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[Snyk] Security upgrade axios from 1.7.7 to 1.7.8 #311
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The following vulnerabilities are fixed with an upgrade: - https://snyk.io/vuln/SNYK-JS-AXIOS-6671926
The files' contents are under analysis for test generation. |
Cross-Site ScriptingPlay Labs on this vulnerability with SecureFlag! DescriptionCross-site scripting (otherwise known as XSS) is a vulnerability that allows a malicious actor to manipulate a legitimate user's interactions with a vulnerable web application. Attackers exploit this to inject code into other legitimate users' browsers, often allowing them to perform any actions that the target user would normally perform, including gaining access to their data. In cases where the victim user has privileged application access, the attacker may use XSS to seize control of the application. XSS attacks typically occur in web applications when data is received, frequently in the form of a web request, and the data is reflected back in the HTTP response to the user without validation. XSS attacks can generally be divided into the following three categories. Read moreReflected XSSReflected XSS attacks arise when a web server reflects an injected script, such as a search result, an error message, or any other response that includes some or all of the input sent to the server as part of the request. The attack is then delivered to the victim through another route (e.g., e-mail or an alternative website), thus tricking the user into clicking on a malicious link. The injected code travels to the vulnerable website, which reflects the attack payload back to the user's browser. The browser then executes the code because it came from a "trusted" server. Stored XSSIn the Stored XSS attack, the injected script is stored on the target application as legitimate content, such as a message in a forum or a comment in a blog post. The injected code is stored in the database and sent to the users when it is retrieved, thus executing the attack payload in the victim's browser. DOM-based XSSDOM-based XSS vulnerabilities usually occur when the JavaScript in a page takes user-provided data from a source in the HTML, such as the ImpactXSS attacks can result in the disclosure of the user's session cookie, allowing an attacker to hijack the user's session and take over the account. Even though As with all of the severe vulnerabilities that make up a part of the OWASP Top 10, XSS attacks can result in the complete compromise of a user's system, as stated in the description, if an attacker compromises a user holding the 'keys to the kingdom,' i.e., privileged access to applications/administrator rights, the results can be devastating. PreventionXSS attacks can be mitigated by performing appropriate server-side validation and escaping. Remediation relies on performing Output Encoding (e.g., using an escape syntax) for the type of HTML context into which untrusted data is reflected. Input Validation
Output EncodingOutput Encoding is used to convert untrusted input into a safe form where the input is displayed as data to the user without executing as code in the browser. Output Encoding is performed when the data leaves the application to a downstream component. The table below lists the possible downstream contexts where the untrusted input could be used:
The following chart details a list of critical output encoding methods required to mitigate Cross-Site Scripting:
Defense in DepthContent Security Policy (CSP)The Content Security Policy (CSP) is a browser mechanism that enables the creation of source allow lists for client-side resources of web applications, e.g., JavaScript, CSS, images, etc. CSP, via a special HTTP header, instructs the browser to only execute or render resources from those sources. For example:
The above CSP will instruct the web browser to load all resources only from the page's origin and JavaScript source code files from Content TypesTo prevent non-HTML HTTP responses from embedding data, that might be dangerously interpreted as HTML or JavaScript, it is recommended to always send the Modern FrameworksJavaScript frameworks (e.g., Angular, React) or server-side templating systems (e.g., Go Templates) have robust built-in protections against Reflected Cross-Site Scripting. TestingVerify that context-aware, preferably automated - or at worst, manual - output escaping protects against reflected, stored, and DOM-based XSS.
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Infisical secrets check: ✅ No secrets leaked! 💻 Scan logs10:35AM INF scanning for exposed secrets...
10:35AM INF 433 commits scanned.
10:35AM INF scan completed in 1.07s
10:35AM INF no leaks found
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Quality Gate passedIssues Measures |
@gstraccini codacy bypass |
Bypassing the Codacy analysis for this pull request! |
Snyk has created this PR to fix 1 vulnerabilities in the npm dependencies of this project.
Snyk changed the following file(s):
package.json
package-lock.json
Vulnerabilities that will be fixed with an upgrade:
SNYK-JS-AXIOS-6671926
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🦉 Cross-site Scripting (XSS)