

With the rise of generative AI, SEO enters a new stage. It's no longer enough to optimize for Google, you need to understand how language models (LLMs) work, how they select information, and how AIs present their answers.
This dictionary was created with a dual purpose:
It’s the natural companion to our other resources:
Optimizing content to be understood, selected, and recommended by LLMs such as ChatGPT, Claude, or Gemini. Similar to traditional SEO, but designed for conversational interfaces and generative answers.
Strategies to appear as a source within generative search engines (like Google SGE or Perplexity). Requires reliable, structured, and “citable” content.
Broader optimization for multimodal generative AI (text, voice, image). Includes writing best practices, technical SEO, and semantic structure to make content retrievable and AI-usable.
Optimization so that your content can be used as a response to a prompt or query within a generative system. Requires clear syntax, descriptive headings, and reusable content blocks.
Segmented, clear, and modular content, designed to be retrieved and used within RAG systems. Ideal for AIs that generate answers based on external documents.
Numerical representations of content that allow retrieval based on semantic similarity. Fundamental for AI-driven search engines and tools like ChatGPT with browsing.
An architecture that allows AI to consult external documents before generating a response. The better your content is retrieved and understood, the more likely it is to be used and cited.
Techniques to improve how your content is represented in vector databases. Achieved through semantically rich, structured, and contextualized text.
A language model architecture based on transformers, pre-trained on massive datasets and capable of generating coherent, contextual text. GPTs are the foundation of many generative AI systems and conversational models, and understanding how they process and select information is key to optimizing content for AI visibility.
The ability of language models to access and read live web content in real time. It opens new SEO opportunities, as AI can now discover, interpret, and cite updated pages beyond its original training data.
Preparing content to be useful in training custom AI models, such as corporate bots or internal AI-powered search engines.
Techniques to rank as the best answer to direct questions via assistants, voice search, or featured snippets. Essential for intent-based searches seeking “an answer,” not just a list of links.
A Google SGE feature that generates an AI-generated summary in response to a query. Sources selected can gain major visibility, though they don’t always receive direct clicks.
A search or navigation mode focused on AI interfaces. Instead of a SERP, the user gets a conversation. Requires rethinking your content’s information architecture for AI.
An evolution of the "Zero Click" concept: AI now provides complete answers without the user needing to visit your website. The competition is for authorship, mentions, and perceived authority.
Strategies to influence how AI presents your content before the user decides whether to click. Closely linked to EEAT, Schema markup, and the visual/textual structure of your content.
Adapting content to the natural language used by users and AI. Ideal for conversational queries, open-ended questions, and FAQs.
Optimization for proprietary language engines, such as corporate AI assistants. Prioritizes informative, modular, and context-rich writing.
An advanced form of semantic SEO that uses ontological relationships, enriched data, and explicit semantic frameworks. Designed for AI comprehension and connectivity.
Advanced structured data techniques to help LLMs better understand your content. A complement to Schema.org, designed for machine readability.
Techniques to control, enhance, or create custom entities within knowledge graphs used by both Google and AI models.
Best practices for human-in-the-loop AI-generated content. Aims to avoid generic, repetitive, or low-quality text.
Content designed for dialogue-based environments. Structured FAQs, question-answer flows, and formats that fit within conversational responses.
SEO adapted to content that multimodal AIs can interpret video, audio, images, graphics, and text. Each format must “speak AI.”
Local adaptation of Generative Engine Optimization. For example: “best electrician in Sabadell.” It’s local SEO, but tailored for generative search responses.
Strategies to get your content cited (with a visible URL or brand mention) in generative answers. Valuable for brand authority and exposure.
Methods for assessing how your content appears in generative answers. Includes prompt testing, citation analysis, and competitive benchmarking.
A forward-looking hypothesis: AI will read and classify your content before traditional search engines do. Structuring content for machine understanding will be key.
This dictionary is a living snapshot of SEO in the age of artificial intelligence. As of today, many of these terms are still evolving and new ones appear almost weekly.
That’s why this resource is open-ended. We’ll continue to build, revise, and expand it as technologies, models, and platforms reshape the way we search and the way we are found.
Would you add another concept?
Let us know, share it, and help us grow this new language of SEO for AI.

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Exploring the future of digital visibility in the age of artificial intelligence