Top 30 multiple-choice questions (MCQs) only focused on the Secure Cookies Attack on Session Management in WEB Security covering below topics,along with their answers and explanations.
• Describing secure cookie attributes (e.g., HttpOnly, Secure).
• Discussing how to configure cookies for enhanced security.
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1. What is the purpose of the HttpOnly attribute in cookies?
- To improve website aesthetics
- To restrict access to cookies only through HTTP requests, preventing client-side scripts from accessing them
- To allow unrestricted access to cookies from any source
- To display user preferences on the website
The HttpOnly attribute in cookies restricts access to cookies only through HTTP requests, preventing client-side scripts from accessing them.
2. How does the Secure attribute enhance the security of cookies?
- By improving website aesthetics
- By restricting access to cookies only through secure (HTTPS) connections
- By allowing unrestricted access to cookies from any source
- By displaying user preferences on the website
The Secure attribute enhances the security of cookies by restricting access to cookies only through secure (HTTPS) connections.
3. What does the Secure attribute prevent in the context of cookies?
- Improved website aesthetics
- Access to cookies through insecure (HTTP) connections
- Access to cookies from any source
- Displaying user preferences on the website
The Secure attribute prevents access to cookies through insecure (HTTP) connections.
4. What is the primary purpose of the SameSite attribute in cookies?
- To improve website aesthetics
- To prevent access to cookies from any source
- To specify when cookies should be sent in cross-site requests
- To display user preferences on the website
The primary purpose of the SameSite attribute in cookies is to specify when cookies should be sent in cross-site requests.
5. How does the SameSite attribute help mitigate cross-site request forgery (CSRF) attacks?
- By improving website aesthetics
- By preventing access to cookies from any source
- By restricting when cookies are sent in cross-site requests, reducing the risk of CSRF attacks
- By displaying user preferences on the website
The SameSite attribute helps mitigate CSRF attacks by restricting when cookies are sent in cross-site requests.
6. Why is it important to use the Secure attribute for cookies transmitted over HTTPS?
- To improve website aesthetics
- To restrict access to cookies only through HTTP requests
- To enhance the security of cookies by ensuring they are transmitted only over secure (HTTPS) connections
- To display user preferences on the website
It is important to use the Secure attribute for cookies transmitted over HTTPS to enhance their security by ensuring they are transmitted only over secure connections.
7. What security risk does the HttpOnly attribute help mitigate?
- Cross-site scripting (XSS) attacks
- Cross-site request forgery (CSRF) attacks
- Session fixation attacks
- Improved website aesthetics
The HttpOnly attribute helps mitigate cross-site scripting (XSS) attacks by preventing client-side scripts from accessing cookies.
8. How can the SameSite attribute be configured to prevent cross-site access to cookies?
- SameSite=None
- SameSite=Secure
- SameSite=Strict
- SameSite=Lax
The SameSite attribute can be configured with SameSite=Strict to prevent cross-site access to cookies.
9. In what scenario would you use SameSite=None for the SameSite attribute?
- To improve website aesthetics
- To allow cookies to be sent in cross-site requests initiated by third-party websites
- To restrict access to cookies only through HTTP requests
- To display user preferences on the website
SameSite=None is used to allow cookies to be sent in cross-site requests initiated by third-party websites.
10. How does the Secure attribute contribute to the overall security of a web application?
- By improving website aesthetics
- By restricting access to cookies only through secure (HTTPS) connections
- By allowing unrestricted access to cookies from any source
- By displaying user preferences on the website
The Secure attribute contributes to the overall security of a web application by restricting access to cookies only through secure (HTTPS) connections.
11. What is the purpose of the HttpOnly attribute in cookies?
- To improve website aesthetics
- To restrict access to cookies only through HTTP requests, preventing client-side scripts from accessing them
- To allow unrestricted access to cookies from any source
- To display user preferences on the website
The HttpOnly attribute in cookies restricts access to cookies only through HTTP requests, preventing client-side scripts from accessing them.
12. How does the Secure attribute enhance the security of cookies?
- By improving website aesthetics
- By restricting access to cookies only through secure (HTTPS) connections
- By allowing unrestricted access to cookies from any source
- By displaying user preferences on the website
The Secure attribute enhances the security of cookies by restricting access to cookies only through secure (HTTPS) connections.
13. What does the Secure attribute prevent in the context of cookies?
- Improved website aesthetics
- Access to cookies through insecure (HTTP) connections
- Access to cookies from any source
- Displaying user preferences on the website
The Secure attribute prevents access to cookies through insecure (HTTP) connections.
14. What is the primary purpose of the SameSite attribute in cookies?
- To improve website aesthetics
- To prevent access to cookies from any source
- To specify when cookies should be sent in cross-site requests
- To display user preferences on the website
The primary purpose of the SameSite attribute in cookies is to specify when cookies should be sent in cross-site requests.
15. How does the SameSite attribute help mitigate cross-site request forgery (CSRF) attacks?
- By improving website aesthetics
- By preventing access to cookies from any source
- By restricting when cookies are sent in cross-site requests, reducing the risk of CSRF attacks
- By displaying user preferences on the website
The SameSite attribute helps mitigate CSRF attacks by restricting when cookies are sent in cross-site requests.
16. Why is it important to use the Secure attribute for cookies transmitted over HTTPS?
- To improve website aesthetics
- To restrict access to cookies only through HTTP requests
- To enhance the security of cookies by ensuring they are transmitted only over secure (HTTPS) connections
- To display user preferences on the website
It is important to use the Secure attribute for cookies transmitted over HTTPS to enhance their security by ensuring they are transmitted only over secure connections.
17. What security risk does the HttpOnly attribute help mitigate?
- Cross-site scripting (XSS) attacks
- Cross-site request forgery (CSRF) attacks
- Session fixation attacks
- Improved website aesthetics
The HttpOnly attribute helps mitigate cross-site scripting (XSS) attacks by preventing client-side scripts from accessing cookies.
18. How can the SameSite attribute be configured to prevent cross-site access to cookies?
- SameSite=None
- SameSite=Secure
- SameSite=Strict
- SameSite=Lax
The SameSite attribute can be configured with SameSite=Strict to prevent cross-site access to cookies.
19. In what scenario would you use SameSite=None for the SameSite attribute?
- To improve website aesthetics
- To allow cookies to be sent in cross-site requests initiated by third-party websites
- To restrict access to cookies only through HTTP requests
- To display user preferences on the website
SameSite=None is used to allow cookies to be sent in cross-site requests initiated by third-party websites.
20. How does the Secure attribute contribute to the overall security of a web application?
- By improving website aesthetics
- By restricting access to cookies only through secure (HTTPS) connections
- By allowing unrestricted access to cookies from any source
- By displaying user preferences on the website
The Secure attribute contributes to the overall security of a web application by restricting access to cookies only through secure (HTTPS) connections.
21. What is the purpose of the HttpOnly attribute in cookies?
- To improve website aesthetics
- To restrict access to cookies only through HTTP requests, preventing client-side scripts from accessing them
- To allow unrestricted access to cookies from any source
- To display user preferences on the website
The HttpOnly attribute in cookies restricts access to cookies only through HTTP requests, preventing client-side scripts from accessing them.
22. How does the Secure attribute enhance the security of cookies?
- By improving website aesthetics
- By restricting access to cookies only through secure (HTTPS) connections
- By allowing unrestricted access to cookies from any source
- By displaying user preferences on the website
The Secure attribute enhances the security of cookies by restricting access to cookies only through secure (HTTPS) connections.
23. What does the Secure attribute prevent in the context of cookies?
- Improved website aesthetics
- Access to cookies through insecure (HTTP) connections
- Access to cookies from any source
- Displaying user preferences on the website
The Secure attribute prevents access to cookies through insecure (HTTP) connections.
24. What is the primary purpose of the SameSite attribute in cookies?
- To improve website aesthetics
- To prevent access to cookies from any source
- To specify when cookies should be sent in cross-site requests
- To display user preferences on the website
The primary purpose of the SameSite attribute in cookies is to specify when cookies should be sent in cross-site requests.
25. How does the SameSite attribute help mitigate cross-site request forgery (CSRF) attacks?
- By improving website aesthetics
- By preventing access to cookies from any source
- By restricting when cookies are sent in cross-site requests, reducing the risk of CSRF attacks
- By displaying user preferences on the website
The SameSite attribute helps mitigate CSRF attacks by restricting when cookies are sent in cross-site requests.
26. Why is it important to use the Secure attribute for cookies transmitted over HTTPS?
- To improve website aesthetics
- To restrict access to cookies only through HTTP requests
- To enhance the security of cookies by ensuring they are transmitted only over secure (HTTPS) connections
- To display user preferences on the website
It is important to use the Secure attribute for cookies transmitted over HTTPS to enhance their security by ensuring they are transmitted only over secure connections.
27. What security risk does the HttpOnly attribute help mitigate?
- Cross-site scripting (XSS) attacks
- Cross-site request forgery (CSRF) attacks
- Session fixation attacks
- Improved website aesthetics
The HttpOnly attribute helps mitigate cross-site scripting (XSS) attacks by preventing client-side scripts from accessing cookies.
28. How can the SameSite attribute be configured to prevent cross-site access to cookies?
- SameSite=None
- SameSite=Secure
- SameSite=Strict
- SameSite=Lax
The SameSite attribute can be configured with SameSite=Strict to prevent cross-site access to cookies.
29. In what scenario would you use SameSite=None for the SameSite attribute?
- To improve website aesthetics
- To allow cookies to be sent in cross-site requests initiated by third-party websites
- To restrict access to cookies only through HTTP requests
- To display user preferences on the website
SameSite=None is used to allow cookies to be sent in cross-site requests initiated by third-party websites.
30. How does the Secure attribute contribute to the overall security of a web application?
- By improving website aesthetics
- By restricting access to cookies only through secure (HTTPS) connections
- By allowing unrestricted access to cookies from any source
- By displaying user preferences on the website
The Secure attribute contributes to the overall security of a web application by restricting access to cookies only through secure (HTTPS) connections.
