Measure the answer space before changing it
Build a fixed prompt universe around buyer problems, categories, comparisons and use cases. Record brand mentions, cited URLs, source domains and competitors so later movement has a reference point.
I help B2B, SaaS and WordPress teams understand where they appear in ChatGPT, Perplexity, Gemini and other AI-assisted research journeys, why particular sources are being cited, and what can be improved across content, technical search foundations and third-party evidence. The work starts with a fixed baseline — not promises about “ranking #1 in AI.”
Build a fixed prompt universe around buyer problems, categories, comparisons and use cases. Record brand mentions, cited URLs, source domains and competitors so later movement has a reference point.
Identify which owned pages and third-party domains repeatedly appear for the prompt set. That separates a content gap from an authority, distribution or technical retrieval problem.
Answer-first structure, evidence, internal links, schema, metadata, crawlability and content consolidation are implemented on the pages most likely to influence the buyer journey.
Find legitimate publications, directories, communities and comparison surfaces already used as sources, then close factual gaps without spam or manufactured citations.
Rerun the fixed prompt set and track mentions, citations and referral sessions separately from demos, leads or revenue. GEO only matters if visibility can be connected to a useful outcome.
Generative engine optimization sits on top of search fundamentals, but the unit of analysis changes. Instead of looking only at a ranked list of URLs, we also look at the answer: which brands are mentioned, which pages are cited, which source domains are trusted and which facts are consistently retrieved.
AI visibility does not excuse crawl, indexation or rendering problems. Canonicals, internal linking, clean templates, useful titles, structured data and strong page-level relevance still matter because answer engines often rely on search and web retrieval layers.
For the underlying implementation work, see WordPress technical SEO.
Two sites can rank similarly in Google and still be represented differently in AI answers. GEO adds prompt-level monitoring, source analysis and citation readiness so we can see whether the missing signal is on your site, in third-party sources or in how the category itself is described online.
“We optimized for AI” is not a deliverable. A useful program produces a baseline, a prioritized implementation plan, changed pages, source opportunities and a measurement loop.
A controlled set of prompts covering problem discovery, category research, alternatives, comparisons, implementation questions and vendor selection. Prompts are kept stable enough to measure directional change over time.
For each prompt, record whether the brand appears, which owned URL is cited when it does, which competitors appear and which third-party domains repeatedly shape the answer.
Cluster cited sources into owned content, publishers, review sites, directories, documentation, communities and other surfaces. This prevents wasting time publishing another page when the actual gap is external evidence.
Review crawl/index behavior, canonicals, rendered HTML, schema, author/entity clarity, internal links, metadata and template consistency. Technical fixes are implemented where they materially affect discoverability or interpretation.
Prioritize pages where the site can contribute a clearer definition, comparison, implementation answer, first-party evidence, case study or original data point instead of publishing generic volume.
Track changes in mention rate, citation rate, cited owned URLs and source mix. AI referral sessions and conversions are reviewed separately where analytics can identify them.
AI outputs are probabilistic and can vary by model, location, account context and time. The answer is not to pretend that variability does not exist. The answer is to control what we can control in the measurement design.
An AI citation is not automatically a lead. I keep visibility metrics separate from acquisition and conversion metrics so the reporting does not manufacture causality.
The reporting should show correlation and observed paths, not claim that a model mention caused a sale when the data cannot prove it.
The goal is not to write robotic “AI SEO” copy. It is to make the useful part of the page easy to find, verify and attribute.
The supporting article GEO strategy guide goes deeper into what to evaluate when comparing approaches and providers.
The strongest technical work is boring in the best way: make the important content crawlable, renderable, internally connected and unambiguous, then expose machine-readable context where it is honest and useful.
Check robots rules, canonical targets, redirects, duplicate parameters, JavaScript rendering and XML sitemaps. A page that search systems cannot reliably discover is a poor GEO candidate.
Use schema to clarify real entities and visible content — services, people, organizations, breadcrumbs, articles and FAQs — without inventing ratings, reviews or facts that are not on the page.
Connect service pages, supporting guides, cases and definitions so important entities and topics are not isolated. Internal anchors should describe the destination instead of repeating the same commercial keyword everywhere.
Keep key templates usable and fast. See the Core Web Vitals optimization service when field performance is part of the search problem.
I treat llms.txt as optional machine-facing documentation, not as a ranking switch. It can summarize identity and key resources, but it does not replace crawlability, useful pages or real authority.
Where manual checks become repetitive, the monitoring layer can be automated through APIs and workflow tools. Related: WordPress AI automation.
If answer engines repeatedly cite comparison sites, respected publications, documentation or communities for a category, publishing another self-authored claim may not close the gap.
The practical work is to identify where accurate information about the category belongs and improve your presence there when you have a legitimate reason to participate: product directories, partner pages, expert contributions, original research, documentation, public case studies or community answers.
I do not recommend manufactured reviews, fake community participation, citation farms or mass AI-generated “parasite” pages. Those create reputation and platform risk while making measurement noisier.
For most teams I would start with a 30-day baseline and implementation sprint. That is enough to establish measurement, fix obvious technical/content gaps and learn which sources dominate the category without committing to an open-ended program.
Agree the buyer prompt universe, comparison set and measurement rules. Record current mentions, citations, source domains and the owned pages already appearing.
Map gaps to specific pages and templates. Separate what needs code, what needs content, what needs consolidation and what depends on third-party evidence.
Ship a small number of changes properly: strengthen service pages, add missing evidence, improve internal links/schema and create or upgrade the supporting resource that best matches the source gap.
Validate crawl/index behavior, rerun the same prompt set, document what moved and what did not, and decide whether the next investment belongs in owned content, technical work or external source participation.
Generative engine optimization, or GEO, is the work of improving how clearly a brand, product or expert is represented in AI-generated answers. It combines search foundations, entity clarity, citation-ready content, source analysis and repeated measurement against a fixed prompt set.
SEO primarily optimizes discoverability and ranking in search results. GEO also studies which sources AI systems use, whether a brand is mentioned or cited in answers, and how owned content can become easier to retrieve, understand and reference. The two overlap heavily and should share technical and content foundations.
No. AI systems choose and change sources independently, and outputs can vary by model, prompt, location and time. A serious GEO engagement can improve the inputs you control and measure visibility consistently, but it cannot guarantee a citation or fixed position.
I define a fixed set of commercially relevant prompts, record brand mentions, cited URLs and source domains, then repeat the same measurement after implementation. Referral traffic and downstream conversions from AI platforms are tracked separately where analytics data is available.
No. An llms.txt file can make site intent easier for some tools to inspect, but it is not a guarantee of inclusion or ranking. Crawlability, indexation, useful content, entity clarity and trustworthy third-party sources remain more fundamental.
Yes. WordPress gives direct control over templates, internal links, structured data, metadata, crawl behavior and content architecture. Where the work needs custom measurement, feeds or automation, those can be implemented with plugins or API workflows.
Send me your site, the product/category you want to be associated with and the competitors buyers usually compare. I’ll scope a fixed prompt baseline and the smallest sensible first implementation.
These pages cover the technical and AI layers that usually sit underneath an AI-visibility program.
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