
Introduction to the course, key topics to be covered, and call to action.
Introduction to the section, key topics to be covered, and call to action.
Learn the fundamental role of application security in modern software development and explore the current threat landscape targeting web applications.
Understand how to integrate security testing throughout the development lifecycle using shift-left principles for early vulnerability detection.
Gain comprehensive knowledge of OWASP Top 10 security risks and learn to assess their real-world impact through exploitation scenarios.
Explore the white-box testing methodology of SAST and learn to compare commercial versus open-source static analysis tools.
Apply tool configuration and execution workflows while learning code scanning techniques specifically for Java applications.
Tool: SpotBugs
Develop skills in interpreting static analysis outputs and learn to prioritize vulnerabilities using the CVSS framework while managing false positives.
Tool: SpotBugs
Learn structured approaches to manual code auditing and discover how to identify logic flaws that automated tools typically miss.
Gain practical experience with OWASP security testing tools and master semi-automated review techniques and workflows.
Tool: OWASP ZAP (or WebGoat for vulnerable code demonstration)
Understand industry frameworks for security auditing including NIST and ISO 27001, along with essential documentation and compliance requirements.
Introduction to the section, key topics to be covered, and call to action.
Apply security-focused debugging methodology and learn root cause analysis techniques specifically designed for vulnerability discovery.
Understand delta debugging and binary search approaches while developing source code analysis skills for security flaw identification.
Learn dynamic analysis and runtime vulnerability detection including memory analysis and execution flow tracing techniques.
Learn session handling vulnerability identification techniques and master runtime authentication bypass detection methods.
Tool: OWASP ZAP
Develop breakpoint strategies for security testing and master code path analysis for effective vulnerability isolation.
Tool: Burp Suite (Community Edition)
Explore low-level debugging for exploit development and gain skills in reverse engineering and vulnerability research techniques.
Apply CI/CD security automation workflows and learn to implement continuous security monitoring in modern development environments.
Tool: SpotBugs
Develop expertise in semantic code analysis with CodeQL and learn custom rule development for organization-specific security risks.
Tool: CodeQL
Understand tool integration strategies and pipeline optimization while building scalable security testing infrastructure.
Introduction to the section, key topics to be covered, and call to action.
Master runtime vulnerability detection principles and understand how DAST complements SAST in a comprehensive testing strategy.
Learn OWASP ZAP configuration and scanning techniques while mastering automated crawling and vulnerability discovery methods.
Tool: OWASP ZAP
Discover how to combine automated scanning with manual validation techniques to optimize coverage and testing efficiency.
Learn the PTES (Penetration Testing Execution Standard) framework and understand attack simulation and vulnerability validation processes.
Apply advanced Burp Suite features for web application testing including proficiency with Intruder, Repeater, and Scanner modules.
Tool: Burp Suite
Practice hands-on exploitation of OWASP Top 10 vulnerabilities in a safe learning environment designed for attack technique mastery.
Tool: WebGoat
Learn comprehensive session management vulnerability assessment techniques and explore multi-factor authentication bypass methods.
Learn complex vulnerability identification methods including timing attacks and race condition exploitation techniques.
Develop expertise in SQL injection, XSS, and command injection techniques while learning payload crafting and exploitation chaining strategies.
Tool: OWASP ZAP
Mastering Application Security Testing and Debugging is designed to give learners a deep, practical understanding of modern application security principles, methodologies, and testing frameworks. Through this course, participants will gain expertise in identifying vulnerabilities, analysing security risks, performing both automated and manual testing, and applying attacker-oriented thinking to enhance an application’s security posture.
The course follows a structured, industry-aligned curriculum that explores core security testing domains in detail, supported by real-world case studies, hands-on labs, guided walkthroughs, and mock testing scenarios. Learners will develop practical, job-ready experience in tasks like secure code reviews, threat modelling, penetration testing, vulnerability triage, and systematic debugging. Additionally, you will learn to use industry-standard application security tools and advanced testing techniques to address security challenges.
This course emphasises building a comprehensive understanding of the entire application security lifecycle from threat identification and secure design principles to exploitation techniques, vulnerability remediation, and post-assessment reporting. Participants will gain valuable insight into how attackers think, behave, and exploit weaknesses, which empowers them to anticipate potential threats and proactively defend systems.
By the end of the program, learners will be fully prepared to operate as proficient application security testers and will have the confidence to collaborate effectively with development teams, influence secure engineering practices, and contribute to building resilient, high-trust digital products. This specialisation equips security professionals with the tools, frameworks, and strategic mindset necessary to reduce organisational risks, enhance security maturity, and make informed, security-driven decisions in today’s rapidly evolving digital landscape while fostering innovation, adaptability, and leadership in modern cybersecurity environments.