Embedded System Security Training in Kuala Lumpur, Malaysia

This Embedded System Security Training is designed for beginners and provides a comprehensive introduction to the security concerns associated with embedded systems. The course covers the fundamentals of embedded system architecture, the unique security challenges in embedded environments, and methods for securing hardware and software. Through hands-on labs and real-world case studies, participants will learn how to assess vulnerabilities, implement security measures, and secure embedded systems against various attacks. The course will prepare participants to understand and address the growing security threats in the Internet of Things (IoT) and other embedded technologies.

Introduction to Embedded Systems and Security Fundamentals

Overview of Embedded Systems:

What is an embedded system?

Key components of embedded systems (microcontroller, sensors, actuators).

Applications of embedded systems in IoT, automotive, medical, and industrial domains.

Security in Embedded Systems:

Unique security challenges in embedded environments.

Types of attacks on embedded systems: Physical, network, and software-based threats.

Introduction to the security lifecycle of embedded systems.

Common Vulnerabilities and Threats in Embedded Systems:

Overview of common security vulnerabilities: Buffer overflows, unauthorized access, and firmware tampering.

Case studies of security incidents in embedded systems.

Threat modeling for embedded systems.

Hands-on Exercises

Secure Boot, Firmware Security, and Cryptographic Measures

Secure Boot and Firmware Security:

Understanding the boot process and its significance in embedded security.

Techniques for securing the boot process: Trusted Execution Environment (TEE) and Secure Boot.

Firmware integrity and updates: Preventing unauthorized firmware changes.

Cryptographic Security for Embedded Systems:

Introduction to cryptography in embedded systems: Symmetric vs. asymmetric encryption.

Implementing secure communication protocols (SSL/TLS) in embedded systems.

Using Hardware Security Modules (HSMs) for cryptographic operations.

Authentication and Key Management:

Secure key storage and management in embedded systems.

Authentication techniques: Passwords, biometrics, and multi-factor authentication.

Implementing secure communication protocols such as SSH and HTTPS.

Hands-on Exercise

IoT Security and Mitigation Strategies

Introduction to IoT Security:

Overview of IoT security risks and challenges.

Attack vectors specific to IoT devices and networks.

Protecting IoT devices against physical and remote attacks.

Securing IoT Networks and Devices:

Techniques for securing IoT networks: Firewalls, intrusion detection systems (IDS), and VPNs.

Protecting device communication with encryption and authentication protocols.

IoT-specific security standards and frameworks.

Real-World Embedded System Security Case Studies:

Case studies of embedded system breaches and vulnerabilities.

Lessons learned from past incidents and how to prevent similar attacks.

Best Practices for Embedded System Security:

Secure coding practices for embedded systems.

Using secure development environments and tools.

Regular vulnerability testing and updates.

Final Hands-on Exercise