The Ultimate Guide to Finding All URLs on a Domain

Did you know Google indexes trillions of URLs? Yet, many sites miss 10–30% of their own pages. This could be due to broken navigation, orphaned content, or stale sitemaps. If you’re looking to find all URLs on a domain, this guide will show you the fastest and most reliable way.

Discover practical methods for finding all URLs on a website for SEO, content audits, scraping, compliance, and redesign planning. We’ll explore sitemaps, robots.txt, Google search operators, and tools like Screaming Frog. You’ll also learn about code-based methods using httpx, BeautifulSoup, and Scrapy. Plus, we’ll discuss when to use API-driven exports from ScrapingBee or HasData if a site blocks direct requests.

Learn how to get all page URLs from a website without missing subdomains. We’ll cover how to filter internal vs external links and normalize absolute and relative paths. You’ll also learn to handle anti-bot rules, rate limits, JavaScript, pagination, and canonical tags. This way, you’ll keep a clean website URL list that you can trust.

Whether you need a quick audit or a deep crawl, this step-by-step guide combines speed, accuracy, and respect for robots.txt. Let’s start by mapping the landscape so every click, crawl, and export works in your favor.

Why you should list all website pages before audits, scraping, or redesigns

Before making any changes, make a complete list of all website URLs. This way, you can plan your work, protect your website’s value, and avoid unexpected issues. It gives you a clear starting point for any redesign.

It also helps you find all website pages, even those not listed in menus or search results. For audits or scraping, this method is more reliable than guessing. Use tools like Screaming Frog or Google Search Console for quick checks, then confirm with sitemaps to ensure you’ve covered everything.

Tip: Share the master list with developers, SEOs, and product managers. This keeps everyone on the same page about the website’s structure across different domains and subdomains.

SEO wins: identify broken links, orphan pages, and duplicate content

Listing all website pages helps you spot broken links, slow pages, and content that’s not mobile-friendly. These issues can hurt your rankings. A thorough crawl also reveals orphan URLs and duplicate content that dilutes your signals.

Use the list to identify pages with poor internal links and fix them. Also, check canonical tags to consolidate duplicate content and preserve link equity during updates.

Content strategy: refresh outdated pages and improve navigation

A current list helps editors find outdated content that needs updates. It shows which posts, categories, and FAQs are no longer relevant. Updating these can improve click-through rates and make navigation easier for users.

With a complete list, you can organize pages by topic and match them to search intent. This helps you remove unnecessary content and create clear paths for users to follow.

Compliance and privacy: surface test, admin, and hidden pages

Audit results often reveal sensitive areas like login, admin, and dashboard pages. By listing all website pages, you can identify these areas and protect them from indexing or linking. This keeps sensitive information safe and staging content out of search results.

Document these URLs, apply the right headers, and confirm robots directives. This ensures that all sensitive pages are properly secured before any changes are made.

Competitive research: map competitors’ structure and content depth

To understand your competitors, list all their website pages. This reveals their category depth, pagination, and parameter patterns. It shows where they have gaps in content and how they organize their links.

Knowing your competitors’ website structure helps you plan your own content strategy. You can benchmark your coverage and create content that stands out. Use this information to shape your website’s architecture, target missed queries, and build authority step by step.

Core concepts: domains, subdomains, internal vs external, absolute vs relative URLs

Before you start, make sure you know what you’re looking for. A domain is the main address, like example.com. Subdomains, like blog.example.com or shop.example.com, can have their own content. Knowing this helps you find all webpages on a site without getting lost.

Goal: make rules to list all website pages without extra stuff. This helps you find all subsites of a website and keeps your list clean and useful.

What a domain and subdomain mean for scoping a crawl

Think of the domain as your anchor. Only include subdomains if they’re important for your project. For example, include blog.example.com for editorial pages but skip cdn.example.com if it’s just for files.

In tools like Scrapy, allowed_domains helps keep your crawl focused. This way, you can find all pages on a domain without going off track.

Internal vs external links and why filtering matters

Internal links stay within the same host or approved subdomains. External links go to other sites, like wikipedia.org or nytimes.com. Filtering helps you find all webpages on a site without unwanted links.

Use Content-Type headers to target HTML documents. This way, you avoid PDFs, images, and media unless you need them. With this filter, you can list all pages of a website that users can read and search engines index.

Absolute vs relative URLs and resolving paths correctly

Absolute URLs include everything, like https://example.com/pricing. Relative URLs use shortcuts, like /pricing or ../team. Make sure to resolve them to full URLs so no page is missed.

Use reliable parsers to normalize paths and handle query strings when needed. Proper resolution helps you find all pages on a domain at scale and even find all subsites of a website when you choose to include subdomains.

Quick wins with Google search operators to see all website pages

Google’s built-in operators are great for quick finds before a full crawl. They help you see every page on a website, check patterns, and list web pages from the index. This method is also good for finding different website link types for audits.

Tip: Keep your queries short, test one change at a time, and note what changes. This makes finding link site patterns easier without guessing.

site:, inurl:, intitle:, intext:, filetype: for targeted discovery

Start with site: to limit results to one domain, then add more filters. Try site:example.com inurl:blog to find links in a blog path. Use intitle:”pricing” or intext:”return policy” to focus on specific themes.

Use filetype: to find specific file types like PDFs or XML. Mix in logic like quotes, OR, parentheses, and minus signs. For example, site:example.com (inurl:guide OR intitle:guide) -inurl:tag helps find website resources without extra info.

How to find the url of a website’s sitemap with filetype:xml

Run site:example.com filetype:xml to find sitemap.xml, sitemap_index.xml, and other sitemap types. This query shows paths to crawl later and speeds up finding all web pages.

If the main sitemap is missing, look for language folders, category maps, or date-based indexes. This method is also useful for finding link trails not in the footer.

Exporting SERP links via APIs to get all urls from a website

Manual copying is slow. Use SERP APIs from ScrapingBee or HasData to export results quickly. A query like site:example.com with filters returns JSON with URL fields. This helps find website variants that match your rules.

Set parameters like query, location, device type, and count to expand coverage. Merge exports to list all web pages quickly, then remove duplicates. These indexed results are a good start to find link site patterns for further refinement.

Sitemaps first: fastest path to get all website pages

Sitemaps are the quickest way to list all urls on a site. They help you see all urls of a website without a full crawl. They are made for discovery, so you can get urls fast. Then, merge them with a crawl to get all website pages with minimal effort.

Tip: Start with sitemaps to create a clean backbone. From there, you can decide how to list all pages on a website that were missed by following internal links.

Where sitemaps live: /sitemap.xml, sitemap_index.xml, .gz, and custom names

First, check common paths: /sitemap.xml, /sitemap.xml.gz, /sitemap_index.xml, and /sitemap_index.xml.gz. Many sites also publish sitemapindex.xml, sitemap-index.xml, and sitemap.php.

Large brands split content into files like sitemap-products.xml, sitemap-news.xml, and sitemap-images.xml. If you want to list all urls on a site or see all urls of website variants, note language or country sitemaps. You can also look at robots.txt for a Sitemap directive to get urls quickly.

Reading entries and handling sitemap indexes

A standard file uses a urlset with url items. Each item has a loc node that holds the page URL. A sitemap index uses a sitemapindex with child sitemap nodes. Fetch each child to extract every loc value.

This approach helps you get all website pages that webmasters intend for indexing. It is also the most direct answer to how to list all pages on a website without guesswork.

Converting XML to CSV or TXT for a website url list

Extract loc nodes and save them to a CSV or TXT. This way, teams can sort, dedupe, and tag. In Python, developers often use ElementTree or xmltodict to get urls, then write one URL per line for processing.

If a server blocks requests, route through a scraping API and parse the returned XML content. Combine the sitemap export with crawler results to get all website pages in one master file. This makes it simple to see all urls of website sections and share a verified website url list across SEO, content, and product teams.

Robots.txt insights: locating sitemaps and disallowed paths

The file at /robots.txt is a quick checkpoint when you need to find all webpages on a website. It often tells you how to view all website pages efficiently. It hints at crawl rules and sitemap locations. Reading it first can speed up any attempt to find all pages in a website.

How robots.txt points to sitemaps and reveals hidden routes

Many sites include a Sitemap: line that shows where the XML lives. This helps you view all website pages without guesswork. If it’s missing, try common paths like /sitemap.xml or /sitemap_index.xml.

Use search operators to find all pages in a website via exposed XML files. Disallow lines such as /login, /internal, /dashboard, or /admin can flag real routes. These routes matter when you need to find all webpages on a website.

• Scan for “User-agent: *” to see the default crawler rules that shape your list of all pages on a website.
• Collect all Sitemap: entries to compile and merge feeds, then map what they cover to find all pages in a website.
• Note blocked paths; they often signal sections worth auditing even if they are not for public crawl.

Respectful crawling: disallow directives and ethical considerations

Use a crawler that honors robots.txt, like Screaming Frog or Scrapy. This keeps requests polite while you build a list of all pages on a website. Match a clear user agent, limit speed, and send standard headers to avoid stress on servers.

Even when a route is visible, treat sensitive paths with care. Disallow rules guide where not to crawl. Following them is part of how to view all website pages responsibly. This approach keeps your process clean while covering how to find all webpages on a website for audits and inventory work.

Use SEO spiders to crawl website for all urls

SEO spiders make finding website links easy. They map out sites, show status codes, and find links that matter. This is better than doing it by hand, as they spot problems quickly and give clean reports.

Tip: Turn off external links to focus on your site. This makes reports clearer, showing only the links you need.

Getting started with Screaming Frog to list all pages of a website

Start Screaming Frog SEO Spider and pick your crawl mode. Enter your site’s URL and start the scan. You’ll see a list of paths and status codes as it checks links.

After it stops, look at the URL list, titles, and codes. Use the tool to find important links and check if everything is reachable.

Filtering HTML pages vs assets; exporting a list of all indexed pages for a url

By default, you see HTML, CSS, JavaScript, and images. Filter to HTML to focus on pages that matter. This helps you see the links that are important for SEO.

Export options let you get a list of indexed pages. You can sort by status, directives, and canonicals. These exports help you find all links, even those not in search results.

Handling blocks: user agent rotation, speed limits, and headers

If the site limits how fast you can crawl, slow down. Change the user agent to match common crawlers. Add HTTP headers if needed. This helps avoid timeouts.

For big sites, set delays and keep the number of threads low. Aim to crawl links reliably and avoid anti-bot rules.

Build a simple Python crawler to get urls at scale

An async Python approach is fast and in control. It’s great for crawling urls without overloading servers. It’s also good for audits or inventories, helping you find all pages on a website.

Async fetching with retries using httpx

Use httpx with asyncio to fetch pages in parallel. Add retries with backoff for errors, follow redirects, and set timeouts. A small asyncio.Semaphore limits how many pages you can crawl at once.

Parsing links with BeautifulSoup and normalizing URLs

Parse HTML with BeautifulSoup to find anchor href values. Normalize each link with urljoin, removing fragments and UTM codes. This makes finding all links easier and more consistent.

Staying in-domain, limiting depth, and avoiding duplicates

Filter by domain using urlparse to stay focused. Track seen URLs, set a depth cap, and stop at a global page limit. This keeps your crawl efficient and avoids repeats.

Saving output to a clean list of all pages on a website

Export results as TXT or JSON for a clean list. Store only HTML pages by checking the Content-Type header. This helps you keep track of all pages and compare changes.

Scrapy framework: robust rules-based crawling for large sites

Scrapy makes finding all pages on a website easier. It uses rules, queues, and middleware to keep crawls efficient. This tool is great for listing all website pages without missing any.

Tip: Use Scrapy when you need to list all pages on a website. It helps map categories and find all subpages with clear control.

Using CrawlSpider, LinkExtractor, and allowed_domains

CrawlSpider follows links with Rule objects that rely on LinkExtractor. Set allowed_domains to keep the crawl in bounds and avoid drift. Seed with start_urls to find all pages on website sections, then refine patterns to include or deny paths you do not need.

• Define allowed_domains to target the host and list all pages of a website safely.
• Tune LinkExtractor allow/deny patterns to find all subpages of a website without noise.
• Use callbacks to store clean URL lists and metadata.

Built-in concurrency, duplicate filtering, and robots.txt respect

Scrapy runs many requests in parallel, so you can find all pages quickly while honoring robots.txt. Its duplicate filter removes repeated URLs, keeping your list lean and accurate.

• Set CONCURRENT_REQUESTS and DOWNLOAD_DELAY for stable speed.
• Enable CLOSESPIDER_PAGECOUNT to cap runs when you only need to list all pages of a website up to a limit.
• Default robots.txt handling reduces risk and helps find all pages on website within policy.

When to add JavaScript rendering and proxy rotation

Some sites load links with JavaScript or block frequent requests. Add headless rendering to capture dynamic links and find all subpages of a website behind scripts. Rotate proxies when you must list all pages on a website under tighter anti-bot rules.

• Turn on rendering for JS-heavy menus and filters to find all website pages that do not appear in the HTML.
• Rotate IPs and headers if rate limits appear while you list all pages of a website.
• Export URLs via feeds or pipelines for a final list to find all pages on website targets.

Dealing with real-world challenges: blocking, rate limits, JS, and pagination

Today’s websites watch their traffic closely. This makes it hard to see all pages of a website at once. To avoid detection, mix careful pacing with advanced technology. Use sitemaps and a controlled crawl to find all website content.

Anti-bot defenses, CAPTCHAs, and rotating proxies

Platforms monitor IPs, user agents, sessions, and behavior. To crawl without issues, rotate proxies and change user agents. Use services from Amazon Web Services or Google Cloud to handle CAPTCHAs and render pages.

CAPTCHAs are challenging. Cloud browsers can help reduce them. If needed, use solvers like 2Captcha. Make sure scripts act like humans by loading HTML and waiting for key events.

Throttle strategy: concurrency, backoff, and crawl budgets

Rate limits require careful planning. Use tools like asyncio.Semaphore or Scrapy’s CONCURRENT_REQUESTS to control concurrency. Add delays and backoff to avoid overwhelming servers.

Set a crawl budget by depth and page count. Respect robots.txt and honor response codes. Slow down on 429s to keep servers healthy.

Dynamic URLs, canonicalization, and handling infinite scroll

Dynamic parameters can lead to duplicates. Remove fragments and sort query keys. Follow rel=”canonical” to avoid duplicates.

JavaScript views need rendering. Use tools like Puppeteer or Scrapy with Splash to load content. Then, paginate or scroll until no new items appear. Extract and log hrefs to a single list.

Conclusion

Getting every page on a domain is easier when you start simple and build up. Start with sitemaps and robots.txt to get a basic list. Then, use Google operators and SERP exports to fill in the gaps. This method helps you keep your list up to date for audits and redesigns.

Next, use an SEO spider like Screaming Frog to find pages that aren’t indexed, redirects, and error codes. For more control, try a Python stack with httpx and BeautifulSoup. It lets you set rules, remove duplicates, and standardize paths.

For big sites, Scrapy with CrawlSpider, LinkExtractor, and allowed_domains is fast and organized. It also respects robots.txt rules. But, real sites have rate limits and bot filters to stop you.

Use modest concurrency, backoff, and proxy rotation to get around these limits. Also, add JavaScript rendering for content that loads on scroll or through client-side code. If direct requests don’t work, APIs from providers like HasData or ScrapingBee can help. They give you sitemap data and SERP results to list all pages without trouble.

Put everything into one clean file. Remove duplicates, standardize URLs, and sort by status and template. This way, you can manage all websites at scale. You’ll know how to get all pages for audits and show teams how to see all pages for planning and migrations. You’ll have a reliable inventory.