Bug Bounty - GitBook

@GitBook_s/Top CTF Platforms Intermediate: 🔗TryHackMe - https://tryhackme.com/ 🔗Flare-On - https://flare-on11.ctfd.io/ 🔗CTFtime - https://ctftime.org/ 🔗Pwn College - https://pwn.college/ 🔗OWASP WebGoat - https://owasp.org/www-project-webgoat/ 🔗PentesterLab - https://pentesterlab.com/exercises 🔗CMD Challenge - https://cmdchallenge.com/ 🔗Hacksplaining - https://hacksplaining.com/lessons

@GitBook_s/Top CTF Platforms Beginner: 🔗picoCTF - https://play.picoctf.org/ 🔗TryHackMe - https://tryhackme.com/ 🔗CTFlearn - https://ctflearn.com/ 🔗Hacker101 CTF - https://ctf.hacker101.com/ 🔗LegitBS - https://legitbs.net/ 🔗OverTheWire - https://overthewire.org/ 🔗Crackmes.one - https://crackmes.one/ 🔗CyberTalents - https://cybertalents.com/challenges/all

@gitbook_s/jq

@GitBook_s/ Python Ethical Hacking Course Collection https://drive.google.com/drive/folders/1Uc1I973Cg7Mo6j_KYgsHReC0kR9Jq-OM (Python Basics • Network Programming • Linux Commands • Information Gathering • Port Scanning • Ethical Hacking Tools)

@GitBook_s/Source Code Review & Patch Analysis[from git & GitHub][white box pentesting] Finding Vulns in Source Code: Many modern bug bounty targets are fully or partially open-source. If you can read code on GitHub, you can spot flaws (like SQL injection or IDOR) before testing the live app. [1, 2, 3, 4, 5] Analyzing Commit Histories: Developers often push security patches to GitHub. By inspecting recent commits (git log or git diff), you can figure out what vulnerability they tried to fix, which frequently allows you to find a patch-bypass technique. [1, 2, 3] Digging for Digital Ghosts: Deleting a file in a repository using git rm does not erase its history. If you know how to navigate Git history, you can find active AWS keys, API tokens, and database passwords hidden in old or "deleted" configuration files. [1]

@GitBook_s/Source Code Review & Patch Analysis[from git & GitHub][white box pentesting] Finding Vulns in Source Code: Many modern bug bounty targets are fully or partially open-source. If you can read code on GitHub, you can spot flaws (like SQL injection or IDOR) before testing the live app. [1, 2, 3, 4, 5] Analyzing Commit Histories: Developers often push security patches to GitHub. By inspecting recent commits (git log or git diff), you can figure out what vulnerability they tried to fix, which frequently allows you to find a patch-bypass technique. [1, 2, 3] Digging for Digital Ghosts: Deleting a file in a repository using git rm does not erase its history. If you know how to navigate Git history, you can find active AWS keys, API tokens, and database passwords hidden in old or "deleted" configuration files. [1]

@GitBook_s/Will learning Git & GitHub help in bug bounty? Yes, learning Git and GitHub is highly valuable for bug bounty hunting. Many critical vulnerabilities arise from poorly configured Git repositories or leaked source code.

XSS Filter Bypass: mXSS @GitBook_s

After English members language are these 6 languge

Channel statics

JS function param whitespace seperator Bypass XSS WAF protection using invisible separators before or after function name or between a JS function name and parameters <img/src/ onerror=alert&#xFEFF;(1337)> #XSS @GitBook_s

Authentication vs. Authorization: Core Security Concepts These two concepts are frequently confused but represent distinct security mechanisms. Authentication verifies who you are (login process, passwords, 2FA). Authorization determines what you can access (permissions, role-based access control).

@GitBook_s/notion Penetration Testing Resources Windows Host Commands Windows Network Exploitation Linux Host Commands Web Application Testing Remediation Strategies Penetration Testing and Auditing AWS Penetration Testing and Auditing GCP Cloud Resources https://themayor.notion.site/?v=accccf47ecb44ca2ad6e2a07b06f67bf

Really I need it

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Which article you study now .... I mean members.