adplus-dvertising
frame-decoration

Question

Why are stored XSS attacks considered persistent?

a.

They exploit trust relationships between websites.

b.

They remain on the server and affect future users.

c.

They trick a server into visiting a URL based on user-supplied input.

d.

They involve the modification of browser security settings.

Answer: (b).They remain on the server and affect future users. Explanation:Stored XSS attacks are considered persistent because they remain on the server and affect future users.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. Why are stored XSS attacks considered persistent?

Similar Questions

Discover Related MCQs

Q. How can developers mitigate the risk of stored XSS attacks on a message board?

Q. What is the potential risk associated with source code comments in web applications?

Q. Why is error handling important in web application development?

Q. What role does error handling play in the defense-in-depth approach to security?

Q. How can overly verbose error handling routines pose a risk to web application security?

Q. What is the term for including usernames and passwords in source code, creating a potential backdoor vulnerability?

Q. In web application development, what risk is associated with accidentally disclosing code containing API keys or access credentials?

Q. Why is it problematic to include a hard-coded maintenance account with a backdoor password in web application source code?

Q. What can developers do to mitigate the risk of hard-coded credentials being disclosed in public repositories?

Q. What precaution should developers take regarding source code comments in web applications?

Q. Why might source code comments include security details that should remain secret?

Q. What is a race condition in the context of security vulnerabilities?

Q. What does TOCTTOU stand for in the context of race conditions?

Q. How can developers address TOCTTOU vulnerabilities?

Q. Why should APIs be properly secured with authentication mechanisms?

Q. What standard has largely replaced SOAP in modern APIs?

Q. What is the primary security consideration for communications between clients and servers using APIs?

Q. Why is the use of API keys important for securing non-public APIs?

Q. What risk is associated with running unsigned code?

Q. How does code signing contribute to code authenticity?