building-incident-response-playbook

by mukul975

building-incident-response-playbook helps security teams create reusable incident response playbooks with step-by-step phases, decision trees, escalation criteria, RACI ownership, and SOAR-ready structure. It is designed for incident response procedure documentation, incident triage workflows, and audit-friendly operational response plans.

Stars6.1k

Favorites0

Comments0

AddedMay 9, 2026

CategoryIncident Triage

Install Command

npx skills add mukul975/Anthropic-Cybersecurity-Skills --skill building-incident-response-playbook

Curation Score

This skill scores 84/100, which means it is a solid directory listing for users who need incident response playbook design help. The repository gives enough structured workflow, trigger guidance, and implementation detail that an agent can use it with less guesswork than a generic prompt, though users should still expect some integration-specific adaptation.

84/100

Strengths

Strong triggerability: the skill explicitly activates for IR playbook creation, incident response procedure documentation, response runbook development, and SOAR playbook design.
Good operational structure: the SKILL.md includes when-to-use guidance, prerequisites, and a reusable playbook framing aligned to NIST SP 800-61r3 and SANS PICERL.
Useful execution support: the repo includes a substantial script and API reference examples for TheHive, Cortex XSOAR, and Splunk SOAR integration.

Cautions

No install command in SKILL.md, so adoption still depends on the user understanding how to wire it into their environment.
The visible evidence is oriented to playbook design and automation examples, not a complete end-to-end incident response product or fully packaged deployment workflow.

Incident Response Playbook Incident Runbook Templates Soar Sentry Scripts

Overview

Overview of building-incident-response-playbook skill

The building-incident-response-playbook skill helps you turn a messy incident scenario into a reusable response playbook: a clear sequence of actions, decision points, escalation criteria, and ownership assignments for security teams. It is best for incident responders, SOC leads, GRC teams, and engineers who need a structured, audit-friendly plan rather than a one-off investigation note.

What this skill is for

Use the building-incident-response-playbook skill when you need to document how your team will respond to a specific event type such as ransomware, phishing, credential compromise, or unauthorized access. The output is meant to be operational: what happens first, who approves containment, what evidence to collect, and when to escalate.

Why it is useful

This skill is more specific than a generic IR prompt because it aligns playbooks to established frameworks like NIST SP 800-61r3 and SANS PICERL, and it supports workflow details such as RACI, decision trees, and SOAR integration. That makes the building-incident-response-playbook guide useful when you need something your team can actually run, not just discuss.

Best-fit use cases

It fits teams building an incident response program from scratch, revising a playbook after a new threat, or mapping procedures into tools like TheHive or Cortex XSOAR. It is also a good fit when you need the building-incident-response-playbook for Incident Triage as part of a larger response flow.

How to Use building-incident-response-playbook skill

Install and locate the source files

Install the building-incident-response-playbook skill with the repository’s skill manager, then open skills/building-incident-response-playbook/SKILL.md first. After that, read references/api-reference.md for tool-specific integration ideas and scripts/agent.py for structured playbook logic and phase naming.

Give the skill a complete incident brief

The building-incident-response-playbook install step is only the start; the output quality depends on the input. A strong request names the incident type, environment, scope, tools, and constraints. For example, ask for a playbook for “phishing leading to OAuth token theft in Microsoft 365, with Defender, Sentinel, and ServiceNow, requiring ISO-aligned approvals and 24/7 on-call coverage.”

Use a workflow, not a vague prompt

For the best building-incident-response-playbook usage, provide: incident category, target systems, detection sources, containment limits, escalation roles, recovery requirements, and compliance drivers. Then ask for the playbook in phases such as detection, triage, containment, eradication, recovery, and lessons learned. If you want SOAR output, say which platform should be targeted and which steps must remain manual.

Read the repo in the right order

Start with SKILL.md to understand activation criteria and the intended scope. Next, skim scripts/agent.py to see how incident types are structured and how phases are grouped. Use references/api-reference.md last, because it is most helpful when you already know whether you are documenting case management, playbook execution, or automation hooks.

building-incident-response-playbook skill FAQ

Is this skill only for security teams?

Yes, primarily. The building-incident-response-playbook skill is aimed at incident response, SOC, and security operations work. It can also help GRC or platform teams that need formal response procedures, but it is not a general policy-writing skill.

How is it different from a normal prompt?

A normal prompt may produce a checklist. This skill is built for reusable, structured playbooks with clearer phase boundaries, escalation logic, and tool-aware response steps. That makes it better when you need consistency across incidents, not just a one-off answer.

When should I not use it?

Do not use it for a case summary, postmortem, or ad hoc investigation notes. The building-incident-response-playbook guide is for procedures you expect to reuse. If you only need to explain what happened in one incident, a timeline or incident report is the better format.

Is it beginner friendly?

Yes, if you already know the incident type you want to cover. The skill reduces guesswork, but it still works best when you can name assets, owners, and tooling. If those inputs are unknown, expect a generic playbook first and refine it after review.

How to Improve building-incident-response-playbook skill

Start with the decision points

The biggest quality gains come from specifying where humans must decide: isolate now or wait, reset accounts immediately or verify first, involve legal or not, and when to declare a major incident. The building-incident-response-playbook skill improves most when those forks are explicit.

Give better operational context

Include your EDR, SIEM, ticketing system, backup model, and identity provider, plus any response constraints like union rules, business-hours approvals, or segmented networks. That turns the building-incident-response-playbook usage from generic advice into something your team can follow.

Ask for output that matches the audience

If the playbook is for analysts, ask for concise action steps and triage cues. If it is for managers, ask for escalation thresholds and communication checkpoints. If it is for SOAR authors, ask for step names, inputs, outputs, and human approval gates.

Iterate after the first draft

After the first pass, tighten the playbook by removing duplicate actions, adding trigger conditions, and clarifying ownership with RACI-style language. The most useful building-incident-response-playbook skill outputs are usually the second draft, once you have corrected scope, missing approvals, and unrealistic recovery steps.

Ratings & Reviews

No ratings yet

Share your review

0/10000

Latest reviews

Saving...

more skill

conducting-malware-incident-response

by mukul975

conducting-malware-incident-response helps IR teams triage suspected malware, confirm infections, scope spread, contain endpoints, and support eradication and recovery. It is designed for conducting-malware-incident-response for Incident Response workflows with evidence-backed steps, telemetry-driven decisions, and practical containment guidance.

Incident Response

Favorites 0GitHub 0

detecting-privilege-escalation-attempts

by mukul975

detecting-privilege-escalation-attempts helps hunt privilege escalation on Windows and Linux, including token manipulation, UAC bypass, unquoted service paths, kernel exploits, and sudo/doas abuse. Built for threat hunting teams that need a practical workflow, reference queries, and helper scripts.

Threat Hunting

Favorites 0GitHub 0

detecting-evasion-techniques-in-endpoint-logs

by mukul975

The detecting-evasion-techniques-in-endpoint-logs skill helps hunt defense evasion in Windows endpoint logs, including log clearing, timestomping, process injection, and security tool disabling. Use it for threat hunting, detection engineering, and incident triage with Sysmon, Windows Security, or EDR telemetry.

Threat Hunting

Favorites 0GitHub 0

analyzing-network-traffic-for-incidents

by mukul975

analyzing-network-traffic-for-incidents helps incident responders analyze PCAPs, flow logs, and packet captures to confirm C2, lateral movement, exfiltration, and exploitation attempts. Built for analyzing-network-traffic-for-incidents for Incident Response with Wireshark, Zeek, and NetFlow-style investigation.

Incident Response

Favorites 0GitHub 0

detecting-insider-threat-behaviors

by mukul975

detecting-insider-threat-behaviors helps analysts hunt insider-risk signals like unusual data access, off-hours activity, mass downloads, privilege abuse, and resignation-correlated theft. Use this detecting-insider-threat-behaviors guide for threat hunting, UEBA-style triage, and threat modeling with workflow templates, SIEM query examples, and risk weights.

Threat Modeling

Favorites 0GitHub 0

detecting-command-and-control-over-dns

by mukul975

detecting-command-and-control-over-dns is a cybersecurity skill for spotting C2 over DNS, including tunneling, beaconing, DGA domains, and TXT/CNAME abuse. It supports SOC analysts, threat hunters, and security audits with entropy checks, passive DNS correlation, and Zeek or Suricata-style detection workflows.

Security Audit

Favorites 0GitHub 0

deploying-osquery-for-endpoint-monitoring

by mukul975

deploying-osquery-for-endpoint-monitoring guide for deploying and configuring osquery for endpoint visibility, fleet-wide monitoring, and SQL-driven threat hunting. Use it to plan installation, read the workflow and API references, and operationalize scheduled queries, log collection, and centralized review across Windows, macOS, and Linux endpoints.

Monitoring

Favorites 0GitHub 0

correlating-security-events-in-qradar

by mukul975

correlating-security-events-in-qradar helps SOC and detection teams correlate IBM QRadar offenses with AQL, offense context, custom rules, and reference data. Use this guide to investigate incidents, reduce false positives, and build stronger correlation logic for Incident Response.

Incident Response

Favorites 0GitHub 0

analyzing-windows-event-logs-in-splunk

by mukul975

The analyzing-windows-event-logs-in-splunk skill helps SOC analysts investigate Windows Security, System, and Sysmon logs in Splunk for authentication attacks, privilege escalation, persistence, and lateral movement. Use it for incident triage, detection engineering, and timeline analysis with mapped SPL patterns and event ID guidance.

Incident Triage

Favorites 0GitHub 0

analyzing-windows-amcache-artifacts

by mukul975

The analyzing-windows-amcache-artifacts skill parses Windows Amcache.hve data to recover evidence of program execution, installed software, device activity, and driver loading for DFIR and security audit workflows. It uses AmcacheParser and regipy-based guidance to support artifact extraction, SHA-1 correlation, and timeline review.

Security Audit

Favorites 0GitHub 0

analyzing-powershell-empire-artifacts

by mukul975

analyzing-powershell-empire-artifacts skill helps Security Audit teams detect PowerShell Empire artifacts in Windows logs using Script Block Logging, Base64 launcher patterns, stager IOCs, module signatures, and detection references for triage and rule writing.

Security Audit

Favorites 0GitHub 0

analyzing-network-traffic-of-malware

by mukul975

analyzing-network-traffic-of-malware helps inspect PCAPs and telemetry from sandbox runs or incident response to find C2, exfiltration, payload downloads, DNS tunneling, and detection ideas. It is a practical analyzing-network-traffic-of-malware guide for Security Audit and malware triage.

Security Audit

Favorites 0GitHub 0

analyzing-linux-system-artifacts

by mukul975

analyzing-linux-system-artifacts helps investigate Linux hosts for compromise by reviewing auth logs, shell history, cron jobs, systemd services, SSH keys, and other persistence points. Use this analyzing-linux-system-artifacts guide for Security Audit, incident response, and forensic triage. It includes practical install and usage guidance.

Security Audit

Favorites 0GitHub 0

analyzing-indicators-of-compromise

by mukul975

Analyzing-indicators-of-compromise helps triage IOCs such as IPs, domains, URLs, file hashes, and email artifacts. It supports threat-intelligence workflows for enrichment, confidence scoring, and block/monitor/whitelist decisions using source-backed checks and clear analyst context.

Threat Intelligence

Favorites 0GitHub 0

analyzing-docker-container-forensics

by mukul975

analyzing-docker-container-forensics helps investigate compromised Docker containers by analyzing images, layers, volumes, logs, and runtime artifacts to identify malicious activity and preserve evidence. Use this analyzing-docker-container-forensics skill for a Security Audit, incident review, or container hardening assessment.

Security Audit

Favorites 0GitHub 0

collecting-indicators-of-compromise

by mukul975

collecting-indicators-of-compromise skill for extracting, enriching, scoring, and exporting IOCs from incident evidence. Use it for Security Audit workflows, threat intel sharing, and STIX 2.1 output when you need a practical collecting-indicators-of-compromise guide instead of a generic incident-response prompt.

Security Audit

Favorites 0GitHub 0