I Built a ClaudeCode Workflow for Android Hacking BugBounty ($2,000+ in 2 Weeks)|‪@abisheikmagesh‬

I built an automated, multi-agent Android bug bounty pipeline using Claude Code called Tribunal—and it earned $2,000+ in bounties within its first 2 weeks. Instead of relying on basic static analysis or AI tools that hallucinate non-existent bugs, Tribunal uses an adversarial courtroom model: every finding from static decompile review, dynamic verification, and API testing must survive cross-examination by autonomous prosecution, defense, and judge sub-agents before it ever reaches a final report. In this video, I break down the exact architecture, show why Android bug bounties beat web apps in 2026, and walk through how you can run Tribunal locally on your own targets. 🔗 GitHub Repository (100% Free & Open Source): https://github.com/abisheikM1/Tribunal ⏱️ Timestamps 00:00 - The $2,000+ Proof & Overview 01:22 - Why Android Bug Bounties (and Not Web) 01:55 - Tools Needed to Get Started 03:32 - Stage 1: Static Decompile Review 04:04 - Stage 2: Dynamic Verification & Frida Hooks 04:31 - Stage 3: API Vulnerability Analysis 04:54 - How Custom Skills Work in Tribunal 05:20 - Stage 4: The Courtroom Verdict System 06:00 - Local Setup & Demo Walkthrough 🛠️ Key Technical Highlights Multi-Agent Orchestration: Powered by Claude Code & MCP workflows. Strict Scope Gate: Hard containment using the apk/ directory to prevent out-of-scope testing. Automated Frida Scaffolding: Generates custom pinning bypass hooks based on decompiled source analysis. Adversarial Verification: Prosecution argues exploitability, defense attempts to refute, and the judge sub-agent issues the final verdict. 💬 Drop your questions in the comments, star the GitHub repository, and let me know what targets you're running Tribunal on! #BugBounty #ClaudeCode #AndroidHacking #EthicalHacking #AIAgents #CyberSecurity #InfoSec #Tribunal