DevSecOps Embedded Software Engineering Training by Tonex
This course offers an in-depth exploration into the world of DevSecOps (Development, Security, and Operations) with a special focus on embedded software engineering. It is designed to equip participants with the knowledge and skills necessary to integrate security practices seamlessly into the development lifecycle of embedded systems. The course covers key concepts, methodologies, tools, and best practices in DevSecOps, emphasizing the unique challenges and opportunities in the embedded software domain.
Learning Objectives:
By the end of this course, participants will be able to:
- Understand the Principles of DevSecOps: Grasp the core concepts and methodologies that underpin DevSecOps, particularly in relation to embedded software.
- Identify Unique Security Challenges: Recognize the specific security challenges and risks associated with embedded software development and how to address them.
- Implement DevSecOps Best Practices: Apply the seven best practices of DevSecOps in the context of embedded software engineering.
- Utilize SAST Tools Effectively: Integrate and use Static Application Security Testing (SAST) tools within the DevSecOps pipeline for embedded systems.
- Develop Secure Embedded Software: Create embedded software that is secure by design, leveraging continuous integration, testing, and deployment.
- Adopt Continuous Monitoring: Implement strategies for continuous monitoring and compliance in embedded software projects.
Target Audience:
- Software Developers and Engineers working in the embedded systems field.
- Security Professionals interested in the application of security in embedded software development.
- Project Managers and Team Leaders overseeing embedded software projects.
- System Architects designing secure embedded systems.
- Quality Assurance Specialists focusing on security aspects.
Course Agenda:
Module 1: Introduction and Fundamentals
- Overview of DevSecOps
- Introduction to Embedded Software Engineering
- The Intersection of DevSecOps and Embedded Software
Module 2: Security Challenges in Embedded Software
- Security Risks Specific to Embedded Systems
- Case Studies: Security Breaches in Embedded Software
- Risk Assessment and Management Strategies
Module 3: DevSecOps Best Practices
- Deep Dive into the 7 Best Practices of DevSecOps
- Customizing Best Practices for Embedded Software
- Group Activity: Developing a Best Practices Checklist
Module 4: Tools and Techniques
- Overview of SAST and Other Security Tools
- Integrating Tools into the DevSecOps Pipeline
- Workshop: Setting Up a SAST Tool for an Embedded Project
Module 5: Implementing DevSecOps in Embedded Software Projects
- From Planning to Deployment: A Step-by-Step Approach
- Continuous Integration, Testing, and Deployment
- Monitoring, Feedback, and Compliance
Module 6: Advanced Topics and Emerging Trends
- Advanced Security Techniques for Embedded Software
- Discussion on Emerging Trends in DevSecOps
- Preparing for the Future of Embedded Software Engineering
Module 7: Practical Application and Project Work
- Hands-On Project: Implementing DevSecOps in a Sample Embedded Software Project
- Group Presentations and Feedback Sessions
Module 8: Course Review and Certification
- Review of Key Concepts and Learning Points
- Final Assessment
- Certification and Closing Remarks
Course Materials:
- Comprehensive Course Notes
- Access to Online Resources and Toolkits
- List of Recommended Reading
Certification:
- Participants who successfully complete the course will receive a certificate in “DevSecOps Embedded Software Engineering”.
Course Material:
Workbooks: Workbooks are a common component of time management and organization skills courses. These workbooks often contain exercises, templates, and worksheets that participants can use to practice and apply the concepts they learn during the course. Workbooks can be an essential tool for retention and application of training.
Handouts: Instructors provide handouts that summarize key points, tips, and techniques covered in the course. These handouts can serve as quick references for participants to reinforce their learning.
Presentation Slides: Course materials include presentation slides used by the instructor during the training sessions. Participants can review these slides to reinforce their understanding of the course content.
Reading Materials: Some courses provide additional reading materials such as articles, books, or research papers related to time management and organization. These readings can help participants deepen their knowledge of the subject.
Online Resources: Many courses offer online resources such as video tutorials, interactive quizzes, and discussion forums to enhance learning and engagement. These resources can be valuable for participants to practice and reinforce what they’ve learned.
Assessments and Quizzes: Courses include assessments or quizzes to test participants’ understanding of the material. These assessments can help participants gauge their progress and identify areas where they need improvement.
Case Studies and Practical Examples: Real-life case studies and practical examples are used to illustrate how time management and organization skills can be applied in different contexts. These examples can make the concepts more relatable and actionable.
Group Activities and Exercises: Courses incorporate group activities and exercises to encourage participants to apply their knowledge collaboratively. These activities can promote hands-on learning and problem-solving.
Personal Action Plans: Towards the end of the course, participants may be encouraged to create personal action plans to implement what they
This course is designed to be highly interactive and practical, ensuring that participants not only understand the theoretical aspects of DevSecOps in embedded software but also gain hands-on experience in implementing these practices.