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Legend
Size = PageRank
Color = Cluster
Edge = Link
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Public pages increasingly serve people and agents. Humans lean on UI. Agents lean on topology: how URLs link, what is reachable, and what structured signal a page carries.
This Digital MRI from Axiom Graph maps that underlying structure so you can see where discovery breaks for one audience or the other.
Each dot is a page; each line is a link. Use Look for… to spotlight hard-to-reach or structurally weak pages, then click for a plain-language read.
For the best experience, open this map on a desktop or laptop. Mobile works for a quick look, but the full controls and layout are designed for a larger screen.
Reopen this guide anytime with the ? button. After you close, the map is yours to explore.
Public sites increasingly serve two audiences that reach pages differently.
A page can look fine in the browser and still be hard for an agent to find, or thin / overloaded once it gets there. As agent traffic grows, those structural gaps show up as missed answers, weak citations, and content that never enters the conversation.
Axiom Graph builds a Digital MRI of your public web asset: the underlying topology (how pages connect), discovery paths, and machine-readable signals. This view is that MRI for your site. Use it to spot where humans and agents diverge before you dig into individual URLs.
Start with Look for… in the top bar. For map legend and controls, see the other tabs in this guide.
You can reopen this guide anytime with the ? button in the top bar.
The graph is built from page URLs, internal links, and computed topology metrics. It does not embed full page content.
Reachable through normal content links, the usual discovery path.
Only reached via global nav or footer, not from editorial links.
Nothing on the site links here. People and agents rarely find it.
No outbound links to other pages on the site: a cul-de-sac.
How often the rest of the site points at this page (larger dots).
Whether machine-readable schema was detected. Gaps mean less signal for search and AI.
Importance from incoming links within the site.
Pages linking to this page.
Pages this page links to.
How often this page sits on shortest paths: a bridge or bottleneck.
How quickly other pages can be reached from here.
Importance from connections to other important pages.
A short path from overview to follow-up. Skip steps that do not apply.
Tip: Pick important pages, then use hop depth to inspect their neighborhood.