Missing Cookie SameSite Strict Security Misconfiguration Scanner
This scanner detects the use of Missing Cookie SameSite Strict Security Misconfiguration in digital assets. It identifies cookies lacking the samesite=strict attribute, which restricts cross-domain cookie transmission. This scanner helps mitigate potential CSRF attack vectors by ensuring cookies have appropriate attributes.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
10 days 19 hours
Scan only one
URL
Toolbox
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Scanner for detecting missing "samesite=strict" attribute in cookies is used by web developers and security analysts to ensure that cookies are properly configured to enhance security. Web applications utilize this to avoid the risk of attacks like Cross-Site Request Forgery (CSRF). The tool is particularly valuable for maintaining secure data handling across domain boundaries within web applications. Security consultants and DevOps engineers use it to review and ascertain cookies' security level. It provides a detailed analysis of cookie configurations, helping companies comply with strict security policies. This scanner is essential for anyone involved in safeguarding online platforms against common web threats.
This scanner detects the absence of the "samesite=strict" attribute in cookies. The vulnerability comes from the lack of proper attribute settings which leaves cookies open to cross-domain requests. Without this attribute set to "strict", cookies might be inadvertently sent in cross-site requests. It also enables potential exploitation such as CSRF. Ensuring this attribute is present helps in mitigating session hijacking. The scanner performs checks across different cookies to identify those that are improperly configured.
The vulnerability manifests through improper cookie headers without the "samesite=strict" directive. The scanner searches for specific HTTP header configurations that fail to include this attribute. Its technical operation involves analyzing HTTP response headers for such discrepancies. The scanner employs regex matching to identify cookies that lack this attribute. Upon detection, it flags each instance where cookies without the "samesite=strict" are served. This detailed analysis provides actionable insights to rectify any issues found.
When this vulnerability is exploited, it potentially allows attackers to perform CSRF attacks. Malicious actors might conduct unauthorized actions within a user's session without their knowledge. It increases the likelihood of sensitive user data exposure across untrusted domains. The lack of the "samesite=strict" attribute may facilitate session hijacking by exploiting web applications' cross-site communications. Users' sessions can be compromised, leading to potential data breaches or account takeovers. Such vulnerabilities threaten the integrity and reputation of web services.
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