Search is changing...
Google is increasingly using AI to generate and organise answers, while platforms such as ChatGPT are becoming another way for people to discover information online.
For digital publishers, this creates a new challenge. It is no longer enough to ask whether a digital publication can be found in traditional search. You also need to consider whether the content inside it can be crawled, understood, contextualised and potentially surfaced by generative AI search systems.
The foundations are familiar: useful content, strong structure, crawlability, accessibility, internal linking and appropriate structured data. But the way a publication is built can make a significant difference to how effectively those foundations can be applied.
To make a digital publication more discoverable in Google's generative AI search and platforms like ChatGPT:
There is no technique that guarantees inclusion in Google AI Overviews, AI Mode or ChatGPT. The objective is to give search engines and AI systems high-quality, accessible and well-structured content they can understand and use.
YUDU Publisher supports more than one approach to digital publishing.
You can upload an existing PDF and convert it into a digital publication, then enhance it through the platform with interactive features and other digital content.
But when search and AI discoverability are priorities, building the publication natively in HTML offers much more.
A PDF-derived publication starts with a fixed-format document that has been designed primarily for visual presentation. A digital-first design is built as web content from the outset.
Its text, headings, links, page structure and other content elements can be represented directly as HTML. This provides search engines and other web-based systems with a clearer underlying structure to crawl and interpret.
That distinction becomes increasingly relevant as search moves beyond traditional results towards conversational and generative experiences.
The objective isn't simply to put a publication online.
It is to create a web content asset that can be discovered, understood and accessed independently of its visual presentation.
In simple terms:
PDF-to-digital gives you a digital publication. HTML-native publishing gives you a web content asset.
This does not mean that HTML automatically makes a publication rank or appear in an AI-generated answer. Google says there is no special optimisation technique or markup that guarantees inclusion in its generative AI search features. However, crawlable, indexable and well-structured content remains fundamental.
AI systems need to understand what information is being presented and how different pieces of content relate to one another.
That makes semantic structure important.
Use:
A visually prominent heading should also be represented appropriately in the underlying HTML.
This helps people navigate the publication while giving search engines clearer signals about the relationships between different pieces of information.
For example, instead of structuring a section simply as:
Product Information
you could use:
What are the key features of the X200 model?
The second heading communicates considerably more about what the following content is actually about.
Traditional publishing often starts with an editorial subject.
Search starts with a question.
People don't necessarily search for:
They may search for:
Similarly, someone researching a product catalogue might ask:
An HTML-native publication gives publishers an opportunity to make those answers part of the actual web content.
Think about the questions your audience asks before structuring the content. Then provide clear answers within the publication.
This is not about writing unnaturally for AI. It is about making information easier for people to find, understand and use.
Google's guidance similarly emphasises creating helpful, reliable, people-first content rather than producing content specifically to manipulate AI search systems.
Schema.org structured data can provide search engines with additional information about what a page represents.
However, schema is not a shortcut to AI visibility.
Google says there is no special Schema.org markup required for inclusion in AI Overviews or AI Mode. Structured data should accurately describe visible content and can support search engines in understanding pages and qualifying them for relevant search features.
The appropriate schema type depends on the content being published.
Potentially relevant types include:
| Content | Potential Schema.org type |
|---|---|
| Magazine or editorial article | Article |
| News content | NewsArticle |
| Blog content | BlogPosting |
| Product catalogue content | Product |
| Event information | Event |
| Educational content | Course |
| Organisation information | Organization |
| Page hierarchy | BreadcrumbList |
| General publication pages | WebPage |
| Genuine FAQ content | FAQPage |
The important principle is accuracy.
Don't add schema simply because a type exists. Use structured data that accurately represents the content users can actually see on the page.
For publishers, the process should therefore be:
Create useful content → structure it clearly → describe it accurately with structured data.
Not:
Add schema → expect AI visibility.
Ideally yes, where the content warrants it.
One of the biggest differences between traditional publishing and web publishing is that not everyone enters through the cover.
A reader might start with the cover and work through a publication sequentially.
A search engine might discover page 37.
An AI system might identify a particular section as relevant to a user's question.
Important pages should therefore make sense when encountered independently.
Where appropriate, give each page:
Think of significant pages as potential landing pages.
This doesn't mean every page needs to behave like a standalone website. It means valuable information shouldn't depend entirely on someone first navigating through the publication from page one.
They remain important.
AI search hasn't made basic search optimisation obsolete.
Descriptive page titles, metadata, URLs and internal links continue to provide useful context about your content.
Consider:
The objective is not to fill every field with keywords.
Describe what the page actually contains and use terminology that is consistent with the content.
An HTML-native publication can also create relationships between different pieces of information.
For example: Product → Product category → Related products → Technical documentation → Enquiry
Or: Course → Entry requirements → Fees → Accommodation → Application
Or: Report topic → Supporting data → Related section → Previous report → Organisation
These links help readers navigate the content while also providing search systems with additional context.
It can.
Accessibility and machine-readable content aren't the same thing, but there is considerable overlap in the fundamentals.
Consider:
Highly visual publications can sometimes prioritise appearance over structure.
Building natively for the web allows publishers to consider content structure and presentation separately.
That can benefit accessibility, mobile users, search engines and AI systems at the same time.
It also supports the broader move towards accessible digital content, particularly as organisations consider requirements such as the European Accessibility Act.
Potentially, yes.
ChatGPT, Claude and Gemini can all use information from websites that its search systems can access. OpenAI identifies OAI-SearchBot as the crawler used to search the web for ChatGPT search results. Website owners can control whether OAI-SearchBot and other AI crawlers can access their content through their robots.txt configuration.
This means publishers should consider AI crawler access alongside traditional search engine access.
Check that:
noindex.Allowing a crawler to access your content does not guarantee that ChatGPT will reference it.
It simply removes one potential barrier.
The same principle applies to Google. A page must meet the relevant technical requirements to be considered, but meeting those requirements does not guarantee crawling, indexing or inclusion in an AI-generated result.
There is no separate checklist that guarantees visibility in Google AI search.
Google's current guidance is that the same core SEO principles apply to AI features, including:
Google also explains that AI Overviews and AI Mode may use a query fan-out approach, searching across related subtopics to construct an answer.
That makes comprehensive, well-connected content particularly valuable.
A publication shouldn't simply contain a single answer.
It should provide the supporting information around that answer.
For example, a university prospectus answering "What courses does this university offer?" can also connect to course details, entry requirements, fees, accommodation and application information.
That creates a richer information resource for both readers and search systems.
Don't replace your existing SEO measurement with a single "AI ranking" score.
Continue monitoring:
Then add AI-related signals where they are available.
Google has introduced reporting for performance in its generative AI search features, including AI Overviews and AI Mode.
OpenAI also says publishers can track referral traffic from ChatGPT through analytics platforms.
The broader journey is therefore:
Discovery → Search visibility → AI visibility → Click → Engagement → Conversion
For digital publications, this can be particularly valuable because analytics can show which content attracts attention and what readers do after discovering it.
Before publishing an HTML-native digital publication, consider the following.
Is the important content available as HTML text?
Does each significant page have a clear subject?
Does the publication answer genuine audience questions?
Is the content original, useful and authoritative?
Is there a clear heading hierarchy?
Are important sections clearly defined?
Can individual pages be understood independently?
Are related pages connected through internal links?
Is relevant Schema.org structured data being used?
Does the schema accurately reflect visible content?
Are you using the appropriate schema type for the content?
Is important information available as real text?
Are images appropriately described?
Is the reading order logical?
Does the content work effectively on mobile?
Can users navigate the content using the keyboard?
Can search engines crawl the publication?Is important content indexable?
Is relevant content publicly accessible?
Are robots.txt rules blocking legitimate crawlers?
Is OAI-SearchBot allowed to access content you want to make available to ChatGPT Search?
HTML-native digital publications can provide a stronger foundation for AI search because their content is represented as web content rather than primarily as a fixed-format document. Text, headings, links and page structure can be represented directly in HTML, making the content easier for search systems to crawl and interpret.
This doesn't guarantee visibility in Google AI search or ChatGPT. Content quality, relevance, crawlability and many other factors still matter.
Yes, potentially, if the publication is publicly accessible and available to ChatGPT's web search systems. OpenAI's OAI-SearchBot is used to crawl web content for ChatGPT Search, and site owners can control crawler access through robots.txt.
Whether content is actually surfaced depends on factors including relevance, accessibility and how the search system determines what information best answers a user's query.
No. Schema.org structured data does not guarantee inclusion in AI search. It can help search engines understand what content represents and can support eligibility for certain search features, but Google does not require special schema for AI Overviews or AI Mode.
Use structured data to accurately describe your content rather than treating it as an AI-search shortcut.
Yes, a page can potentially be included in Google's AI-generated search features if it meets the relevant technical and content requirements. However, Google does not guarantee that any particular page will appear in an AI Overview or AI Mode response.
The best approach is to make the underlying content useful, accessible, crawlable and well structured.
No. Traditional SEO fundamentals remain important for AI search. Google says its generative AI search experiences rely on the same core Search foundations, including crawlability, indexability, useful content and technical accessibility.
AI search expands the ways people can discover content; it doesn't eliminate the need to make that content discoverable in the first place.
Yes. YUDU Publisher supports HTML-native digital publishing as well as PDF-based digital publication workflows. This gives organisations the flexibility to convert existing PDFs into digital publications while also providing the option to build digital content natively for the web.
For organisations focused on search and AI discoverability, HTML-native publishing provides a stronger foundation for treating the publication as a web content asset rather than simply a digital version of a printed document.
The rise of generative AI doesn't mean publishers need to abandon everything they know about SEO.
It means the underlying content becomes even more important.
The publication needs to be accessible to search engines. Its content needs to be useful. Its structure needs to be understandable. Its pages need to provide context. And its information needs to answer the questions that audiences are actually asking.
That makes the technology behind the publication increasingly important.
A PDF can still be a valuable starting point. YUDU Publisher allows organisations to convert existing PDFs into digital publications and enhance them with interactive content.
But HTML-native publishing takes a different approach.
Instead of starting with a fixed document and adapting it for digital delivery, you are creating web content from the beginning.
That gives you a stronger foundation for:
The future of digital publishing isn't simply about making publications look good on a screen.
It's about making their content useful, accessible, discoverable and understandable — to both people and the technologies helping people find information.
YUDU Publisher enables organisations to create engaging HTML-native digital publications designed for modern web experiences.
Create publications that combine structured content with interactive elements, multimedia, responsive design and analytics - and give your content a stronger foundation for discovery across search and digital channels.
Talk to YUDU todayabout your digital publishing requirements.