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Clickjacking, also known as a “UI redress attack” or “UI redressing,” is a type of cyberattack where an attacker tricks a user into clicking on something different from what they perceive on a website or application.
In a clickjacking attack, the attacker overlays a deceptive element or transparent page on top of a legitimate webpage, making it appear as if the user is interacting with the expected content.
Clickjacking attack is a technique by which an attacker attempts malicious methods to trick a user into clicking on a link.
This step by the user will potentially reveal confidential information about the user and could also take control of the victim’s computer while clicking on seemingly innocuous web pages.
Clickjacking is exploited using various techniques that deceive users into unknowingly interacting with hidden elements while believing they are interacting with visible content.
The following are common methods used to carry out clickjacking attacks:
Attackers create transparent elements or overlays on top of a legitimate webpage. These overlays are invisible to the user but can cover important elements like buttons or links.
When the user clicks on what they perceive as a visible element, they are actually clicking on the hidden overlay.
By using CSS opacity, attackers can make hidden elements partially transparent, making them appear as part of the legitimate content.
Users interact with these elements, thinking they are part of the visible page.
Attackers use invisible iFrames to load a legitimate webpage within their malicious page.
They then position the iFrame in a way that covers the targeted elements, making it difficult for users to see the deception.
By calculating mouse offsets, attackers can create an offset between the visible element and the actual element where the click is registered.
This technique ensures the click is performed on the hidden element rather than the perceived one.
Attackers can manipulate the CSS display property to hide or show elements dynamically.
They may initially hide an element and then make it visible when the user clicks on a specific area, tricking them into interacting with the hidden element.
Clickjacking attacks may also involve social engineering to lure users into interacting with the malicious content. For example, attackers may prompt users to “click here for a prize” or “confirm your age” to access certain content, exploiting curiosity or urgency.
Clickjacking attacks exploit the fact that web browsers allow elements from different websites to be layered on top of each other.
This enables attackers to create deceptive overlays and trick users into performing unintended actions.
These actions can include anything from unknowingly posting on social media, approving malicious transactions, downloading malware, granting unauthorized permissions, and more.
Clickjacking can have several significant impacts on both users and organizations.
The consequences of a successful clickjacking attack can vary depending on the attacker’s intentions and the actions performed by the user.
Here are some of the main impacts of clickjacking:
Clickjacking allows attackers to trick users into unknowingly performing actions they didn’t intend to.
This could include making unauthorized purchases, sharing sensitive information, granting permissions to malicious applications, or interacting with hidden elements that compromise security.
Clickjacking attacks can lead to the theft of sensitive user data.
For example, attackers can deceive users into clicking on hidden elements that trigger the download of malware or prompt the user to enter confidential information.
If clickjacking leads to unauthorized actions, users may suffer financial losses due to fraudulent purchases or transactions made without their knowledge or consent.
Organizations hosting vulnerable websites can suffer reputation damage if their users’ become victims of clickjacking attacks.
This can lead to a loss of trust from customers and stakeholders.
Clickjacking can result in privacy violations if users inadvertently share personal or confidential information on social media or other platforms.
Clickjacking attacks can be used to distribute malware to users’ devices, potentially leading to further security breaches or system compromises.
Clickjacking attacks often involve social engineering tactics to deceive users. As a result, users may become more susceptible to future phishing or social engineering attempts.
Organizations may face legal consequences if they fail to protect their users from clickjacking attacks, especially if sensitive user data is compromised.
Conducting regular security audits to identify and address potential vulnerabilities is very crucial for mitigating the potential risk from Clickjacking.
User education and awareness about the risks of interacting with suspicious or unfamiliar content can help users recognize and avoid clickjacking attempts.
By taking proactive steps to protect against clickjacking, organizations can safeguard their users and maintain the integrity and trustworthiness of their web applications.
Preventing clickjacking requires implementing multiple layers of security measures to protect web applications and their users. Here are some effective preventive measures to defend against clickjacking attacks:
Set the X-Frame-Options HTTP header in the web server’s response. This header specifies whether a web page can be displayed in an iframe.
The “DENY” option prevents the page from being displayed in any iframe, while “SAMEORIGIN” restricts it to be displayed only on the same origin (same domain).
Implement a strict Content Security Policy using the “frame-ancestors” directive to specify which domains are allowed to embed the website’s content in an iframe.
This helps prevent unauthorized framing of the website.
Include frame-busting JavaScript code in web pages.
This script detects if the page is loaded within an iframe and, if so, redirects the user to the top-level window, breaking out of the iframe and preventing clickjacking.
Set the X-Content-Type-Options HTTP header with the value “nosniff” to prevent browsers from interpreting files as a different MIME type.
This helps prevent certain types of clickjacking attacks that rely on forcing browsers to interpret content differently.
Use Cross-Site Request Forgery (CSRF) tokens in forms and actions to prevent attackers from forging user-initiated actions even if they manage to deceive users through clickjacking.
Deploy frame-killing scripts that check if the page is the top-level window, and if not, redirect to a safe location or deny rendering.
Educate users about clickjacking risks and advise them not to click on suspicious or unfamiliar elements on websites.
Encourage users to verify the legitimacy of websites before entering sensitive information.
Regularly conduct security audits and vulnerability assessments using a platform like Beagle Security to identify and address potential clickjacking vulnerabilities in web applications.
Enforce MFA for sensitive actions or logins to add an extra layer of protection against unauthorized access in case of successful clickjacking attacks.
Maintain the latest versions of web frameworks, libraries, and plugins to minimize the risk of known vulnerabilities being exploited for clickjacking attacks.
By combining these preventive measures, web developers and organizations can significantly reduce the risk of clickjacking attacks and protect their users from unwittingly falling victim to such deceptive exploits.
