Structured Data AI Search: Minimum Viable JSON-LD
JSON-LD will not force AI engines to recommend you. But clean schema helps them identify your brand, products, content, and proof points with less ambiguity.
25 posts in #Framework page 1 of 3
JSON-LD will not force AI engines to recommend you. But clean schema helps them identify your brand, products, content, and proof points with less ambiguity.
GEO does not replace SEO. It changes what you measure, where you show up, and how you earn trust inside AI-generated answers.
Generative engine optimization helps your brand become visible, accurate, and citable in AI answers. This guide explains the foundations and gives you a first-week action plan.
Two numbers from McKinsey's August 2025 report have travelled further than any other statistic in the AI visibility conversation: 44% of US consumers use AI search as their primary source for purchase decisions, and only 16% of brands systematically measure their AI visibility. Those numbers appear on investor decks, in pitch emails, and at the top of almost every GEO article written since. Most of the time, they are cited without context. This post unpacks what the data actually measured, what it did not, and how a marketing team should translate the headline into a plan.
The first time a marketing team runs an AI visibility audit and sees a disappointing score, the reflex is almost always the same: what do we change on our site to fix this? Schema markup, structured data, better on-page content, a clearer about page. All of those are reasonable instincts. Most of them are also wrong — not because they do not matter, but because they operate downstream of the actual cause. This post introduces a framework we call the Authority Waterfall: the model that explains where AI visibility actually comes from, and why the fix is rarely on the page that fails the audit.
"What does it cost us to be invisible in ChatGPT?" is the question every CMO eventually asks, and the one most tools refuse to answer. The honest answer is that the model is straightforward — TAM, research-channel share, mention rate, and a conversion coefficient — but the inputs require work to defend. This post builds the model in full, runs a worked example for a mid-market B2B SaaS, and shows where the numbers turn brittle. You can copy the structure into a spreadsheet in about twenty minutes.
In February 2024, Gartner forecast a 25% drop in traditional search engine volume by the end of 2026, driven by AI chatbots and other virtual agents. Two years later, the forecast is still being cited at board meetings — usually as a scare quote, sometimes as a justification for buying an AI visibility tool, rarely as the input to an actual model. That last use case is the most interesting. A 25% channel contraction is a planning constraint; if you do not convert the headline into a spreadsheet, the number bounces off the strategy without landing.
When a marketing team receives their first AI visibility audit, the scores are not the most useful part of the document. The most useful part is the qualitative observation — what the models actually said about the brand, in plain text, across providers. Read closely, those observations almost always resolve into one of three distinct patterns. Each pattern has a different root cause. Each calls for a different response. Mixing them up is the single most common way an audit gets under-used. This post defines the three states, shows how to distinguish them, and explains why each demands a different strategy.
SEO, by 2026, is an expensive discipline. A mid-market organic program runs six figures a year before you buy a single tool. GEO, for now, runs on a different marginal cost curve — a single authoritative citation can shift your score across five providers at once, with no content creation and no link building. This is not a permanent advantage, but it is a meaningful one, and the window to exploit it is open. This post is about the unit economics of the two disciplines, and why they look the way they do.
Most AI visibility programs do not fail because the team picked the wrong tool or because the score was misread. They fail at the second step. A team measures, identifies a problem, then stalls — the work to fix the problem is owned ambiguously, sized poorly, or scoped against the wrong dimension. Weeks pass. The next audit produces the same findings. Momentum drains. This post introduces the operating system that keeps teams from stalling: a three-loop model of Measure, Fix, and Track. Not a dashboard. Not a framework. An operating system — a set of rituals, cadences, and ownership patterns that make the work durable.
Adding GEO to a marketing budget is not an addition problem — it is a reallocation problem. The brands that handle it badly treat it as a new zero-sum ask from finance; the ones that handle it well treat it as a line that already exists somewhere in the P&L, waiting to be renamed and funded properly. This post walks through the three places that line usually hides, the allocation heuristics that hold up in board meetings, and the staffing and cadence decisions that make the line operate, not just sit.
A surprising number of brands score well on Recognition and poorly on Contextual Recall. The models know the brand when asked directly, but do not mention the brand when asked about the category. That gap — known but not recalled — is one of the most expensive failure modes in AI visibility, precisely because it is invisible from a surface read of the audit. Direct-query answers look fine. Category-query answers quietly omit the brand. Pipeline leaks in silence. This post defines the Recognition–Recall Gap and provides a four-step test to determine whether your brand has one.