How SEO and GEO Work Together: A Combined Workflow
SEO and GEO combine into one workflow by sharing the technical foundation and the content-production pipeline, then adding two GEO-specific steps on top: answer-shaped content structuring and citation-rate measurement across AI engines. In practice that means most of what a content or SEO team already does doesn't change, what changes is what gets checked at the content-structuring stage and what gets measured after publishing.
Six steps make up the combined workflow: research, content structure, technical access, structured data, authority building, and measurement. Four of those six are shared, unmodified, with classic SEO practice; two carry the GEO-specific additions. Knowing exactly which two saves a team from either ignoring GEO entirely or, just as wastefully, rebuilding an entire second content pipeline that duplicates work the SEO team is already doing well.
This guide walks through the combined workflow step by step: what to do at each stage, what's shared with existing SEO practice, and what's genuinely new.
Step 1: Research (Keywords Plus Prompts)
Traditional SEO research starts with keyword volume and difficulty. A combined workflow keeps that step and adds a parallel one: the real questions your buyers would ask an AI engine about the same topic, which often look meaningfully different from the keyword you'd bid on or optimize a landing page title for. "Best [category] tools" is a fine keyword; "is there a free way to test [category] before I commit" is a realistic buyer prompt that a keyword tool won't surface but a model gets asked constantly. Building both lists together, for the same topic, ensures the content you produce actually answers what real prompts ask, not just what search volume data implies people type into a search box.
Step 2: Content Structure (Answer-Shaped, Not Rebuilt From Scratch)
This is the step that changes the most, and it's additive rather than a rewrite. Traditional SEO content structure (clear headings, logical flow, comprehensive coverage of the topic) stays intact. It's still what makes a page rank well. On top of that, a GEO-aware structure leads with a direct, self-contained answer to the implied question in the first paragraph or two, rather than several paragraphs of scene-setting before the actual answer appears. The rest of the page can still be as comprehensive as good SEO content always was; the addition is where the direct answer sits, not how much depth follows it.
Step 3: Technical (Crawlability for Two Audiences Now)
Classic technical SEO checks (robots.txt, sitemap.xml, page speed, mobile rendering) stay exactly as important as they've always been, and now serve a second audience too: AI crawlers like GPTBot, PerplexityBot, ClaudeBot, and Google-Extended, which can be blocked by the same misconfigurations that would hurt organic crawlability, sometimes by a security plugin or CDN default nobody deliberately chose. The combined technical checklist adds two GEO-specific items: confirming these AI crawler user agents specifically aren't blocked, and publishing an llms.txt file, a plain-text index purpose-built for AI crawlers that sits alongside robots.txt and sitemap.xml rather than replacing either. See our llms.txt guide for the implementation details.
Step 4: Structured Data (Now Doing Double Duty)
Schema markup (FAQPage, HowTo, Organization) has always helped SEO earn rich results in search listings. In a combined workflow it does that and gives AI engines an unambiguous, machine-readable version of the same content, reducing the odds of misattribution when a model extracts a passage. This is one of the clearest examples of "shared foundation, extended purpose": the same markup, implemented the same way, now serves two audiences instead of one. Full implementation detail is in our schema markup guide.
Step 5: Authority Building (Consistent Coverage, Corroboration)
Backlink building and topical authority-building don't change in mechanism, earning credible mentions and links from sites in your category still works the way it always has. What changes is the framing: AI engines appear to weight pages corroborated by other credible sources covering the same topic more heavily than an isolated page making the same claim alone, which is functionally the same signal search engines have long rewarded, just applied to a new decision (citation, not just ranking). A content calendar built for topical SEO authority is already doing most of this work; it doesn't need a separate GEO-specific authority strategy.
Step 6: Measurement (Two Dashboards, One Cadence)
This is the second genuinely new step. Traditional SEO measurement tracks organic rank position over time. A combined workflow adds a parallel measurement: running a fixed set of realistic buyer prompts through the AI engines that matter for your category and logging whether, how, and alongside whom you're cited, the same discipline covered in our prompt monitoring guide. Both measurements should run on the same monthly cadence, because they move independently. Our own research is the clearest illustration of why tracking only one is risky: a domain with the largest organic footprint in our dataset (over 27,800 ranked keywords) trailed two much smaller competitors on AI-citation share, a gap invisible to anyone watching organic rank alone.
What Stays Exactly the Same
Worth stating plainly, since a lot of "combined GEO+SEO" content overstates how much actually changes: crawlability, page speed, a coherent content structure, and credible backlink building are unchanged inputs that help both disciplines simultaneously. If your technical SEO foundation is broken, fixing it helps your organic rankings and your AI-citation odds at the same time. There's no separate "GEO version" of fixing a slow site or a broken sitemap.
A Single Piece of Content, Walked Through Both Ways
Take one planned article: "best project management software for remote teams." Under the combined workflow, Step 1 produces both a keyword list (search volume, difficulty) and a prompt list (the actual questions a buyer would ask an AI engine about the same topic, including comparison and constraint-based phrasings). Step 2 structures the piece with a direct, specific recommendation in the first two paragraphs, not buried after a long introduction about the history of remote work, while still building out the comprehensive comparison content that ranks well organically. Step 3 confirms the page isn't blocked for GPTBot or PerplexityBot and is listed in llms.txt. Step 4 adds FAQPage schema around the comparison questions the prompt research surfaced. Step 5 is ongoing, earning mentions and links from credible sources covering the same topic. Step 6, a month after publishing, checks both organic rank for the target keywords and citation rate across the prompt set, two numbers, from the same content, that can move in completely different directions.
Common Pitfalls in a Combined Workflow
- Treating GEO as a bolt-on step done after SEO content is "finished." The answer-shaped structuring in Step 2 is cheapest to build in from the first draft, not retrofitted after the fact.
- Measuring only one scoreboard because it's the one you already have a dashboard for. Rank-tracking tools don't observe AI citation at all, see Step 6, so an organic-only measurement habit will systematically miss a real and growing gap.
- Assuming schema markup alone is enough. Structured data (Step 4) removes ambiguity; it doesn't compensate for content that never actually states a direct answer (Step 2). Both matter, and neither substitutes for the other.
- Running the AI-engine measurement once and calling it done. A single run is a snapshot, not a trend, the same caution applies here as in prompt monitoring generally.
Do You Need Separate Teams?
For most organizations, no. The skill overlap between SEO and GEO is large enough that a single content or SEO function can typically absorb the two GEO-specific additions, answer-shaped structuring and citation measurement, rather than standing up an entirely separate discipline. Where a separate specialist starts to make sense is at genuine scale: multiple markets, multiple languages, and a measurement cadence frequent enough that manual prompt-running across several engines becomes its own part-time job. Our does SEO still matter piece covers the underlying "why both" case in more depth if that's still an open question for your team.
For the two technical building blocks referenced in Steps 3 and 4, see our full guides on llms.txt and schema markup for AI engines. For a from-scratch primer on the GEO half of this workflow, start with What Is Generative Engine Optimization (GEO)? To operationalize this whole workflow as a repeatable checklist, see how to run a GEO audit or get the full report to see where you stand today.
Frequently asked questions
Can I run SEO and GEO as one combined workflow?
Yes, and for most teams that's more efficient than treating them as separate projects. Most of the technical foundation (crawlability, page speed, structure) is shared, and the content research, structuring, and measurement steps can be extended to cover both rather than duplicated.
What's the biggest change GEO adds to an existing SEO workflow?
Two additions: a content-structuring step that leads with a direct, self-contained answer (not required for organic ranking the same way), and a measurement step built around citation rate across AI engines rather than organic rank position alone.
Do I need separate teams for SEO and GEO?
Not necessarily. The skill overlap is large (content strategy, technical SEO, structured data) and a single content team can typically absorb the GEO-specific additions rather than requiring an entirely separate function, at least at small-to-mid scale.
What stays exactly the same between SEO and GEO?
Crawlability, page speed, a coherent site structure, and credible backlink building. These help both organic ranking and AI citation odds simultaneously, with no tradeoff at that layer.