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Cyberyami Certified Secure Coding Expert (C|CSCE) Training

Curriculum

Become a CyberYami Certified Secure Coding Expert (C|CSCE) & master secure coding practices to prevent cyber threats. Enhance your cybersecurity skills today!

Ratings

( 3.9 Ratings )

Live Online Classes starting on 01 January, 1970

Cyberyami Certified Secure Coding Expert (C|CSCE)

The Cyberyami Certified Secure Coding Expert (C|CSCE) certification is a vendor-neutral credential designed to equip professionals with practical skills in secure coding. Covering essential topics such as Secure Coding Foundations, SDLC, Secure Coding Techniques, and Security Management, this certification is ideal for roles such as Software Engineer, Full-Stack Developer, and Cybersecurity Engineer.

 

Key Outcomes

  • Secure Coding Knowledge: Master secure coding principles to develop resilient and safe software.

  • Vulnerability Identification and Mitigation: Detect and address security vulnerabilities in code effectively.

  • Adherence to Security Best Practices: Apply security best practices throughout software development.

  • Secure Development Lifecycle (SDLC) Proficiency: Integrate security measures at every stage of the SDLC.

  • Effective Use of Secure Development Tools: Gain hands-on experience with tools for secure software development.

  • Real-World Application: Apply secure coding practices in practical scenarios.

  • Ethical Coding Practices: Emphasize ethical standards in secure software development.

 

Who Should Pursue C|CSCE

  • Software Developers and Programmers: Integrate security into coding practices to build safer applications.

  • IT Security Professionals: Specialize in secure coding to enhance cybersecurity expertise.

  • Computer Science Students and Academics: Add a security-focused skill set to your educational background.

  • Quality Assurance Engineers: Understand security aspects in software testing and development.

  • Project Managers in Software Development: Ensure security is embedded in the development process.

  • IT Professionals Transitioning to Cybersecurity: Specialize in secure coding and software security.

  • Cybersecurity Policy Makers and Auditors: Gain an in-depth understanding of secure coding for policy and audit roles.

 

Course Prerequisites:

  • Basic Knowledge of Programming: Proficiency in at least one programming language (such as Java, C++, Python, etc.) is crucial, as secure coding principles apply directly to how code is written.

  • Understanding of Software Development Processes: Familiarity with the software development lifecycle (SDLC), including stages like planning, development, testing, deployment, and maintenance.

  • Fundamentals of Cybersecurity: A basic understanding of cybersecurity concepts, including common threats, vulnerabilities, and the importance of secure coding in protecting against attacks.

  • Experience in Software Development: Practical experience in software development, coding, or related fields to ensure a practical understanding of how coding integrates within larger projects.

  • Basic Knowledge of Operating Systems and Networks: Understanding the basics of operating systems, networking, and how software interacts with both, as this can impact how secure coding practices are applied.

 

Course Outline

1. INTRODUCTION

  • Disclaimer

  • Trends & Metrics

  • Lab Environment

2. CORE SECURITY CONCEPTS

  • Confidentiality, Integrity, and Availability

  • Authentication and Authorization

  • Accounting

  • Non-repudiation

  • Privacy

  • Data Anonymization

  • User Consent

  • Data Disposition

  • Test Data Management

3. SECURE DEVELOPMENT LIFECYCLE

  • Waterfall vs. Agile

  • Microsoft SDLC

  • Touchpoints

  • CLASP (Comprehensive, Lightweight Application Security Process)

  • Lifecycle Comparison

4. SECURITY DESIGN PRINCIPLES

  • Least Privilege

  • Separation of Duties

  • Defense in Depth

  • Fail-Safe Defaults

  • Economy of Mechanism

  • Complete Mediation

  • Open Design

  • Least Common Mechanism

  • Psychological Acceptability

  • Weakest Link Principle

  • Leveraging Existing Components

5. SECURE DEVELOPMENT PRINCIPLES

  • Input Validation

  • Canonicalization

  • Output Encoding

  • Error Handling

  • Authentication & Authorization

  • Auditing & Logging

  • Session Management

  • Secure Communications

  • Secure Resource Access

  • Secure Storage

  • Cryptography

6. BEST PRACTICES

7. CONCLUSION

(3.9 Ratings)

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