A broken link can mean a missing page, a moved file, an incorrect section anchor, or a destination that no longer matches the description. Automated checks are useful, but their results need context. A dependable review combines route validation with a small amount of direct inspection.
Start with the links you control
Check internal links against the routes generated by the site. Include nested articles, indexes, images, scripts, and downloadable files. A build can succeed while a manually written URL still points to a location that does not exist.
Validate section anchors as well as page addresses. Renaming a heading can break a table-of-contents link even though the article returns successfully. Test links from their actual context so relative paths resolve as intended rather than only working when copied into a different page.
Distinguish a real page from a success-shaped error
Inspect both the response status and the content when a result is ambiguous. Some hosting configurations return the homepage for every unknown URL, creating a misleading success response. A reader following an article link may then reach unrelated content instead of a clear missing-page explanation.
Verify the behavior of a deliberately nonexistent route. A helpful 404 page should explain the situation and offer useful navigation while retaining the appropriate HTTP status. Do not hide a routing problem by treating every unexpected path as a valid destination.
Review external warnings carefully
An external provider may reject automated requests, require a different method, or temporarily rate-limit a checker. A failed automated probe does not always mean the ordinary browser destination is broken. Inspect relevant warnings without repeatedly sending aggressive requests to the same service.
Even a successful response can be unsuitable. The product may have changed, the documentation may refer to a different version, or the page may redirect to a generic homepage. Check whether the destination still supports the claim or next action described in your article.
Fix the relationship, not only the URL
When a page moves, update the destination and confirm that the surrounding text still describes it accurately. Use a redirect for genuine moves where appropriate, but also update important internal references. A chain of old addresses can make maintenance harder and obscure the current structure.
If no suitable replacement exists, revise or remove the unsupported recommendation. Do not substitute an unrelated commercial page simply to eliminate a checker warning. The goal is to preserve the reader's useful path, not merely produce a report with fewer red entries.
Build checks into publishing
Run a targeted internal-link check when adding or moving articles, and periodically review important external destinations. Check downloads after replacing files and revalidate navigation when templates change. Small routine checks can prevent a library from gradually accumulating dead ends.
Record recurring patterns so the underlying cause can be fixed. If every new article has an incorrect image path, improve the publishing process rather than correcting each page manually forever. A good checker supports reliable work; it does not replace understanding how the site produces its links.
Go to the source
Policies and product details can change. Check the official documentation before acting.
General educational information, not financial, tax, or legal advice. Examples are illustrative; results and earnings are not guaranteed.