GEO GEO-01

How to Appear in ChatGPT: What Actually Works and What Is Vendor Hype

Many agencies now sell 'ChatGPT positioning.' The problem isn't the intent — it's that the concept is fundamentally misbuilt. Appearing in generative AI systems doesn't work like appearing in Google, and conflating the two leads to investing in the wrong places.

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At some point in 2025 or 2026, someone put a proposal in front of you with that headline: ChatGPT Positioning. Or maybe you saw it in an article title, a webinar, or a trends report that a colleague forwarded with the note “should we be doing this?”

The pitch sounds reasonable. ChatGPT has over 200 million weekly active users. Millions of people ask it questions they used to take to Google. If your company can appear in those answers, investing in it makes sense. The logic seems airtight.

The problem isn’t the intent. The problem is that the concept is fundamentally misbuilt from the ground up.

“Positioning in ChatGPT” implies that ChatGPT has a positioning system — that there’s a position 1, a position 2, a first page of results. That there’s a predictable algorithm that can be optimized the same way Google can. None of that is true. And operating on incorrect premises produces incorrect decisions, with costs measured in both budget and time.

This article does three things: it explains why the standard frame of reference is wrong, it synthesizes what real research says about citation in LLMs, and it offers a set of concrete levers — without promising what cannot be promised.


The promise no agency can guarantee

Search for “ChatGPT positioning” today and you’ll find dozens of agencies selling the service. Some with promised results in weeks. Some with “proprietary methodologies” to get your brand into AI models. Some with guarantees that have no verification mechanism behind them.

The phenomenon is not new. Every time a new digital distribution surface emerges — featured snippets in 2014, voice search in 2016, AI Overviews in 2023 — a market of services appears promising conquests that mostly cannot be guaranteed. Not because the people selling them are necessarily dishonest. But because the distribution surface isn’t yet well understood, and the market moves faster than the knowledge does.

What’s specific about the ChatGPT case is how sharply the promise collides with the technical reality of the product.

Google has an index. It has an algorithm that is partly documented and partly reverse-engineered. It has ranking signals that have been studied for twenty years. There is a causal relationship between specific actions (earning links, structuring content in certain ways, improving page load speed) and specific outcomes (greater visibility in organic results). That causality isn’t perfect or instantaneous, but it exists and it can be measured.

ChatGPT has none of that. There is no index to crawl. There is no position ranking to target. There is no results page. There is a language model that generates probable text given an input. That is a difference in kind, not in degree.

Guaranteeing that a company will “appear in ChatGPT” is equivalent to guaranteeing that a person will mention your brand in a private conversation. You can influence the conditions that make it more likely. You cannot guarantee the outcome.


Why ChatGPT doesn’t work like Google

To understand what can be done, you first need to understand what doesn’t work.

ChatGPT has no deterministic index. Google crawls, indexes, and ranks web pages. The process has latency, has errors, has biases — but it is a real-time (or near-real-time) process that can be tracked. Base ChatGPT operates on closed training data: a corpus of text that existed up to a specific cutoff date, that doesn’t update in real time (except when the model is retrained), and whose exact composition is not public.

ChatGPT responses are stochastic. Two users asking the exact same question at the exact same moment can receive entirely different responses. Not because one is ranked higher than the other, but because language models generate text with built-in randomness (temperature). This makes any “position tracking” methodologically fragile.

Base ChatGPT and ChatGPT with web search are entirely different mechanisms. This distinction is critical and rarely explained clearly. When a user has web search enabled, ChatGPT makes real internet queries and cites specific pages it retrieves. When using base ChatGPT without search, the model operates exclusively on its training data. Strategies that make sense for one do not have the same impact on the other. And the user controls which one they use.

There is no “position 1” in ChatGPT. In Google, if a page holds the top position, every user running that search at that moment sees that page first. In ChatGPT, the concept doesn’t exist. A model can mention a company, a study, or a source in one response and omit it entirely in the next response to the same question.

This doesn’t mean it’s impossible to influence the probability of appearing. It means the reference model has to be different.


A category error with real consequences

There is a conceptual mistake at the root of many AI visibility discussions, and it has concrete consequences for how resources get allocated.

The mistake is treating “optimizing for ChatGPT” as the natural extension of “optimizing for Google” — as if the same team, with the same knowledge, could simply extend their work to cover a new platform. The logic is tempting: if we already optimize to appear in search, we now optimize to appear in AI responses.

The problem is that the mechanisms are structurally different.

SEO operates on an authority graph: documents linking to each other, with signals that allow an algorithm to infer which are most relevant for a given query. Technical optimization (speed, structure), content optimization (relevance, depth), and authority building (links) all act on that graph.

GEO — optimization to be cited by generative models — operates on a different mechanism. LLMs don’t navigate link graphs. They process probability distributions over text corpora. What makes a piece of content more likely to “surface” in a response is not its position in a graph, but the density and quality of authority signals it contains: cited sources, verifiable data, claims with supporting evidence.

Applying the classical SEO framework to GEO produces partially wrong strategies. Not because SEO is useless — SEO builds the asset that GEO will read — but because the specific optimization levers are different, and conflating them leads to expecting results that won’t arrive.

A concrete example: earning more external links is one of the most important levers in SEO. In GEO, the links your content earns matter less than the sources your content cites. Models learn to recognize authoritative content partly by how that content references other verifiable sources. Citing well increases the probability of being cited.

For a complete analysis of how SEO, AEO, and GEO function as parts of a single system — rather than parallel strategies — start here: SEO, AEO, and GEO: the visibility system nobody has fully explained yet.


Very Large Array radio telescopes in New Mexico at dawn, pointing skyward with golden light on the horizon
The Very Large Array radio telescopes detect specific signals within cosmic noise. Appearing in AI systems works similarly: it's not about broadcasting louder — it's about being the signal worth detecting. Photo: Donald Giannatti / Unsplash.

Each AI platform cites differently

One of the most common mistakes in generative AI visibility strategies is treating “AI” as a single homogeneous surface with one citation logic. The reality is that the leading platforms have radically different source-selection mechanisms.

Platform Primary mechanism Most-cited content type What it penalizes or ignores
ChatGPT (base model) Training data (closed corpus up to cutoff date) Content with authority signals: cited sources, verifiable data, technical documentation Promotional language, unsupported claims, pages built to sell rather than inform
ChatGPT (with web search) Real-time web browsing + model synthesis Pages with direct answers to the query, clear structure, fast load times Slow pages, no answer structure, no updated data
Claude (Anthropic) Mix of training and retrieval depending on context UGC (forums, communities, Reddit) 10× more than other models; in-depth technical documentation Generic content marketing material; articles with no original perspective
Perplexity Web search primary, synthesis secondary Reddit and community forums (46.7% of citations); reports with proprietary data; verifiable sources Content without external references; articles without concrete data
Gemini (Google) Integration with Google ecosystem + training data Content with structured data (schema markup), Knowledge Graph, sources from Google's index Content without schema, without presence in Google's knowledge graph

Sources: Digital Bloom Intelligence (2025); OpenAI documentation; Anthropic research. Citation proportions are estimates based on output analysis — not official platform data.

The Claude data point (10× more UGC citation than Gemini) is not a curiosity. It is a signal that optimal strategies differ depending on which platform you prioritize. For Gemini, investment in structured data and schema markup has direct impact. For Claude, presence in technical communities and specialized forums matters more than any branded content strategy will ever achieve.

Also significant is the minimal overlap between platforms: according to Digital Bloom’s 2025 analysis, only 11% of the domains ChatGPT cites also appear in Perplexity’s citations. That means “being in AI” is actually about being relevant across distinct systems, with distinct logics, that frequently don’t overlap.

An AI visibility strategy that doesn’t distinguish between these platforms is like a paid digital advertising strategy that doesn’t distinguish between Meta, LinkedIn, and Google Ads because “they’re all paid channels.” The category is the same in the abstract. The mechanisms are entirely different.


What real research says about being cited in LLMs

There is relatively little rigorous academic research on GEO, which leaves the space dominated by opinion and by vendors presenting their methodology as if it were established science. The data that does exist is more nuanced — and more useful — than most of what gets published on marketing blogs.

The most-cited study in the GEO literature comes from researchers at Princeton and Georgia Tech, published at the KDD 2024 conference (arXiv:2311.09735). It is the reference work precisely because it is one of the few studies that measures the impact of specific interventions on citation probability in LLMs, with a verifiable methodology.

Its results are concrete:

Citing named external sources with clear attribution increases the probability that content will be cited by LLMs by 115% compared to equivalent content without sources.

Including statistics with verifiable attribution increases citation probability by 41%.

Promotional language reduces citation by 26.19%. This finding is counterintuitive for many marketing teams: the content that “sells” best is the content least likely to be cited by a language model. Models learn to detect and deprioritize sales-oriented tone, possibly because in their training corpora that tone is associated with lower informational value.

Two conclusions follow from this that rarely appear in trend articles:

First: The most effective GEO levers are the same ones that make content editorially strong. Citing rigorously, including verifiable data, writing to inform rather than to sell. This is not a coincidence. Models learn from millions of documents, and editorially strong documents are the ones most linked, most cited, and most shared. Editorial quality is not a substitute for AI optimization — it is its precondition.

Second: The study’s results describe probabilities, not guarantees. No intervention can guarantee citation in a stochastic system. What can be done is building the conditions that make the result more probable.


An honest framework for increasing the probability of appearing

This leads to the practical question: if you can’t “rank in ChatGPT” the way you rank in Google, what can you actually do?

The answer exists. It isn’t a positioning trick — it’s a set of conditions that research and the underlying logic of LLM functioning suggest increase citation probability. Four levers with a verified basis:

Editorial framework · Maccam Network

  1. Deep topical authority

    LLMs build their "knowledge" on statistical distributions of text. A domain with dozens of genuinely in-depth articles within a specific territory carries more semantic mass than one with hundreds of shallow articles across many topics. Breadth does not build authority in LLMs; depth does. Define 3–5 territories and build deep before expanding.

  2. Structure that models can read

    LLMs with web access retrieve and synthesize content. Structure matters: headers that answer specific questions, direct answers before nuance, schema markup to make meaning explicit. For content in training corpora, structural coherence signals editorial quality. Structure to answer questions, not to demonstrate expertise in vague terms.

  3. Verifiable citation signals

    Models recognize authority partly by how content cites other authorities. Statistical data with named sources, references to identifiable research, named expert quotes — these signals increase citation probability by +41–115% (Princeton/Georgia Tech, KDD 2024). Promotional language reduces it by 26%. Write as someone who informs, not as someone who sells.

  4. Presence in the ecosystems LLMs read

    Perplexity cites Reddit in 46.7% of its responses. Claude cites community forums 10× more than other models. GitHub, Stack Overflow, Wikipedia, and academic publications are overrepresented in the training corpora of most LLMs. Being present where real conversations happen has direct impact. Identify the communities where your topic is actively discussed and build genuine presence there.

These four levers do not guarantee citation — they increase probability. GEO operates on a stochastic system; no deterministic optimization equivalent to Google's exists.

What these four levers have in common is that none of them is a trick. None is a “GEO hack.” They are the conditions that make any content genuinely valuable — and research shows that language models, ultimately, tend to reflect that.

That is why any AI visibility strategy that doesn’t begin with building real editorial authority has a very short horizon.


When it makes sense to invest in AI visibility

GEO is not right for every organization at every moment. There are baseline conditions that determine whether the investment makes sense.

The necessary conditions for GEO to be relevant:

  • Your domain already has established SEO authority. LLMs “learn” partly from the same patterns that Google’s algorithm has identified as quality indicators. If your SEO is weak, pursuing GEO on top of that foundation is building on ground that doesn’t exist.
  • You already have published content with genuine depth in your thematic territory. GEO requires mass — not 500-word articles about “what is marketing,” but 3,000-word pieces that solve real problems with real data.
  • Your audience actively uses ChatGPT, Perplexity, or other LLMs to research in your category. If your clients make purchasing decisions without passing through those platforms, GEO’s business impact will be limited even if you execute it correctly.

The signals that say not yet:

  • Your website doesn’t appear in organic search results in your sector. If Google can’t find you, the odds that LLMs will cite you are low.
  • Your current content is optimized to sell, not to inform. The highest-impact negative lever in GEO (promotional language, -26.19%) is exactly the tone in which 80% of brand content is written.
  • You’re looking for results in weeks. GEO, like SEO, builds long-term assets. Timelines are similar: 6 to 18 months to see verifiable citation depending on your starting authority.

One question worth asking before engaging any GEO service:

Can you show me specific examples of queries where your prior work resulted in verifiable LLM citation, along with the measurement methodology you used? If the answer is vague, the promise probably is too.

GEO is a distribution tactic. Like any tactic, it only makes sense when there is a strategy behind it. If you’re not yet clear on whether your company has a real marketing strategy or simply marketing activity, that is the starting point. This article explains the difference and its practical consequences.

If the question you’re facing is different — not “how does AI find me” but “how do I implement AI in my company to improve operations without burning budget” — that’s a separate analysis with its own failure data and its own framework: How to implement AI in a mid-sized company without burning budget.


What separates organizations that begin appearing in LLM responses from those that don’t is not a technical trick someone sold them. It’s that they have content worth citing: deep, sourced, data-grounded, written to inform someone who needs to make a decision.

That isn’t new. It’s what distinguished good journalism from bad journalism before algorithms existed. LLMs, with all their technical complexity, have ended up learning the same thing.

If your current content doesn’t meet that standard, the priority is not optimizing it for ChatGPT. It’s making it worth reading by a demanding human being. Everything else comes after.

To go deeper on what specifically distinguishes classical SEO from GEO, and what changes strategically when users ask instead of search, we break it down in GEO vs. SEO: what changes when users ask questions instead of searching.

Want to assess whether your content has the right foundation for an AI visibility strategy? Tell us where you stand.

Preguntas frecuentes

No. ChatGPT does not have a deterministic ranking system like Google. Responses vary depending on which model is being used, whether web search is enabled, the conversation history, and the inherent stochastic nature of the model. What can be done is increasing the probability of citation by applying authority signals validated by academic research: external sources, statistical data with attribution, and factual rather than promotional language.

No. Each platform has a radically different citation logic. Claude cites user-generated content (forums, Reddit, technical communities) up to 10 times more than Gemini, which favors structured data and Google's ecosystem. Perplexity pulls 46.7% of its sources from Reddit due to its real-time web access. Base ChatGPT and ChatGPT with web browsing enabled are entirely different mechanisms. Any 'AI visibility strategy' that doesn't distinguish between platforms has no real basis.

GEO is the practice of optimizing content to increase the probability of being cited by large language models (LLMs) such as ChatGPT, Claude, Gemini, or Perplexity. Unlike SEO, there is no position ranking: models either cite content or they don't. The factors with the highest documented impact (Princeton and Georgia Tech, KDD 2024, arXiv:2311.09735) are: citing named external sources (+115% citation probability), including statistics with verifiable attribution (+41%), and avoiding promotional language (-26.19% citation probability when present).

It depends on exactly what the agency is offering. If the proposal involves building genuine topical authority, optimizing content architecture so that models can process it effectively, and creating verifiable citation signals, it merits serious evaluation. If the proposal is 'we'll rank you in ChatGPT' without explaining the mechanism, that is a promise without technical grounding. The right question to ask any agency is: what specific changes will you make, and why would those changes increase citation probability based on available data?

Generally, yes — English-language content has greater representation in the training data of most LLMs, which creates a baseline advantage. However, on platforms with live web search (ChatGPT Browse, Perplexity, Gemini with search enabled), the user's query language preferentially activates sources in that same language. For non-English markets, the low density of quality content on many technical topics in those languages is simultaneously a challenge (less accumulated authority) and an opportunity (less competition for those who build first).

For GEO, timelines are similar to or longer than SEO: 6 to 18 months to see verifiable citation results, depending on pre-existing domain authority and the depth of published content. Model updates and changes to training corpora can affect results that already existed. GEO is not a fast-impact investment — it is medium- to long-term asset building.

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