Description: Dynamic analysis is the testing of software by executing it in a runtime environment. Unlike static analysis, which examines the source code without executing it, dynamic analysis allows for observing the software’s behavior in real-time, making it easier to identify vulnerabilities and errors that may not be evident in the code. This approach is crucial in the field of software security, as it enables analysts and developers to detect performance issues, memory leaks, and unexpected behaviors that could be exploited by attackers. Dynamic analysis is typically conducted in a controlled environment, such as a testing environment or sandbox, where different conditions and usage scenarios can be simulated. This technique is particularly valuable in security assessments, where security professionals use dynamic analysis to assess the robustness of applications and systems, ensuring they meet security standards before being deployed in a production environment. In summary, dynamic analysis is an essential tool for ensuring software quality and security, providing deep insights into its operation under real conditions.
