<ul data-eligibleForWebStory="true">The developer explored anti-debugging techniques in malware development using C/C++ programming language.The Windows API function IsDebuggerPresent() was used to detect the presence of a debugger.The IsDebuggerPresent() function returns a non-zero value if a debugger is present.Sample code demonstrated how this function can be utilized to determine the presence of a debugger.The code successfully detected the presence or absence of a debugger.The effectiveness of this technique against experienced individuals remains a question.A VirusTotal scan easily detected the malicious nature of the program created.The project served as a valuable learning experience.The developer acknowledged the limitations of relying solely on this strategy in a red team situation.The news did not provide detailed information on the specific anti-debugging techniques used.The article includes output examples showcasing detection with and without a debugger.The final code snippet shared excluded the shellcode intentionally.The developer remains cautious about the effectiveness of this technique in high-security environments.The project highlighted the need for more advanced evasion strategies in red team scenarios.The anti-debugging exploration focused on basics and may not be sufficient for sophisticated threat actors.The technique may serve as a starting point for those interested in malware evasion tactics.