Fake GPT
Fake GPT lab Malware Analysis
Cyber threats are growing, and FakeGPT-related malware is a rising concern. To tackle this, an advanced malware analysis lab has been created. It helps cybersecurity experts study how malware works, find hidden dangers, and create strong defenses.
The lab uses dynamic and static analysis to examine malware in real time and break down its code.ing lets researchers safely run malware in a secure space to watch its actions without risk. Reverse-engineering tools help uncover hidden attack methods.
A detailed reporting system provides insights to improve threat detection and build better security defenses. By constantly analyzing new threats, this lab helps protect against future attacks.
With its powerful tools, this platform supports cybersecurity professionals in fighting FakeGPT-based malware, keeping digital systems safer from evolving cyber risks.
Question 1.
Which encoding method does the browser extension use to obscure target URLs, making them more difficult to detect during analysis?
Question 2.
Which website does the extension monitor for data theft, targeting user accounts to steal sensitive information?
Question 3.
Which type of HTML element is utilized by the extension to send stolen data?
Question 4.
What is the first specific condition in the code that triggers the extension to deactivate itself?
Question 5.
Which event does the extension capture to track user input submitted through forms?
Question 6.
Which API or method does the extension use to capture and monitor user keystrokes
Question 7.
What is the domain where the extension transmits the exfiltrated data?
Question 8.
Which function in the code is used to exfiltrate user credentials, including the username and password?
Question 9.
Which encryption algorithm is applied to secure the data before sending?
Question 10.
What does the extension access to store or manipulate session-related data and authentication information?