bb-local-toolkit

Guides end-to-end bug bounty hunting with local tool paths, recon pipelines, and vulnerability checklists.

Updated Sep 6, 2026
One-click install
npx skills add https://github.com/inventashif/helpful-code-sidekick --skill bb-local-toolkit-inventashif
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: bb-local-toolkit
Source: https://github.com/inventashif/helpful-code-sidekick/tree/main/scripts/hackerai/skills/bughunter/bb-local-toolkit
Command: npx skills add https://github.com/inventashif/helpful-code-sidekick --skill bb-local-toolkit-inventashif

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Security researchers waste time figuring out where tools, wordlists, and clones are installed locally, and often submit theoretical findings that get rejected. This Skill provides the complete bug bounty workflow — recon, learning, hunting, validation, and reporting — while also resolving local install paths for tools like ffuf, dalfox, ghauri, trufflehog, and SecLists wordlists. ## Core Features & Use Cases - Full Hunt Pipeline: Covers recon (subdomain enumeration, fingerprinting, HackerOne scope retrieval), pre-hunt intelligence (disclosed reports, threat modeling), vulnerability hunting across 20+ classes (IDOR, SSRF, XSS, SQLi, OAuth, race conditions, LLM/AI security), and report writing with validation gates. - Local Tool Resolution: Locates installed binaries, wordlists, and cloned repositories on the local machine so commands run without path guessing. - Bug Chaining Methodology: Provides A-to-B chain tables (IDOR to auth bypass, SSRF to cloud metadata, XSS to account takeover) and bypass tables for SSRF, open redirect, and file upload. - Use Case: A hunter targeting a HackerOne program asks for the recon pipeline; the Skill runs subfinder, httpx, and nuclei using locally installed paths, then guides IDOR testing with two-account methodology and drafts a report passing the 7-Question Gate. ## Quick Start Ask the assistant to run the bug bounty recon pipeline against an in-scope target using the locally installed tools and wordlists.

Frequently Asked Questions about bb-local-toolkit

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I start bug bounty recon on a new target?

Run the standard recon pipeline: enumerate subdomains with subfinder and assetfinder, resolve and probe live hosts with dnsx and httpx, collect URLs with katana, waybackurls, and gau, then scan with nuclei. The Skill resolves local install paths for each tool automatically.

How do I test for IDOR vulnerabilities in an API?

Create two accounts (attacker and victim), capture all object IDs in requests as the attacker, then replay those requests with the victim's session. Test all ten variants including body parameters, batch endpoints, GraphQL node queries, method swapping, and version rollback.

What is the difference between this skill and the bug-bounty orchestrator skill?

Both carry the same complete bug bounty workflow. Use bb-local-toolkit when you also need to resolve where tools, wordlists, and clones are installed on the local machine; use the bug-bounty skill for pure orchestration and routing.

When should I reject a potential vulnerability finding?

Reject findings that cannot demonstrate real harm right now against a user who took no unusual actions. The 7-Question Gate kills theoretical bugs, DNS-only SSRF, open redirects without a chain, and credential leaks without proof of what the keys access.

Which SSRF bypass techniques work against IP filters?

The Skill documents eleven bypasses including decimal, hex, and octal IP notation, IPv6 loopback, redirect chains, DNS rebinding, URL encoding confusion, and gopher protocol smuggling. Impact only counts when you reach internal services or cloud metadata with exfiltratable credentials.

Can this skill help test LLM and AI chatbot security?

Yes, it covers LLM-specific testing including chatbot IDOR, direct and indirect prompt injection, ASCII smuggling, exfiltration channels, code execution via code tools, and system prompt extraction mapped to the ASI01-ASI10 categories.