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/route-security-work

Route an ambiguous cybersecurity request before tools run. Use for suspicious files, links, messages, host behavior, malware, vulnerability reports, authorized pentests, incidents, threat hunting, detection work, or security advice.

From plugin
socket
7200 skills5 MCP
Install
$ npx -y skills add gaelic-ghost/socket --skill route-security-work --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/route-security-work

Context preview

The summary Claude sees to decide when to auto-load this skill.

Route an ambiguous cybersecurity request before tools run. Use for suspicious files, links, messages, host behavior, malware, vulnerability reports, authorized pentests, incidents, threat hunting, detection work, or security advice.

SKILL.md

route-security-work.SKILL.md
name: route-security-work
description: Route an ambiguous cybersecurity request before tools run. Use for suspicious files, links, messages, host behavior, malware, vulnerability reports, authorized pentests, incidents, threat hunting, detection work, or security advice.

Route Security Work

Overview

Turn the user's concern into one bounded security question, identify the affected surface, and select the smallest safe owner workflow. Do not begin active probing or execute suspicious content during routing.

Read [references/routing-map.md](references/routing-map.md) when ownership or the difference between investigation, testing, response, and remediation is unclear.

Workflow

1. State the requested decision.

  • Capture what the user needs to know or do now.
  • Separate “is this dangerous?” from “how does it work?”, “am I affected?”, and “how do I fix it?”.

2. Identify the surface.

  • Classify the primary subject as content or artifact, endpoint, identity, network/service, application/source, vulnerability report, or active incident.
  • Record the relevant artifact, host, account, service, repository, target, and time window.

3. Establish authority and urgency.

  • For inspection and defensive response, confirm the user controls or is responsible for the affected surface.
  • Before active testing, require the target owner, allowed targets, exclusions, time window, techniques, stop conditions, and contacts.
  • If harm is ongoing, route immediate containment separately from evidence preservation.

4. Choose the next owner.

  • Use `preserve-security-evidence` before transformations or volatile state disappears.
  • Use `select-analysis-isolation` before opening or executing untrusted content.
  • Use `assess-and-explain-threat` when evidence exists but the practical conclusion is unclear.
  • Route deep binary work to `reverse-engineering-skills` and repository-wide source scans to Codex Security when available.
  • Route ordinary implementation or remediation to the owning Apple, protocol, language, or framework skill after the security acceptance criteria are explicit.

5. Report the route.

  • Name the selected workflow, why it fits, what is intentionally deferred, and the first non-destructive action.
  • Preserve uncertainty rather than selecting a dramatic path from weak evidence.

Output

Return the security question, affected surface, urgency, authority/scope state, selected owner, first safe action, and any immediate stop condition.

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