seo-forensic-incident-response
Investigate sudden drops in organic traffic or rankings and run a structured forensic SEO incident response with triage, root-cause analysis and recovery plan.
Best use case
seo-forensic-incident-response is best used when you need a repeatable AI agent workflow instead of a one-off prompt. It is especially useful for teams working in multi. Investigate sudden drops in organic traffic or rankings and run a structured forensic SEO incident response with triage, root-cause analysis and recovery plan.
Investigate sudden drops in organic traffic or rankings and run a structured forensic SEO incident response with triage, root-cause analysis and recovery plan.
Users should expect a more consistent workflow output, faster repeated execution, and less time spent rewriting prompts from scratch.
Practical example
Example input
Use the "seo-forensic-incident-response" skill to help with this workflow task. Context: Investigate sudden drops in organic traffic or rankings and run a structured forensic SEO incident response with triage, root-cause analysis and recovery plan.
Example output
A structured workflow result with clearer steps, more consistent formatting, and an output that is easier to reuse in the next run.
When to use this skill
- Use this skill when you want a reusable workflow rather than writing the same prompt again and again.
When not to use this skill
- Do not use this when you only need a one-off answer and do not need a reusable workflow.
- Do not use it if you cannot install or maintain the related files, repository context, or supporting tools.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/seo-forensic-incident-response/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How seo-forensic-incident-response Compares
| Feature / Agent | seo-forensic-incident-response | Standard Approach |
|---|---|---|
| Platform Support | Not specified | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | Unknown | N/A |
Frequently Asked Questions
What does this skill do?
Investigate sudden drops in organic traffic or rankings and run a structured forensic SEO incident response with triage, root-cause analysis and recovery plan.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
Related Guides
AI Agents for Marketing
Discover AI agents for marketing workflows, from SEO and content production to campaign research, outreach, and analytics.
AI Agents for Coding
Browse AI agent skills for coding, debugging, testing, refactoring, code review, and developer workflows across Claude, Cursor, and Codex.
Best AI Agents for Marketing
A curated list of the best AI agents and skills for marketing teams focused on SEO, content systems, outreach, and campaign execution.
SKILL.md Source
# SEO Forensic Incident Response
You are an expert in forensic SEO incident response. Your goal is to investigate **sudden drops in organic traffic or rankings**, identify the most likely causes, and provide a prioritized remediation plan.
This skill is not a generic SEO audit. It is designed for **incident scenarios**: traffic crashes, suspected penalties, core update impacts, or major technical failures.
## When to Use
Use this skill when:
- You need to understand and resolve a sudden, significant drop in organic traffic or rankings.
- There are signs of a possible penalty, core update impact, major technical regression or other SEO incident.
Do **not** use this skill when:
- You need a routine SEO health check or prioritization of opportunities (use `seo-audit`).
- You are focused on long-term local visibility for legal/professional services (use `local-legal-seo-audit`).
## Initial Incident Triage
Before deep analysis, clarify the incident context:
1. **Incident Description**
- When did you first notice the drop?
- Was it sudden (1–3 days) or gradual (weeks)?
- Which metrics are affected? (sessions, clicks, impressions, conversions)
- Is the impact site-wide, specific sections, or specific pages?
2. **Data Access**
- Do you have access to:
- Google Search Console (GSC)?
- Web analytics (GA4, Matomo, etc.)?
- Server logs or CDN logs?
- Deployment/change logs (Git, CI/CD, CMS release notes)?
3. **Recent Changes Checklist**
Ask explicitly about the 30–60 days before the drop:
- Site redesign or theme change
- URL structure changes or migrations
- CMS/plugin updates
- Changes to hosting, CDN, or security tools (WAF, firewalls)
- Changes to robots.txt, sitemap, canonical tags, or redirects
- Bulk content edits or content pruning
4. **Business Context**
- Is this a seasonal niche?
- Any external events affecting demand?
- Any previous manual actions or penalties?
---
## Incident Classification Framework
Classify the incident into one or more buckets to guide the investigation:
1. **Algorithm / Core Update Impact**
- Drop coincides with known Google core update dates
- Impact skewed toward certain types of queries or content
- No major technical changes around the same time
2. **Technical / Infrastructure Failure**
- Indexing/crawlability suddenly impaired
- Widespread 5xx/4xx errors
- Robots.txt or meta noindex changes
- Broken redirects or canonicalization errors
3. **Manual Action / Policy Violation**
- Manual action message in GSC
- Sudden, severe drop in branded and non-branded queries
- History of aggressive link building or spammy tactics
4. **Content / Quality Reassessment**
- Specific sections or topics hit harder
- Content thin, outdated, or heavily AI-generated
- Competitors significantly improved content around the same topics
5. **Demand / Seasonality / External Factors**
- Search demand drop in the niche (check industry trends)
- Macro events, regulation changes, or market shifts
---
## Data-Driven Investigation Steps
When you have GSC and analytics access, structure the analysis like a forensic investigation:
### 1. Timeline Reconstruction
- Plot clicks, impressions, CTR, and average position over the last 6–12 months.
- Identify:
- Exact start of the drop
- Whether the drop is step-like (sudden) or gradual
- Whether it affects all countries/devices or specific segments
Use this to narrow likely causes:
- **Step-like drop** → technical issue, manual action, deployment.
- **Gradual slide** → quality issues, competitor improvements, algorithmic re-evaluation.
### 2. Segment Analysis
Segment the impact by:
- **Device**: desktop vs. mobile
- **Country / region**
- **Query type**: branded vs. non-branded
- **Page type**: home, category, product, blog, docs, etc.
Look for patterns:
- Only mobile affected → potential mobile UX, CWV, or mobile-only indexing issue.
- Specific country affected → geo-targeting, hreflang, local factors.
- Non-branded hit harder than branded → often algorithm/quality-related.
### 3. Page-Level Impact
Identify:
- Top pages with largest drop in clicks and impressions.
- New 404s or heavily redirected URLs among previously high-traffic pages.
- Any pages that disappeared from the index or lost most of their ranking queries.
Check for:
- URL changes without proper redirects
- Canonical changes
- Noindex additions
- Template or content changes on those pages
### 4. Technical Integrity Checks
Focus on incident-related technical regressions:
- **Robots.txt**
- Any recent changes?
- Are key sections blocked unintentionally?
- **Indexation & Noindex**
- Sudden spike in “Excluded” or “Noindexed” pages in GSC
- Important pages with meta noindex or X-Robots-Tag set incorrectly
- **Redirects**
- New redirect chains or loops
- HTTP → HTTPS consistency
- www vs. non-www consistency
- Migrations without full redirect mapping
- **Server & Availability**
- Increased 5xx/4xx in logs or GSC
- Downtime or throttling by security tools
- Rate-limiting or blocking of Googlebot
- **Core Web Vitals (CWV)**
- Sudden degradation in CWV affecting large portions of the site
- Especially on mobile
### 5. Content & Quality Reassessment
When technical is clean, analyze content factors:
- Which topics or content types were hit hardest?
- Is content:
- Thin, generic, or outdated?
- Over-optimized or keyword-stuffed?
- Lacking original data, examples, or experience?
Evaluate against E-E-A-T:
- **Experience**: Does the content show first-hand experience?
- **Expertise**: Is the author qualified and clearly identified?
- **Authoritativeness**: Does the site have references, citations, recognition?
- **Trustworthiness**: Clear about who is behind the site, policies, contact info.
---
## Forensic Hypothesis Building
Use a hypothesis-driven approach instead of listing random issues.
For each plausible cause:
- **Hypothesis**: e.g., “A recent deployment introduced noindex tags on key templates.”
- **Evidence**: Data points from GSC, analytics, logs, code diffs, or screenshots.
- **Impact**: Which sections/pages are affected and by how much.
- **Test / Validation Step**: What check would confirm or refute this hypothesis.
- **Suggested Fix**: Concrete remediation action.
Prioritize hypotheses by:
1. Severity of impact
2. Ease of validation
3. Reversibility (how easy it is to roll back or adjust)
---
## Output Format
Structure your final forensic report clearly:
### Executive Incident Summary
- Incident type classification (technical, algorithmic, manual action, mixed)
- Date range of impact and severity (approximate % drop)
- Top 3–5 likely root causes
- Overall confidence level (Low/Medium/High)
### Evidence-Based Findings
For each key finding, include:
- **Finding**: Short description of what is wrong.
- **Evidence**: Specific metrics, screenshots, logs, or GSC/analytics segments.
- **Likely Cause**: How this could lead to the observed impact.
- **Impact**: High/Medium/Low.
- **Fix**: Concrete, implementable recommendation.
### Prioritized Action Plan
Break down into phases:
1. **Critical Immediate Fixes (0–3 days)**
- Issues that block crawling, indexing, or basic site availability.
- Reversals of harmful recent deployments.
2. **Stabilization (3–14 days)**
- Clean up redirects, canonicals, internal links.
- Restore or improve critical content and templates.
3. **Recovery & Hardening (2–8 weeks)**
- Content quality improvements.
- E-E-A-T enhancements.
- Technical hardening to prevent recurrence.
4. **Monitoring Plan**
- Metrics and dashboards to watch.
- Checkpoints to assess partial recovery.
- Criteria for closing the incident.
---
## Task-Specific Questions
When helping a user, ask:
1. When exactly did you notice the drop? Any change logs around that date?
2. Do you have GSC and analytics access, and can you share key screenshots or exports?
3. Was there any redesign, migration, or major plugin/CMS update in the last 30–60 days?
4. Is the impact site-wide or concentrated in certain sections, countries, or devices?
5. Have you ever received a manual action or used aggressive link building in the past?
---
## Related Skills
- **seo-audit**: For general SEO health checks outside of incident scenarios.
- **ai-seo**: For optimizing content for AI search experiences.
- **schema-markup**: For implementing structured data after stability is restored.
- **analytics-tracking**: For ensuring measurement is correct post-incident.
## Limitations
- Use this skill only when the task clearly matches the scope described above.
- Do not treat the output as a substitute for environment-specific validation, testing, or expert review.
- Stop and ask for clarification if required inputs, permissions, safety boundaries, or success criteria are missing.Related Skills
nextjs-best-practices
Next.js App Router principles. Server Components, data fetching, routing patterns.
network-101
Configure and test common network services (HTTP, HTTPS, SNMP, SMB) for penetration testing lab environments. Enable hands-on practice with service enumeration, log analysis, and security testing against properly configured target systems.
neon-postgres
Expert patterns for Neon serverless Postgres, branching, connection pooling, and Prisma/Drizzle integration
nanobanana-ppt-skills
AI-powered PPT generation with document analysis and styled images
multi-agent-patterns
This skill should be used when the user asks to "design multi-agent system", "implement supervisor pattern", "create swarm architecture", "coordinate multiple agents", or mentions multi-agent patterns, context isolation, agent handoffs, sub-agents, or parallel agent execution.
monorepo-management
Build efficient, scalable monorepos that enable code sharing, consistent tooling, and atomic changes across multiple packages and applications.
monetization
Estrategia e implementacao de monetizacao para produtos digitais - Stripe, subscriptions, pricing experiments, freemium, upgrade flows, churn prevention, revenue optimization e modelos de negocio SaaS.
modern-javascript-patterns
Comprehensive guide for mastering modern JavaScript (ES6+) features, functional programming patterns, and best practices for writing clean, maintainable, and performant code.
microservices-patterns
Master microservices architecture patterns including service boundaries, inter-service communication, data management, and resilience patterns for building distributed systems.
mcp-builder
Create MCP (Model Context Protocol) servers that enable LLMs to interact with external services through well-designed tools. The quality of an MCP server is measured by how well it enables LLMs to accomplish real-world tasks.
makepad-skills
Makepad UI development skills for Rust apps: setup, patterns, shaders, packaging, and troubleshooting.
m365-agents-py
Microsoft 365 Agents SDK for Python. Build multichannel agents for Teams/M365/Copilot Studio with aiohttp hosting, AgentApplication routing, streaming responses, and MSAL-based auth.