Web Browser Security a Core Defense Mechanisms in Web Security MCQs

The SameSite cookie attribute helps mitigate cross-site request forgery (CSRF) attacks by controlling when cookies are sent with cross-site requests.

Content Security Policy (CSP) enhances security by specifying which resources can be loaded and executed, reducing the risk of cross-site scripting (XSS) attacks.

The HTTP Strict Transport Security (HSTS) header enforces the use of secure, encrypted connections (HTTPS), enhancing browser security.

The Same-Origin Policy (SOP) restricts web pages from making requests to a different domain, preventing cross-site request forgery (CSRF) and other security risks.

Browser sandboxing isolates web pages to contain potential security threats, enhancing overall browser security.

Educating users about recognizing phishing attempts helps prevent them from disclosing sensitive information to malicious actors.

Keeping browsers up to date ensures users receive the latest security patches and fixes, enhancing browser security.

Users should be cautious of sharing personal information or clicking on suspicious links to avoid falling victim to social engineering attacks.

Using strong, unique passwords reduces the risk of unauthorized access to user accounts, enhancing browser security.

Avoiding public Wi-Fi minimizes the risk of eavesdropping and unauthorized access, contributing to secure browsing.

Users can protect against clickjacking by being cautious about clicking on unfamiliar or unexpected elements in the browser.

Browser extensions enhance security by adding additional features and functionality to the browser.

Users can mitigate risks associated with browser autofill by disabling it for sensitive information, reducing the chance of unintentional data disclosure.

Reviewing and configuring browser privacy settings allows users to control what information is shared and enhances overall privacy.

Users can protect against drive-by downloads by keeping browsers and security software updated and avoiding suspicious websites.

The "Do Not Track" (DNT) feature sends a signal to websites not to track user activity for personalized ads, enhancing privacy.

Users can protect against browser fingerprinting by configuring settings to limit fingerprinting techniques, preserving privacy.

Users should be cautious about granting excessive permissions to prevent potential misuse of user data and resources by browser extensions.

Users can secure their browsers against malicious JavaScript execution by using script blockers and keeping JavaScript permissions restricted.

Regularly clearing browser caches and cookies reduces the risk of privacy violations and prevents tracking, enhancing security.

Browser sandboxing isolates web pages to contain potential security threats, providing a security benefit.

Users can enhance security by carefully reviewing and limiting permissions granted to browser extensions.

The "Privacy Badger" extension blocks third-party trackers to enhance user privacy, contributing to browser security.

The "Click-to-Play" feature requires user permission to run plugins, reducing the risk of exploitation and enhancing browser security.

The "Security.txt" standard provides a standardized way for websites to communicate security policies to users, improving browser security.

Users can use the browser's developer tools to enhance their understanding of website security by inspecting network requests and analyzing website code.

Browsers supporting HTTP/2 and other modern protocols enhance website performance and security.

The browser's password manager securely stores and autofills user credentials, enhancing user security.

Browser isolation technology runs web content in isolated containers, preventing cross-site attacks and contributing to security in enterprise settings.

Implementing "Subresource Integrity" (SRI) ensures that third-party resources are delivered without tampering, contributing to browser security.