updated 7/2025

English

What you'll learn

Understand the Basics of EV Architecture
Recognize Cybersecurity Threats Specific to EVs
Apply Fundamental Cybersecurity Principles to EVs
Explore Standards and Regulations
Analyze Real-World EV Cybersecurity Attacks
Secure EV Charging Infrastructure
Implement Cybersecurity Measures in EV Design
Understand Secure Over-the-Air (OTA) Updates
Evaluate Cybersecurity Risk in EV Development
Prepare for Future Trends and Technologies

Course content

8 sections • 40 lectures • 2h 27m total length

Lecture 1.1 What is Cybersecurity2:29
Explore how cybersecurity protects computers, networks, and data from hackers, with the three pillars—confidentiality, integrity, and availability—essential for modern electric vehicles and daily online safety.
Lecture 1.2 Why EVs Need Cybersecurity2:26
Lecture 1.3 How EVs Connect to the Internet2:37
Lecture 1.4 Common Cyber Threats to EVs2:56
Explore the most common cyber threats to electric vehicles, from remote car control and keyfob cloning to malware, ransomware, and data theft, and learn practical protections.
Lecture 1.5 Case Studies Real EV Cyber Attacks2:50

Lecture 3.1 Introduction to EV Networks Bluetooth, Wi-Fi, and Cellular Connecti3:46
Explore how electric vehicles connect through Bluetooth, Wi-Fi, and cellular networks for apps, remote control, navigation, charging, and OTA updates, while addressing security risks and protections.
Lecture 3.2 Risks in Over-the-Air (OTA) Updates How Hackers Can Exploit Softwar4:32
Lecture 3.3 Hacking Wireless Communication Bluetooth & Wi-Fi Vulnerabilities4:45
Explore how hackers exploit Bluetooth and Wi-Fi in electric vehicles, including relay attacks, evil twin networks, and man-in-the-middle threats, and learn practical steps to strengthen wireless security.
Lecture 3.4 Data Privacy Risks in EVs How Personal Data Can Be Stolen from Vehi4:24
Lecture 3.5 Securing EV Communication Systems Methods to Protect EV Networks3:23

Lecture 4.1 How EV Chargers Work Basics of Level 1, 2, and DC Fast Charging3:41
Lecture 4.2 Cyber Threats in Public Charging Stations Payment Fraud & Data Theft3:51
Lecture 4.3 Hacking EV Chargers How Attackers Can Shut Down or Manipulate Charge3:51
Lecture 4.4 Grid Attacks via EVs How Hacked EVs Can Impact Power Grids4:39
Discover how hacked electric vehicles can threaten power grids through mass charging, sudden drain, and V2G manipulation. Learn prevention strategies like stronger authentication, real-time grid monitoring, and rate limiting.
Lecture 4.5 Protecting EV Charging Infrastructure Best Security Practices3:22

Lecture 5.1 Malware & Ransomware in EVs How Hackers Lock and Control EVs3:58
Lecture 5.2 Man-in-the-Middle Attacks Intercepting Vehicle Data and Communicatio3:12
Lecture 5.3 Key Fob & Smart Lock Hacking How Thieves Steal EVs Using Hacking Too4:20
Lecture 5.4 Cloning & Spoofing EV Data Fake Vehicle Updates and Sensor Data4:34
Lecture 5.5 Physical vs. Remote Attacks How Attacks Happen Inside and Outside th3:45
Learn how physical and remote attacks threaten electric vehicles, including key fobs, charging ports, sensors, and the CAN bus, and how Faraday pouches and official manufacturer updates protect them.

Lecture 6.1 – Importance of Secure Software Updates Preventing Hacking via OTA U4:41
Lecture 6.2 How Encryption Protects EVs Basics of Cryptography in Vehicle Secur3:54
Lecture 6.3 Firewalls & Intrusion Detection Systems Protecting EV Networks from4:30
Lecture 6.4 AI & Machine Learning in EV Security How AI Helps Detect Cyber Threa4:30
Lecture 6.5 Government Regulations & Standards Compliance with Cybersecurity Law3:44
Explore government regulations and cybersecurity standards for electric vehicles. Learn how UN Regulation No. 155, ISO 21434, and the EU act guide risk assessment, secure updates, and data protection.

Lecture 7.1 How to Protect Your EV from Hacking Simple Security Tips4:30
Lecture 7.2 Safe Charging Practices How to Use Public Chargers Safely3:50
Lecture 7.3 Protecting Personal Data in EVs Managing Privacy Settings in Connect3:38
Lecture 7.4 Choosing a Secure EV Model What to Look for in a Safe Electric Vehic3:11
Lecture 7.5 Future-Proofing Your EV Security Keeping Your Car Safe from New Thr3:39
Learn how to future-proof your EV security by keeping software updated, using strong authentication and mfa. Limit data sharing, secure home charging, and stay informed on evolving threats.

Lecture 8.1 Future Cyber Threats in EVs Emerging Risks and Vulnerabilities3:30
Explore future cyber threats in evs as they become smarter, including ai-powered hacking, smart charger attacks, and supply chain risks; mitigate with software updates and strong authentication.
Lecture 8.2 How Automakers Are Improving EV Security4:06
Lecture 8.3 The Role of Blockchain in EV Security3:21
Explore how blockchain enhances electric vehicle security by securing charging payments, protecting data, and preventing odometer and parts fraud.
Lecture 8.4 Self-Healing Cybersecurity for EVs3:14
Lecture 8.5 Final Thoughts & Course Recap2:53

Requirements

Basic Understanding of Electric Vehicles (EVs)
Familiarity with Computer or Network Fundamentals
Interest in Automotive or Cybersecurity Fields
No Programming Skills Required (Optional for Advanced Sections)
Access to Internet and a Device (Laptop/PC Recommended)

Description

Electric Vehicles (EVs) are the future of transportation — but as they become more connected and software-driven, they also become vulnerable to cyberattacks. From remote hacking of vehicle controls to tampering with public charging stations, cybersecurity is now a critical part of EV design, development, and deployment.

This course is your complete guide to understanding and implementing cybersecurity in the electric vehicle ecosystem. Whether you're an engineer, IT professional, student, or simply passionate about the future of mobility, this course equips you with the knowledge and tools to protect EV systems from digital threats.

You’ll explore real-world case studies, industry standards (like ISO/SAE 21434 and UNECE WP.29), and defense strategies tailored to EV architecture, battery systems, and charging networks. No prior programming or advanced cybersecurity experience is required — just a basic understanding of EVs and computer networks.

What You'll Learn

The architecture and digital communication systems used in electric vehicles

Common cybersecurity threats to EVs and EV charging infrastructure

Global standards and regulations shaping EV cybersecurity (ISO/SAE 21434, UNECE WP.29)

Case studies on real-world EV hacks (e.g., Tesla, Nissan Leaf)

Secure design principles for battery management systems, ECUs, and OTA updates

How to secure Vehicle-to-Everything (V2X) communication

Cyber risk assessment, threat modeling, and secure software practices

The future of automotive cybersecurity in autonomous and AI-powered EVs

Who This Course Is For

Automotive engineers, system designers, and EV developers

Cybersecurity professionals entering the automotive sector

Engineering students and researchers in EV or IoT domains

EV infrastructure providers and charging station operators

Policymakers, regulators, and tech consultants in the mobility space

Anyone interested in securing the future of smart, electric mobility

Requirements

Basic understanding of electric vehicle systems

Familiarity with computers and basic networking concepts

No coding experience required

Laptop or PC with internet access

Start your journey into one of the fastest-growing fields in tech and mobility. Enroll now and learn how to protect the vehicles of the future from the threats of today.

Who this course is for:

Automotive Engineers and EV Developers
Cybersecurity Professionals
Students of Electrical, Electronics, or Computer Engineering
Students of Electrical, Electronics, or Computer Engineering
EV Charging Network Operators and Infrastructure Providers
Product Managers and System Architects
Tech Enthusiasts and Researchers
Policymakers, Regulators, and Legal Experts

Cybersecurity for Electric Vehicles

What you'll learn

Explore related topics

Course content

Section 1 Introduction to Cybersecurity for EVs5 lectures • 13min

Section 2 How Electric Vehicles Work5 lectures • 17min

Section 3 EV Communication & Connectivity Risks5 lectures • 21min

Section 4 Threats to EV Charging Infrastructure5 lectures • 19min

Section 5 Common EV Hacking Techniques & Attacks5 lectures • 20min

Section 6 Securing EV Systems & Networks5 lectures • 21min

Section 7 Cybersecurity Best Practices for EV Owners5 lectures • 19min

Section 8 Future of EV Cybersecurity5 lectures • 17min

Requirements

Description

Who this course is for: