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Security
Skill

/forensic-triage

Perform forensic triage on a host or artifacts — collect and analyze disk, memory, and log evidence with proper handling, then build an incident timeline. Use to investigate a compromised system or scope an incident. Preserve evidence integrity.

From plugin
awesome-claude-security
6111 skills17 agents13 commands1 MCP
Install
$ npx -y skills add jassics/awesome-claude-security --skill forensic-triage --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/forensic-triage

Context preview

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

Perform forensic triage on a host or artifacts — collect and analyze disk, memory, and log evidence with proper handling, then build an incident timeline. Use to investigate a compromised system or scope an incident. Preserve evidence integrity.

SKILL.md

forensic-triage.SKILL.md
name: forensic-triage
description: >-
  Perform forensic triage on a host or artifacts — collect and analyze disk, memory,
  and log evidence with proper handling, then build an incident timeline. Use to
  investigate a compromised system or scope an incident. Preserve evidence integrity.

Goal

A defensible analysis of the available evidence that answers what happened, when, and how far it spread — with a timeline and chain of custody intact.

Evidence sources & artifacts

  • **Memory** — running/hidden processes, network connections, injected code,

credentials, command lines (capture early — most volatile).

  • **Disk** — filesystem timeline, prefetch/shimcache/amcache (Windows), bash history/

systemd/cron (Linux), browser/registry artifacts, deleted-file recovery.

  • **Persistence** — services, scheduled tasks, run keys, startup, WMI, webshells.
  • **Logs** — auth/security, EDR, process creation, PowerShell, web/proxy, DNS,

firewall/netflow; central SIEM.

  • **Network** — connections, beaconing patterns, DNS, captured traffic.

Steps

1. **Preserve first** — respect order of volatility (see `incident-response` reference); work on copies; hash and log every item (chain of custody). 2. **Triage** — quick wins: suspicious processes, persistence, recent logons, new accounts, anomalous network. Identify the foothold. 3. **Build a timeline** — normalize timestamps (UTC), correlate across sources into a single chronology of attacker actions. 4. **Scope** — pivot on IOCs/accounts/hosts to find lateral movement and the full set of affected systems; estimate dwell time. 5. **Map to ATT&CK** — tag observed techniques for clarity and detection follow-up.

Output

A triage report: evidence collected (with hashes) · key artifacts · timeline · scope/ dwell time · ATT&CK techniques · IOCs (hand to `ioc-development`). Use `security-reporting`; visualize the timeline/attack path with `security-diagramming`.

Notes

Preserve before you analyze — and capture memory early, it's gone on reboot. A correct, source-correlated **timeline** in UTC is the backbone of the investigation. Maintain chain of custody if the findings might be used in legal/HR proceedings.

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A Claude Code plugin marketplace for the full cybersecurity & GenAI-security lifecycle — from recon and threat modeling to detection engineering, GRC, and CISO-level strategy. A pentester knows which OWASP test bends a broken-access-control endpoint.

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