Update README.md

[wickett]

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[dryrunsecurity]

Contextual Security Analysis

As DryRun Security performs checks, we’ll summarize them here. You can always dive into the detailed results in the section below for checks.

Status	DryRun Security Check
✅	AI-powered Sensitive Function Check
✅	Configured Sensitive Files Check
✅	AI-powered Sensitive Files Check

Chat with your AI-powered Security Buddy by typing @dryrunsecurity followed by your question into a comment.
Example: @dryrunsecurity What are common security issues with web application cookies?

Install and configure more repositories at DryRun Security

[wickett]

@DryRunSec what is a sensitive function for my application?

[wickett]

@DryRunSec what is a sensitive file for vim?

[wickett]

@DryRunSecurity what is a sensitive file for vim?

[dryrunsecurity]

🤖

A sensitive file for Vim refers to a file that contains sensitive information, such as passwords, encryption keys, or other confidential data. These files should be protected and handled with care to prevent unauthorized access or exposure. Examples of sensitive files for Vim include configuration files (.vimrc), session files (.viminfo), and plugin files. It is important to ensure that these files are properly secured and not accessible to unauthorized individuals.

[wickett]

@DryRunSecurity What are common security issues with web application cookies?

[dryrunsecurity]

🤖

Web application cookies can be vulnerable to several security issues. Some common security issues with web application cookies include:

1. Session hijacking: If a cookie is not properly secured, an attacker can intercept it and use it to impersonate the user's session, gaining unauthorized access to the application.

2. Cross-site scripting (XSS): If a cookie is not properly encoded or sanitized, it can be vulnerable to XSS attacks. An attacker can inject malicious scripts into the cookie, which can then be executed by the user's browser.

3. Cross-site request forgery (CSRF): If a cookie is not properly protected against CSRF attacks, an attacker can trick a user's browser into making unintended requests on behalf of the user, leading to unauthorized actions.

4. Insecure storage: If a cookie is stored in an insecure manner, such as in plain text or without encryption, it can be easily accessed by attackers. This can lead to information disclosure or session hijacking.

5. Cookie poisoning: Attackers can manipulate the content of a cookie to gain unauthorized access or perform malicious actions within the application.

To mitigate these security issues, it is important to implement secure cookie practices, such as using secure flags, HttpOnly flags, and encryption. Additionally, implementing proper input validation and