1_3_6 Section 1 – Attacks, Threats, and Vulnerabilities - 1.3 – Application Attacks - Request Forgeries

What type of content is typically loaded directly from a website's server when you visit a webpage?

Which servers provide the videos when loading a webpage from a typical website?

Where do the images and pictures on a webpage usually come from?

Which component in the browser determines where to fetch the required information to build up a webpage?

What enables browsers to gather information from third-party sites without requiring login credentials?

Why might a victim often be unaware of their browser fetching information from third-party sites?

What type of attack occurs because the web application is vulnerable?

How can developers prevent server side request forgery vulnerabilities?

What was the result of the 2019 SSRF attack on the Capital One bank website?

What service was misconfigured, leading to the SSRF attack on Capital One's website?

What type of cloud storage service did the attacker access using the SSRF attack?

Why is it important to close SSRF vulnerabilities promptly?

What type of code is executed on the client side when you visit a website?

Which attack takes advantage of the trust a website has in a user's browser to perform actions on behalf of the user?

What is the purpose of anti-forgery techniques in web applications?

What could an attacker potentially do in a successful Cross Site Request Forgery (CSRF) attack?

Which type of attack does not require exploiting the trust between a website and a user's browser?

What is one way that a Cross Site Request Forgery (CSRF) attack can be initiated?

In a Server Side Request Forgery (SSRF) attack, what does the attacker need to find to exploit the vulnerability?

What technique is usually used in web applications to prevent Cross Site Request Forgery (CSRF) attacks?

What behavior can an attacker achieve in a successful Server Side Request Forgery (SSRF) attack?

What role does PHP primarily play in web development as mentioned in the text?

Where do the videos on a website typically come from?

What is responsible for determining where the browser fetches information from to build a webpage?

Why might a victim be unaware of their browser fetching information from third-party sites?

What kind of credentials are typically not required when loading information from third-party sites on a webpage?

Which party benefits from the trust a user's browser has in gathering information from third-party sites?

What is significant about the requests made by a browser when loading content from YouTube and Instagram?

What is the primary reason an attacker might use Server Side Request Forgery (SSRF) as described in the text?

How does an attacker leverage Server Side Request Forgery (SSRF) to access a file storage device?

In a successful SSRF attack, what critical information enabled the attacker to access Amazon's S3 buckets?

What potential data breach was a direct result of the SSRF attack on Capital One's website in 2019?

How can developers mitigate the risk of SSRF vulnerabilities based on the information provided?

Why is it challenging for victims to detect an SSRF attack through their web browser?

What is a common abbreviation used for Cross Site Request Forgery?

In a Cross Site Request Forgery attack, what action does the attacker want the user to take?

What is the primary role of HTML and PHP code on the web server mentioned in the text?

Which type of attack requires the attacker to have the user's browser logged into a website?

What is one reason why an attacker would prefer Server Side Request Forgery over Cross Site Request Forgery?

How can web application developers prevent Cross Site Request Forgery attacks as mentioned in the text?

What is a characteristic of a Server Side Request Forgery (SSRF) attack that differentiates it from other attacks?

HTML and JavaScript are often presented to which part of a website?