SEO & GEO
Product use cases and AI search optimization: get recommended for the right job
Copy for AI
A buyer opens ChatGPT or Perplexity and types: “Which tool should I use to categorise customer feedback automatically?” No brand name, no keyword in the classic sense. A job. The assistant compares, summarises and recommends a handful of solutions. Whoever makes that shortlist has won without the user ever clicking a search result. Whoever does not make it simply does not exist at that moment of purchase.
This shifts the question that should keep B2B and SaaS marketers up at night. No longer “do we rank for this keyword”, but “does our product get recommended for this concrete job”. In this article I explain how to build content around product use cases, why jobs-to-be-done is the right lens, how to map use cases onto the sub-questions AI asks, and how to structure a use-case page that actually gets cited. This is a core part of AI search optimization, also known as Generative Engine Optimization (GEO).
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Why AI answers jobs, not features
An AI assistant does not match a feature list. It matches a situation. The user describes a task they want done, and the assistant looks for sources that document exactly that task. According to a 2026 guide on GEO for B2B SaaS, use-case pages that describe specific application scenarios outperform generic feature lists, and comparison and case-study pages with named, measured results are among the most cited content.
That makes sense once you know how these systems assess content. AI platforms prioritise content that answers a question directly, is backed by reliable sources, and is consistent with what can be found about your brand elsewhere. A feature list answers no question. A use case does: it names the problem, the context, the steps and the outcome.
The jobs-to-be-done (JTBD) lens helps sharpen this. Instead of “our software has a sentiment analysis module”, you write “when your support team receives hundreds of tickets a day and you want to know which themes are rising, you categorise feedback automatically instead of manually”. The first sentence is a feature. The second is a job, with a trigger, a situation and a desired outcome. It is precisely that second format an AI recognises as an answer to a user question.
From features to jobs: the translation work
The practical exercise is rewriting existing product communication into jobs. For every feature, answer three questions: which user, in which situation, wants to achieve which outcome. Those three elements together form a use case that both humans and models understand.
| Feature thinking | Jobs-to-be-done thinking |
|---|---|
| ”Real-time dashboards" | "When a campaign goes live and you want to adjust budget quickly, you track conversions per channel as they come in" |
| "API integrations" | "When your CRM and support tool sit apart from each other, you connect both so an account manager sees the full customer history" |
| "Role-based permissions" | "When an external agency needs access to one project, you grant limited rights without opening up your whole account" |
| "Automated reporting" | "When you have to send a report to management every Monday, you generate it automatically instead of compiling it by hand” |
Notice how the right-hand column always starts with “when”. That trigger word forces you to name the situation in which the job arises. Those situation descriptions are exactly what lets an AI connect your product to the user’s question. For the broader logic behind writing product-focused content that converts, B2B product page content is a good complement.
Mapping use cases onto query fan-out
This is where it gets strategic. AI search systems rarely answer a serious buying question with a single query. They split the question into sub-questions, a mechanism called query fan-out, and synthesise the answers into one response. According to an analysis of query fan-out and content architecture, content teams with only one page around a term look thin, because the system simultaneously explores definitions, comparisons, use cases and implementation details. One optimised post rarely covers the full research pattern behind a buying question.
For B2B content, that is no detail. The fan-out mirrors the committee-like concerns of a purchase decision: price, integration, compliance and ROI all come up in a single sweep. Your use-case content has to serve each of those sub-questions separately. Concretely: around each core job you build a small cluster that covers the predictable sub-questions.
For the job “categorise customer feedback automatically”, it looks like this, for example:
- Definition question: “What is automated feedback categorisation?”
- Comparison question: “Best tools to categorise customer feedback”
- Implementation question: “How do you set up feedback categorisation in a support team?”
- Proof question: “Does automatic feedback categorisation really work?”
Every sub-question is a separate retrieval opportunity. You serve the definition question with a clear explanation block, the comparison question with a table or comparison page, the implementation question with a step-by-step plan, the proof question with a case study and figures. If you want to understand the underlying decomposition mechanism thoroughly, read query fan-out and intent classification. The bridge between that fan-out and your content is that each use-case page does not give one answer, but covers the entire research path of that one job.
How to structure a use-case page
A use-case page that gets cited does not read like a story but like a series of self-contained answer blocks. According to an AEO guide from Frase, an answer-first format works best: open a section with a direct answer of forty to sixty words, place your core concept in the first hundred words, and keep sections to two hundred to four hundred words around one concept, with descriptive headings phrased as a question or statement.
Translated into a use-case page, that gives a recognisable build-up:
| Element | Function for the AI |
|---|---|
| Job title as H1 | Matches the situation the user describes |
| Answer-first intro (40-60 words) | Directly citable block that summarises the job |
| When block | Names the trigger and context of the job |
| Steps or method | Serves the implementation sub-question |
| Comparison table | Serves the comparison sub-question |
| Result with figures | Proof that the solution works |
| FAQ section | Captures long-tail sub-questions |
Two structural choices make the difference. First: measurable claims. Specific numbers, percentages and timeframes are retrieved more easily than vague descriptions, so refer to concrete results in your cases rather than to “better efficiency”. Second: schema markup. For B2B SaaS, Organization, SoftwareApplication, FAQPage and HowTo are the relevant types, because they make your information machine-readable. Do not underestimate internal links either: they show the AI the connection between your definition, comparison and proof content, which strengthens the coherence of your story.
Credibility: become the source, not the brochure
Structure alone is not enough. AI systems cite sources that are credible and consistent. A use case is more convincing the more real proof it contains: a named client, a measured outcome, a method that can be followed. Generic claims without substantiation rarely become the source of a recommendation.
That ties into a broader principle in GEO: you want to become source material models draw from, not an advertising leaflet they ignore. How to approach that concretely is covered in becoming a source for AI. The common thread: document your use cases so thoroughly and factually that an AI dares to cite them as a reference. Then embed that use-case content in a well-considered B2B content marketing approach, so every job gets its own cluster and your domain gains authority across the board.
In practice, start small. Pick the three to five jobs where you are strongest, write a use-case page for each following the structure above, and map every page onto the four sub-question types. That is not content volume for volume’s sake, but a targeted answer system around the jobs you want to be recommended for.
Frequently asked questions
What is the difference between a feature page and a use-case page for AI search?
A feature page describes what your product can do, a use-case page describes which job a user gets done with it, including situation and outcome. AI assistants match on the job the user describes, not on a function list, which is why use-case pages with specific scenarios consistently outperform generic feature lists.
How many use cases should I document?
Start with the three to five jobs where your product is most clearly the best choice. Better a handful of thoroughly developed use cases with proof and the right sub-questions than dozens of thin pages. You expand later as you see which jobs generate recommendations.
How do I know which jobs to focus on?
Start from the questions your sales team and support hear most often, and from the “which tool for X” questions in your market. Test them literally in ChatGPT, Perplexity and Google AI Mode as well: once you see which solutions get recommended today, you know which jobs you need to close the gap on.
What is jobs-to-be-done in this context?
Jobs-to-be-done is a thinking framework that looks at a product from the task a user wants to get done, including the trigger and desired outcome. For AI search it is the natural translation, because the way someone describes a job to an AI assistant closely resembles how a JTBD formulation describes a use case.
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