xRay Web Vulnerability Scanner Advanced Full Activated

Zero False Positives, Without Affecting Business

Each loophole has undergone real experimental evidence, using refined semantic analysis + innovative detection technology to ensure that the loophole is real and effective, to avoid massive misreporting affecting the business judgment, and to save safety resources。

The Xray community is a free white hat tool platform launched by Nagaki Technology. Currently, the community has Xray loophole scanner Radium reptile
The tools were created by many experienced safety developers and tens of thousands of community contributors

An X-Ray vulnerability scanner is a tool that automatically checks web applications for security vulnerabilities. It can be used to identify and exploit weaknesses in a web application’s security, such as SQL injection, cross-site scripting (XSS), and file inclusion vulnerabilities.

Advanced X-Ray scanners typically have more extensive feature sets than basic scanners. They may include capabilities such as:

• Authentication support for scanning protected areas of a website
• Ability to scan for a wide range of vulnerabilities
• Custom rule and payloads creation
• Integration with other tools such as Metasploit
• Reporting and export to various format

It is important to note that using any kind of vulnerability scanner is just one step of the web application security process and should be combined with other methodologies like manual testing and penetration testing.

X-Ray scanners work by sending a series of requests to the web application, attempting to interact with it in ways that may reveal vulnerabilities. For example, a scanner might try to submit a form with malformed input, or request a file from the server that should not be accessible. If the application behaves in a way that indicates a vulnerability, the scanner will flag it for further review.

Advanced X-Ray scanners can be highly customizable, allowing users to define custom payloads, rules, and testing scenarios. These scanners also come with a large set of pre-defined payloads, rules, and scanning profiles. This gives them the flexibility to check for a wide range of vulnerabilities, including those that are specific to a particular application or environment.

These scanners can also have the ability to integrate with other tools, such as Metasploit, which can be used to further exploit any vulnerabilities that are found. Additionally, the scanners can generate detailed reports, including information on which vulnerabilities were found, where they were found, and what the potential impact of the vulnerabilities might be. These reports can be exported to various format, such as pdf, html, xml, etc.

It’s important to note that while these scanners are very useful in identifying vulnerabilities, they are not a substitute for manual testing and penetration testing. Scanners are not able to identify all vulnerabilities, and they may produce false positives or negatives. Therefore, it is important to validate any vulnerabilities found by a scanner before taking action to resolve them. Additionally, a skilled penetration tester can often identify vulnerabilities that a scanner may miss, and can also assess the impact of a vulnerability and the feasibility of exploiting it.

Using an X-Ray vulnerability scanner is just one aspect of a comprehensive web application security strategy. It is important to use the scanner in conjunction with other methodologies, such as manual testing and penetration testing, in order to ensure the security of a web application.

When using an X-Ray scanner, it’s important to understand its limitations and potential false positives. Scanners use a predefined set of rules and payloads to identify vulnerabilities and they may not be able to identify all vulnerabilities or may report false positives. Therefore, it’s crucial to validate any vulnerabilities found by a scanner before taking action to resolve them. Additionally, it is important to keep the scanner’s software and rule sets up to date to ensure that it can detect the latest vulnerabilities.

Manual testing and penetration testing are other important methodologies that should be used in addition to scanner use. Manual testing can be used to identify vulnerabilities that the scanner may miss, and can also be used to validate the scanner’s findings. Penetration testing goes even further by simulating real-world attack scenarios in order to identify vulnerabilities that are most likely to be exploited. This is important because some vulnerabilities may be difficult to exploit, or may not be exploitable in the specific context of the web application.

In addition to the above, a good web application security strategy should also include the following:

• Regular security updates and patches for the web application and its dependencies
• Secure configuration of the web server, application server, and database
• Input validation and sanitization to prevent injection attacks
• Use of secure communications (HTTPS/TLS) to protect sensitive data
• Implementation of a robust access control and authentication mechanism
• Logging and monitoring to detect and respond to security incidents

It’s important to remember that web application security is an ongoing process that requires continuous monitoring, testing, and improvement. By regularly testing the security of web applications, organizations can identify and resolve vulnerabilities before they can be exploited, thereby reducing the risk of a security incident.

Many amazing features in one

🚀 Quick to use

Before using, please be sure to read and agree to the terms in the license file, otherwise please do not install and use this tool.

1. Use a basic crawler to crawl and scan the links crawled by the crawler for vulnerabilities

   "xRay Web Vulnerability Scanner Advanced.exe" webscan --basic-crawler http://example.com --html-output BlackHatLab.html

2. Passive scanning using HTTP proxy

   "xRay Web Vulnerability Scanner Advanced.exe" webscan --listen 127.0.0.1:7777 --html-output proxy.html

   Set the browser HTTP proxy to http://127.0.0.1:7777automatically analyze the proxy traffic and scan it.

   For scanning https traffic, please read the document below Grab https trafficsection

3. Only scan a single URL, do not use crawlers

   "xRay Web Vulnerability Scanner Advanced.exe" webscan --url http://example.com/ ? a=b --html-output single-url.html

4. Manually specify the plugin for this run

   By default, all built-in plugins will be enabled. You can use the following command to specify which plugins are enabled for this scan.

   "xRay Web Vulnerability Scanner Advanced.exe" webscan --plugins cmd-injection,sqldet --url http://example.com
   
   "xRay Web Vulnerability Scanner Advanced.exe" webscan --plugins cmd-injection,sqldet --listen 127.0.0.1:7777

5. Specify plugin output

   You can specify to output the vulnerability information of this scan to a file:

   "xRay Web Vulnerability Scanner Advanced.exe" webscan --url http://example.com/ ? a=b \
   --text-output result.txt --json-output result.json --html-output report.html

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