Tool / Internal Link Visualizer
Internal Link Visualizer
Visualize your website's internal link structure as a beautiful interactive graph. Spot orphan pages, analyze link depth, and optimize your site architecture.
Features
See your entire site structure as a force-directed graph with draggable nodes and smooth animations.
Instantly spot pages with zero inbound links that search engines may struggle to discover.
Understand how many clicks it takes to reach every page from your homepage.
Crawls up to 100 pages using breadth-first search with configurable depth limits.
Color-coded nodes by depth level make it easy to understand your site hierarchy at a glance.
Download your complete link structure as JSON data for further analysis.
Internal Link Architecture FAQs
Common questions about site topology, link equity, and crawl depth.
What is an internal link visualizer?+
An internal link visualizer is an interactive software tool that maps out a website's internal hyperlink network as a dynamic node graph. Pages are represented as circles (nodes) and hyperlinks as directed arrows (edges), allowing SEOs and developers to visually audit crawl depth, PageRank flow, and topical clustering.
How do I identify and fix orphan pages using this tool?+
Orphan pages are URLs that have zero incoming internal links from other pages on your domain. In our visualizer, orphan pages appear as isolated floating nodes without connecting edge lines. To fix them, add contextual internal links from relevant pillar guides, blog posts, or category navigation menus.
What is the recommended maximum crawl depth for SaaS websites?+
For SaaS websites with under 10,000 URLs, every indexable page should be reachable within 3 clicks from the homepage (Crawl Depth <= 3). Key commercial service pages and primary pillar guides should ideally sit at a crawl depth of 1 or 2 to maximize crawl efficiency and PageRank distribution.
Want to master internal linking strategies?
Read our full guide on topic cluster architecture, hub-and-spoke models, and PageRank flow.