For five years, SEO was a game most practitioners understood. You researched keywords, built authority through backlinks, fixed technical issues, and wrote content that matched search intent. Google rewarded you with rankings. Simple enough.
Then AI search arrived — and the rules quietly changed underneath everyone’s feet.
Today, a page can rank #1 on Google and never appear in a ChatGPT, Gemini, or Perplexity answer. Conversely, a page with zero backlinks and thin domain authority can be the most-cited source in AI Overviews. If your SEO playbook hasn’t accounted for this split, you’re optimising for a shrinking slice of the traffic pie.
What Google Rankings Actually Measure
Google’s ranking algorithm at its core is an authority-and-relevance engine. The signals it weighs most heavily are:
- Backlink equity — links from trusted, topically relevant domains still carry enormous weight
- On-page keyword relevance — semantic coverage of a topic, co-occurrence of related terms
- Technical health — crawlability, Core Web Vitals, mobile-first rendering
- E-E-A-T signals — author credentials, brand mentions, review profiles
- Engagement proxies — dwell time, click-through rate, pogo-sticking
These signals were designed to answer one question: Which page best satisfies the searcher’s intent given everything we know about the web?
The answer to that question lives in links, content quality, and historical click behaviour — all of which take months or years to build.
What LLMs Actually Use to Generate Answers
Large language models don’t rank pages. They generate answers by drawing on the patterns learned during training, then grounding those answers (in RAG-based systems like Perplexity, Bing AI, and Google’s AI Overviews) with retrieved passages from the live web.
The signals that get your content retrieved and cited are fundamentally different:
- Passage-level clarity — LLMs extract sentences and paragraphs, not whole pages. If your best answer is buried in paragraph 14, it won’t be cited even if the page ranks #1.
- Structured, direct answers — content that opens with a direct answer to the question (“X is…”) is far more likely to be extracted than content that saves the answer for the conclusion.
- Factual precision — AI systems are increasingly penalising vague or hedged content in favour of specific, attributable claims.
- Schema and structured data — FAQ, HowTo, Article, and Speakable schemas create machine-readable hooks that retrieval systems can parse efficiently.
- Brand entity signals — if Wikidata, industry databases, and multiple trusted publications reference your brand as an authority on a topic, LLMs are more likely to cite you on that topic.
- Training data presence — content published before LLM training cutoffs carries weight. Recent content needs external citation signals to compensate.
The Practical Divergence: Four Real-World Examples
1. Long-form pillar content
Ranking signal: A 4,000-word comprehensive guide covering every sub-topic with strong internal linking tends to rank well.
LLM signal: That same guide may be cited on only one or two sub-questions, depending on which passages the retrieval system selects. The length doesn’t help — the passage quality does.
2. Backlink-heavy pages with thin prose
Ranking signal: A page with 200 referring domains from authority sites can rank top 3 even with mediocre writing.
LLM signal: If the prose doesn’t contain clear, extractable answers, no amount of backlink authority will earn AI citations. LLMs don’t read backlinks.
3. FAQ sections with schema markup
Ranking signal: Moderate — FAQ schema used to trigger rich results, but Google has reduced this in recent years.
LLM signal: High. FAQ blocks are one of the cleanest passage formats for retrieval. Each Q&A pair is a self-contained citeable unit.
4. Author bios and bylines
Ranking signal: Contributes to E-E-A-T, but minimal direct ranking effect.
LLM signal: Increasingly important. Systems like Perplexity and ChatGPT with browsing give priority to content from identifiable experts whose credentials are verifiable through external sources.
The New Dual-Optimisation Framework
The mistake most teams make is treating GEO (Generative Engine Optimisation) as a separate workstream. It isn’t. The most efficient path is a dual-optimisation approach that satisfies both systems simultaneously.
For every piece of content, ask:
- Does this page answer the target question directly in the first 100 words?
- Is each sub-question answered in a self-contained, extractable paragraph?
- Do we have FAQ or HowTo schema on this page?
- Is the author entity verifiable beyond our own site?
- Are our statistics and claims specific and attributable to a source?
- Have we covered related entities (people, organisations, tools) that LLMs might use to connect us to the topic?
If you can answer yes to all six, you’re building content that ranks and gets cited.
What to Change in Your Playbook Right Now
You don’t need to throw out keyword research or stop building backlinks. Both still matter enormously for Google traffic. But you do need to layer in three new habits:
Add a “passage audit” to your content process. After writing, read each paragraph in isolation. If it can’t stand alone as an answer without the paragraphs above and below it, rewrite it until it can.
Prioritise direct-answer formatting over narrative. AI systems are trained on encyclopaedia-style content that leads with the answer. Restructure your top-priority pages to mirror this pattern.
Build your brand entity deliberately. Claim and complete your profiles on Wikidata, Crunchbase, and industry directories. Ensure your NAP (name, address, phone) is consistent across all platforms. Get quoted in at-minimum a few topically relevant publications. These off-page entity signals are the closest equivalent of “backlinks” for LLM citation authority.
The underlying point is simple: Google and LLMs are looking at the same content through fundamentally different lenses. The teams that win in 2025 and beyond are the ones building for both simultaneously, not toggling between them.
Your SEO playbook doesn’t need to be thrown out. It needs a new chapter.
C. Sivaraj