IIoT & Embedded Systems Security
IIoT & Embedded Systems Security is a 2-day course where participants learn about the unique challenges and security considerations specific to IIoT and embedded systems, including communication protocols, hardware vulnerabilities, and system-level risks.
The industrial internet of things (IIoT) and its associated embedded devices have been ravished in recent years by cyber-attacks.
The industrial internet of things refers to the extension and use of the internet of things (IoT) in industrial sectors and applications.
Clearly, embedded device manufacturers need to rethink how they develop software that is secure, safe and free from defects and vulnerabilities.
One proven practice for improving software security assurance for IIoT devices is threat analysis and assessment.
Since embedded devices are an integral part of IoT infrastructures, taking a proactive approach to manage system-level security is required. This starts with performing a comprehensive threat assessment and prioritizing risk.
Experts in this field contend that beyond network connections, which link devices to internal and external resources, designers should also assess the user interfaces, ports and connectors as possible threat vectors.
When ranking the potential impacts of a system breach, organizations should make sure to consider whether unauthorized access would cause physical damage, cause a system failure, compromise critical data, etc.
Another important practice is security first design. This usually includes implement security standards using application security testing (AST) tools to detect and remediate code vulnerabilities.
Cybersecurity professionals report that this is especially important when third-party and open-source components are used. Understanding the security risk in these dependencies is considered just as critical as any new codes being developed.
IIoT & Embedded Systems Security Course by Tonex
The Industrial Internet of Things (IIoT) & Embedded Systems Security Course provides participants with the knowledge and skills to secure connected industrial devices and embedded systems in the context of the IIoT. Participants will learn about the unique challenges and security considerations specific to IIoT and embedded systems, including communication protocols, hardware vulnerabilities, and system-level risks. Through hands-on exercises and case studies, participants will gain practical insights into implementing security controls, conducting risk assessments, and securing IIoT and embedded systems against cyber threats.
Audience:
The course is suitable for industrial engineers, system administrators, IoT developers, security professionals, and individuals involved in the design, deployment, and management of IIoT systems and embedded systems. It is beneficial for professionals seeking to enhance their understanding of the unique security challenges and considerations in the IIoT and embedded systems domain. Prior knowledge of IoT concepts and basic networking is recommended.
Learning Objectives:
- Understand the architecture and protocols used in IIoT and embedded systems.
- Identify and mitigate security risks and challenges specific to IIoT and embedded systems.
- Implement secure communication and data integrity measures in IIoT environments.
- Secure hardware components, firmware, and software in embedded systems.
- Perform threat modeling and risk assessments for IIoT and embedded systems.
- Configure and manage IIoT devices securely, including authentication and access controls.
- Implement network segmentation and secure communication channels for IIoT.
- Detect threats, respond to security incidents, and ensure compliance in IIoT environments.
Course Outline:
Introduction to IIoT and Embedded Systems Security
- Overview of IIoT and embedded systems in industrial environments
- Security challenges and risks specific to IIoT and embedded systems
- Importance of security in protecting critical infrastructure
IIoT Architecture and Protocols
- Overview of IIoT architecture and communication protocols
- Security considerations for IIoT protocols (e.g., MQTT, CoAP)
- Implementing secure communication and data integrity in IIoT
Embedded Systems Security
- Understanding embedded systems and their security challenges
- Securing hardware components and firmware in embedded systems
- Addressing vulnerabilities and securing embedded system software
Threat Modeling and Risk Assessment for IIoT and Embedded Systems
- Identifying threats and risks specific to IIoT and embedded systems
- Conducting risk assessments and impact analysis
- Prioritizing security controls and countermeasures
Secure IIoT Device Configuration and Management
- Securing device authentication and access controls
- Secure firmware updates and patch management for IIoT devices
- Implementing secure device provisioning and onboarding processes
Secure Communication and Network Segmentation
- Securing IIoT communication channels and network infrastructure
- Implementing network segmentation for enhanced security
- Secure remote access and monitoring of IIoT devices and systems
Threat Detection and Incident Response in IIoT
- Implementing monitoring and detection mechanisms for IIoT devices
- Responding to security incidents in IIoT environments
- IIoT-specific incident response and recovery strategies
Compliance and Standards in IIoT Security
- Industry standards and regulations for IIoT security
- Compliance considerations for IIoT and embedded systems
- Auditing and assessing IIoT security controls