Securing Coding Fundamentals (WSKF601) Course

Developers and IT professionals are targeted by the Securing Coding Fundamentals (WSKF601) course — an introduction to Secure Software Development Principles and practices that allows professionals to build secure software right from the start. This course covers the basic principles of Secure Coding, shows you common Software Vulnerabilities, and teaches you how to exploit insecure code in a "real-world" software application environment.

The course teaches Best Practices for Secure Coding, shows you common vectors of attack (e.g., injection flaws, Cross-Site Scripting (XSS), weak Authentication, insecure handling of data), covers the basics of Threat Modeling, Input Validation, Error Handling, and Secure Design Principles. You'll also have access to examples and exercises that will allow you to recognize vulnerabilities in code and provide you with practical techniques for remediating them.

Once you've completed the Securing Coding Fundamentals (WSKF601) course, you'll have all of the skills necessary to write more Secure and Resilient Applications. The Securing Coding Fundamentals (WSKF601) course is designed for developers, testers, and security professionals, who are looking to minimize application-level risks, improve the overall quality of their code, and enhance the overall security of their software in their development environments.


Download Content
bannerImg

Learning Options for You

  • Live Training (Duration : 16 Hours)
  • Per Participant

Fee: On Request

Course Prerequisites

Participants should have:

  • Basic programming knowledge (any language)
  • Understanding of software development concepts
  • Interest in application security
  • No advanced security experience required

Learning Objectives

The Securing Coding Fundamentals (WSKF601) course teaches developers how to write secure code and avoid common security mistakes. You will learn about secure coding principles, common vulnerabilities, and how attackers exploit insecure code. The course covers input validation, authentication, authorization, error handling, and secure design practices. By the end of the course, participants will be able to identify security risks in code and apply secure coding best practices.

Target Audience

This course is ideal for:

  • Software developers
  • Application security engineers
  • DevOps and DevSecOps professionals
  • QA and testing engineers
  • IT professionals interested in secure coding

Register Your Interest

captcha

Our Learners Say About Our Courses

underline
testimonialImg