What is bug bounty methodology?
A bug bounty methodology is a set of steps and techniques that can be used to find and report vulnerabilities in a target system as part of a bug bounty program. The goal is to identify vulnerabilities that might be exploited by attackers, and to report them to the organization running the bug bounty program so they can be fixed. Here's a general methodology that you can use to participate in a bug bounty program and increase your chances of finding and reporting a valid vulnerability:
Research: Before you begin testing, research the target system and identify potential attack vectors. Look for information on the system's architecture, technologies used, and any known vulnerabilities.
Reconnaissance: Perform reconnaissance on the target system to gather information such as IP ranges, subdomains, and open ports. Use tools like nmap, amass, etc to gather this information.
Vulnerability scanning: Run automated vulnerability scanners like Nessus, OpenVAS, etc to scan the target system for known vulnerabilities. Review the scan results to identify potential vulnerabilities that may be present on the target system.
Manual testing: Manually test the target system for vulnerabilities, focusing on areas identified during research and reconnaissance. Use tools like Burp Suite, OWASP ZAP, etc to aid in manual testing and manipulation of the application.
Exploitation: Once you have identified a potential vulnerability, attempt to exploit it to confirm its existence and determine the severity of the issue.
Report: Prepare a detailed report of the vulnerability, including steps to reproduce the issue, the impact of the vulnerability, and any recommendations for mitigating the issue. Use the bug bounty program's reporting guidelines and templates to submit the report.
Repeat: Continue testing to find additional vulnerabilities.
While participating in a bug bounty program, it's important to keep in mind the scope of the program as defined by the company and stick to the rules laid out by them. Also, it's important to ensure that testing is done responsibly and without disrupting the normal operation of the system.
In addition to the above methodologies and tools, one should also focus on the following skills:
Understanding of the core technologies and protocols used in the target system.
Familiarity with web and network security concepts, such as authentication, encryption, and injection attacks.
Knowledge of common vulnerabilities and exploit techniques.
Proficiency in one or more programming languages, as well as experience with debugging and reverse engineering.
Keep in mind that every system is different, and the methodology you use will depend on the specific system you're testing and the scope of the bug bounty program.
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