Vulnerability walkthroughs through Java and PHP
Strengths
Effective Vulnerability Demonstrations
Visual walkthroughs of attacks such as SQL injection and X-Site Scripting help bridge the gap between theory and practical threat conceptualization.

Web Application Security for Software Developers and Technical Project Managers
InstructorFrank Hissen

Free
Free


FreeVisual walkthroughs of attacks such as SQL injection and X-Site Scripting help bridge the gap between theory and practical threat conceptualization.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This educational slide categorizes web application threats into front-end attacks like XSS and back-end attacks such as SQL injection, outlining their specific targets and goals.
This slide presents a simplified Java code sample demonstrating how building SQL queries through string concatenation creates a security vulnerability known as SQL injection.
This diagram illustrates the basic technical scenario involving a regular user, a web application, backend systems, and an attacker communicating via HTTP and other channels.
This screenshot displays a dual-window view of a web application demo environment, featuring a forum interface named BankBoard on the left and a feedback submission page on the right.
Exercises focus on transforming insecure code into secure versions for both Java and PHP environments.
Instructional Delivery Style One signal suggests that dense text on slides paired with verbatim reading can create cognitive overload. This signal predates the displayed course update; the update may have addressed it, but the update label does not prove that it was corrected.
One signal suggests that dense text on slides paired with verbatim reading can create cognitive overload. This review was posted before the displayed update date, and the update label does not prove a correction has been made.
The curriculum aligns with the target of software developers through its focus on code-level security.