hexstrike-ai-authorized-engagement
Use when routing an authorized security assessment, bug bounty, red-team exercise, or CTF task through the local HexStrike AI runtime ; do NOT use for installation or MCP wiring (use hexstrike-ai-setup or hexstrike-ai-mcp) ; returns HexStrike AI engagement results for authorized targets only.
- License 许可
- MIT
- 最近更新
- 2026-11-02
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- ★ 0
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01 前言 Front Matter
- name
- hexstrike-ai-authorized-engagement
- description
- Use when routing an authorized security assessment, bug bounty, red-team exercise, or CTF task through the local HexStrike AI runtime ; do NOT use for installation or MCP wiring (use hexstrike-ai-setup or hexstrike-ai-mcp) ; returns HexStrike AI engagement results for authorized targets only.
02 资源文件 1
- 脚本scripts/dedup_agents.py3.6 KB
03 SKILL.md 正文
HexStrike AI Authorized Engagement
Overview
Use this skill when the user wants HexStrike to drive an explicitly authorized security workflow. The core rule is scope first: ownership, permission, and target boundaries must be explicit before using HexStrike for live testing.
When to use
- The user asks to run HexStrike against a site, host, API, binary, or challenge target
- The task is a bug bounty, red-team, security research, or CTF workflow and HexStrike is the requested tool
- A user wants help choosing which HexStrike capability to use for a permitted target
Workflow
- Confirm the target is user-owned, in-scope, or otherwise explicitly authorized.
- Confirm the local HexStrike runtime is healthy with the setup skill if needed.
- Translate the request into explicit HexStrike tool intent: recon, web security, cloud, binary, forensics, or orchestration.
- Keep the engagement bounded to the stated target and report blocked tool availability when the local host is missing required security binaries.
Stop rules
- Do not use HexStrike for unauthorized targets or vague "test this random site" requests.
- Do not imply coverage that the local toolchain cannot provide; the local
/healthresult is the source of truth for available tools. - Prefer explicit scope and operator intent over broad autonomous scanning.
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