Creative production
Customer language becomes angles, creator-native ads, product films, and useful variation.
Hooks · UGC · AI video→Global Markets
Local Hubs
All hubs →A focused capability inside one connected GTM system.
Search is splitting. Google still matters · but ChatGPT, Perplexity, Gemini, Claude, and AI Overviews now answer buying questions directly. If your brand is not in the training data, the citations, or the structured sources these models pull from · you are invisible to the next generation of buyers.
AIO (AI search optimization) and GEO (generative engine optimization) are not future problems. They are traffic you are already losing. We build the entity presence, content structure, and technical signals that make AI engines cite you by name.
We do not invent client logos. Capability demos are labeled until named cases are cleared. Our own site is structured for AI citation as a working example · inspect the schema, llms.txt, and entity architecture.
The work starts with the operating reality: what is slowing useful learning, where the promise breaks, and which intervention can produce a commercial signal next.
Traditional SEO optimizes for a link in ten blue results. AI search optimization ensures your brand appears inside the generated answer itself · as a named source, a recommended option, or a quoted expert. The mechanics are different: entity clarity, structured claims, citation-ready formatting, and consistent information across the surfaces LLMs ingest.
We start with an AI visibility audit: where does your brand appear (or fail to appear) when someone asks ChatGPT, Perplexity, or Gemini about your category? What do the models say about you today? What competitors are they citing instead · and why?
Content is restructured for citation fitness: clear entity declarations (who you are, what you do, where you operate), definitive answers to category questions, comparison-ready positioning, and schema that disambiguates you from the noise. This is not keyword stuffing for bots · it is information architecture that is precise enough for a language model to quote correctly.
Technical implementation includes JSON-LD entity graphs (Organization, Product, Service, FAQPage, HowTo), llms.txt files for direct AI ingestion, structured data that matches your actual claims (not aspirational schema that contradicts reality), canonical content hubs that consolidate authority, and a backlink/mention profile that reinforces entity identity across the web.
We also address the distribution layer: are you present in the knowledge sources these models trust? Wikipedia, industry directories, data aggregators, authoritative publications, and .edu/.gov mentions all feed LLM training and retrieval-augmented generation (RAG). We build a citation ecosystem · not just pages.
Measurement is still maturing but not unmeasurable: we track brand mention presence in AI answer surfaces, monitor share of voice in generative results, log citation source URLs, and correlate with direct/branded traffic patterns that indicate AI-driven discovery.
Creative production, paid learning, Shopify conversion, and AI operations share one learning loop. This capability takes the lead where the current constraint demands it.
Customer language becomes angles, creator-native ads, product films, and useful variation.
Hooks · UGC · AI video→Spend is structured to reveal what message, format, and offer deserves the next iteration.
Tests · Decisions · Winners→Winning campaign language continues through landing pages, PDPs, offers, and lifecycle.
Landers · PDP · CRO→Research, versioning, reporting, and handoffs run in the background so the next brief starts smarter.
Agents · Automation · OpsEach output is designed to hand useful context into the next creative, media, commerce, or operating decision.
How your brand appears (or doesn't) in ChatGPT, Perplexity, Gemini, and AI Overviews today · vs. competitors who are being cited.
JSON-LD entity graph, Organization/Product/Service schema, knowledge panel signals, and disambiguation strategy.
Reformat and create content that AI models can quote accurately · definitions, comparisons, process steps, and structured claims.
Machine-readable brand declarations, entity descriptions, and structured offering summaries for direct LLM consumption.
Presence in authoritative sources LLMs trust: directories, data aggregators, publications, and structured databases.
Track brand citations across AI answer surfaces, share of voice in generative results, and correlation with traffic patterns.
The labels change by capability. The operating discipline does not: find the constraint, build a useful test, read the signal, and return the learning.
Map current AI visibility, competitor citations, and entity gaps across ChatGPT, Perplexity, Gemini, AI Overviews.
Design entity schema, content structure, and citation targets for your category and geography.
Implement structured data, reformat content, deploy llms.txt, build citation ecosystem in priority sources.
Track AI citations, measure share of voice in generative results, iterate on gaps and new surfaces.
The ranking factors are different · entity clarity and citation authority matter more than keyword density or backlink volume alone.
JSON-LD claiming awards you didn't win or services you don't offer damages trust when models cross-reference.
LLMs pull from specific places: Wikipedia, authoritative directories, .edu references, and recently-crawled authoritative pages. If you're absent from the sources, no on-page optimization alone will fix citation.
AI search share is growing quarterly. Brands that build entity presence now compound advantage; latecomers face a citation gap that's harder to close than a ranking gap.
AI visibility audit as a fixed diagnostic; ongoing GEO retainer bundles with SEO lane. See /services#investment for how engagements are structured.
Full working ranges live in the services engagement section. Exact quotes follow diagnosis, volume, markets, and technical constraints.
Start with the teardown ↗Scope, fit, process, and the constraints that matter before work begins.
SEO optimizes for ranking in search results pages (SERPs). AIO/GEO optimizes for being cited inside AI-generated answers · in ChatGPT, Perplexity, Gemini, AI Overviews, and other generative surfaces. Both matter; they are complementary but require different signals.
No · just as no one can guarantee a #1 Google ranking. What we can do is build the entity clarity, structured data, citation sources, and content format that maximize the probability of citation. We measure and iterate.
No. Strong traditional SEO is a foundation that GEO builds on. Entity authority, page quality, and crawlability still matter to AI retrieval systems. We run both as one integrated program.
We monitor brand mentions in AI responses (via systematic queries), track which of your pages appear as cited sources, measure share of voice vs. competitors in generative results, and correlate with branded/direct traffic patterns. The measurement layer is evolving · we use the best available signals honestly.
llms.txt is a standardized file (like robots.txt for search engines) that provides structured information about your brand directly to AI models. It declares who you are, what you offer, and where your authoritative content lives · giving models a reliable source to cite rather than scraping ambiguous pages.
Yes. AI shopping assistants are already recommending products by name. Product-level entity markup, comparison content, and presence in shopping-specific AI surfaces (Google Shopping AI, ChatGPT product recommendations) are increasingly important for ecommerce brands.
Entity and schema fixes can appear in AI Overviews within weeks. Training data influence is slower (months, tied to model refresh cycles). Citation ecosystem building compounds over quarters. We set realistic timelines per surface.
Yes. We can operate as the AI search specialist layer alongside an existing SEO program, or integrate both under one retainer. The work is complementary.
Send the store and a few current ads. We’ll identify whether this capability is the expensive constraint—or whether another part of the system should move first.