If an important page is missing from Google, start with a diagnosis: can Google find it, fetch it and understand why it deserves to appear in search?
That is how I would approach the seven indexing tips in Hridoy Reh's thread on X. He reports getting more than 4,000 URLs indexed. That number is his reported result; I have not independently verified it.
The checklist is a useful starting point. I would check the API recommendation especially carefully before implementing it.
Here is how I would apply the advice to a real website, using Google's documentation checked on October 10, 2026.
Load the original post from X. Your browser will connect to X and its content providers.
First, identify the stage that needs attention
Google has to discover a URL, crawl its content, process it for indexing and then decide when it is useful for a search. These are separate decisions. Google: How Search works
| Stage | The question to answer |
|---|---|
| Discovery | Does Google know the URL exists? |
| Crawling | Can Googlebot retrieve the page and its important resources? |
| Indexing | Has Google included the page in its index, and under which canonical URL? |
| Search visibility | Does the indexed page appear for relevant searches? |
For example, an article that Google has already fetched needs a different investigation from one hidden behind a login screen. An indexed article with no clicks needs a search-performance review.
My priority would be the important pages people should actually find: a useful guide, a product page or a service explanation. Filter combinations, duplicate addresses and deliberately private pages need different treatment.
1. Use URL Inspection for an important individual page
Open the correct property in Google Search Console and inspect the exact URL you want indexed.
- Read the indexed result and last crawl.
- Compare the canonical URLs, where available.
- Use Test live URL after a fix.
- Request indexing when ready.
A successful live test checks current accessibility. It does not confirm indexing or resolve every canonical issue. Google: URL Inspection tool
Google recommends this route for a small number of URLs and sitemaps for larger sets. Requests require owner or full-user access. Crawling can take days to weeks, and submitting the same URL repeatedly does not speed it up. Inclusion is never guaranteed. Google: Request a recrawl
I would use a request after publishing an important page or repairing a concrete problem. I would also record the change, so the next inspection has something meaningful to compare.
2. Add internal links where they help the reader
Start with an established page on the same topic. Find the sentence where your new article answers a natural follow-up question, and link it there.
For a deployment tutorial, that might look like this:
<a href="/blog/google-indexing-guide"> Check why your new page is missing from Google </a>
Google recommends linking to every important page from another page on your site. Use descriptive link text and normal links with an href. There is no Google rule requiring exactly three to five inbound internal links. Google: Link best practices
The thread's “3–5” is a reasonable number of existing articles to review for opportunities. I would keep only links that fit. Adding the same unrelated paragraph to five posts would make them worse to read.
Also check the route through your blog archive, category pages and navigation. A reader should be able to reach the article without knowing its address. The site's internal link checker can help inspect that structure; Google indexing status still needs to be checked in Search Console.
3. Share the page with people who need it
Social sharing can help people discover your work. Google includes social promotion and community engagement among ways to make a website known. Its guide does not establish a Pinterest-specific indexing advantage. Google: Promote your website
For a technical tutorial, I would share a concrete example: the error it fixes, a useful screenshot and the link to the full explanation. A visual guide might suit Pinterest; a developer community might be a better audience for an API debugging article.
Choose the audience first. Then measure whether anyone visits, uses or references the resource. A share count is not evidence that the destination page entered Google's index.
If you also publish on external platforms, my guide to parasite SEO explains the difference between visibility for an external article and visibility for your own website.
4. Keep the XML sitemap accurate
A sitemap gives search engines information about the URLs you want them to discover. It can be especially useful when a site is new, large or difficult to explore through links. It still cannot guarantee indexing. Google: About sitemaps
Check four things:
- List the absolute, preferred URLs intended for search.
- Keep redirects, missing pages and deliberately excluded URLs out.
- Use an accurate
lastmodfor meaningful content changes. - Submit the sitemap in Search Console and inspect processing errors.
One sitemap can contain up to 50,000 URLs and 50 MB uncompressed. A 4,000-URL collection fits the URL limit, provided it also meets the size limit. Google: Build and submit a sitemap
For a developer, the useful question is whether the published sitemap matches the published site. Inspect the production URL after deployment. A file that exists in your repository but returns an error on the website will not help discovery.
I would automate sitemap updates when publishing or removing content and avoid changing every page's modification date on every build.
5. Check technical blockers and conflicting signals
Google's minimum technical requirements include Googlebot access, an HTTP 200 response and indexable content. Passing these requirements establishes eligibility; it does not guarantee inclusion. Google: Technical requirements
Here are the checks I would make on an article that should be public:
| Check | What to look for |
|---|---|
| HTTP response | A real article at the final URL, with no login requirement or server error. |
| Indexing directives | An unintended noindex in the HTML or X-Robots-Tag response header. |
| Crawl access | A robots.txt restriction preventing Googlebot from fetching the article. |
| Canonical URL | A preferred URL that points to the intended page and language. |
| Rendered content | The actual article text, rather than an empty shell or error screen. |
robots.txt and noindex do different jobs. A robots rule restricts crawling; a blocked URL can still appear in results based on information elsewhere. Google: robots.txt
Google needs crawl access to read a page's noindex. Check both the HTML meta tag and the HTTP header. Adding noindex inside robots.txt is unsupported. Google: Block indexing
A canonical identifies your preferred version of duplicate or very similar content. Align the canonical, sitemap and internal links. For equivalent English and German articles, use an appropriate canonical in the same language. Google: Canonical URLs
A 200 response alone is not enough if the page displays an error or lacks its main content; Google can treat that as a soft 404. Google: HTTP status codes
For JavaScript applications, inspect the rendered HTML through URL Inspection. Check that the article and its links actually appear after rendering. Google: JavaScript SEO
Only remove restrictions that are accidental. Account pages and other intentionally excluded content should keep their intended access controls.
6. Give the page a specific reason to exist
Once access works, read the page as someone trying to solve its problem.
Google's content guidance asks for original information, useful analysis and clear sourcing. It explicitly rejects the idea that Google has a preferred word count. Google: Helpful content
For a software tutorial, I would look for something concrete:
- A working example with the version and requirements stated.
- An explanation of a failure the reader is likely to encounter.
- Evidence for a comparison or performance claim.
- A useful decision the reader can make after finishing.
Consider a fictional article about image conversion. “WebP makes websites faster” leaves the reader with another research task. An article explaining how to convert a folder, preserve the originals, handle transparency and compare the resulting files gives them something they can use. Any measurements should come from a real test with its method stated.
More paragraphs are not automatically an improvement. I would remove repetition, verify unsupported claims and combine overlapping articles when one stronger resource would answer the question better. That is an editorial decision, not a promise that Google will index the result.
7. Use the Indexing API only for supported pages
This is the part of the thread I would correct before anyone implements it.
| Page type | Google Indexing API |
|---|---|
Eligible job posting with JobPosting | Supported. |
Eligible livestream page with BroadcastEvent inside VideoObject | Supported. |
| Ordinary news article, blog post or product page | Not a supported use case. |
The eligibility applies to the page. Running a news website does not make all its articles eligible. Google's Indexing API quickstart describes the supported types and setup.
A successful API call means Google received the notification and may recrawl the URL. It does not confirm indexing. The notification-status endpoint does not provide the page's indexing status either. Google: API response semantics
For ordinary articles, use the inspection and sitemap workflow above. News publishers can also consult Google's news sitemap documentation.
I would be cautious about any tool that labels an accepted submission “indexed.” Those are different outcomes, and the distinction matters when evaluating whether the work succeeded.
What to do when Search Console still says “not indexed”
Open Indexing → Pages for patterns across the site, then inspect an affected URL. The status descriptions follow Google's Page indexing report; the next checks are my suggested investigation.
| Search Console status | Meaning | What I would check next |
|---|---|---|
| Discovered – currently not indexed | Google knows the URL but has not crawled it. | Site availability, internal discovery paths and whether many unnecessary URLs are being exposed. |
| Crawled – currently not indexed | Google fetched the page but has not indexed it. | The retrieved content, overlap with other pages and canonical signals. This status alone does not identify the cause. |
| Alternate page with proper canonical tag | Google is using another canonical version. | Whether the selected version is the one you intended. An expected alternate can be fine. |
For crawled-but-unindexed pages, Google says resubmission is unnecessary. Investigate whether there is anything substantive to fix. Google: Page indexing explanations
Explicit noindex, robots restrictions and HTTP errors should send you back to the technical checks above.
How I would approach 4,000 URLs
With a larger site, I would organise the work by page type and exclusion reason. This is my proposed workflow, not a result measured on the thread author's website.
- Define the intended index. Build a list of important canonical URLs. Separate articles and product pages from filters, redirects and intentional exclusions.
- Group the missing pages. Combine the page type with its reported status: for example, tutorials awaiting a crawl or product pages with conflicting canonicals.
- Inspect representative URLs. Start with a few examples from each group and expand if the results differ. A shared template error deserves a shared fix.
- Repair, publish and verify. Check the actual output, relevant internal links and sitemap. Use individual indexing requests selectively.
- Track changes on a schedule. I would review weekly, noting the fix date, latest crawl, selected canonical and current status. That is a review cadence, not an indexing deadline.
A small tracking sheet is enough to get started:
url,page_type,reported_status,checked_at,change_made,change_date,last_crawl,google_canonical,next_review
I would measure how many of the intended pages become indexed, then examine relevant impressions and visits. Counting successful submissions would tell me much less about whether readers can find the content.
For the next stage, my guide to getting cited by AI covers crawler access, evidence and measuring citations across search assistants.
Start with one important missing page. Read its status, fix the specific problem you can establish and check the published result. Use what you learn to decide whether the same issue affects a wider group.