Wrong URLs Indexed
Archives, parameters, duplicate paths and low-value URLs can compete with pages that actually matter.
Find and fix the technical problems that interfere with crawling, indexing, site architecture, performance and the signals search engines use to understand your important pages.
Search engines need to discover a page, access it, interpret its signals and decide whether it belongs in the index before it has an opportunity to compete.
Problems with canonical tags, redirects, internal links, robots directives, duplicate URLs, sitemaps or rendering can interfere with that process.
Technical SEO is therefore not about producing the longest audit possible. It is about identifying technical conditions that can materially affect search performance and fixing them in the correct order.
Archives, parameters, duplicate paths and low-value URLs can compete with pages that actually matter.
Canonicals, redirects, internal links and XML sitemaps may point search engines toward different URL versions.
Important pages can become difficult to discover when site structure and internal linking do not reflect priorities.
Heavy assets, scripts and unstable layouts can make the website unnecessarily difficult for users.
The audit follows the path from discovery and crawling through indexing, architecture, rendering and user experience.
Review robots directives, navigation, internal links and technical barriers affecting URL discovery.
Determine which pages are indexed, which should be indexed and where indexation patterns reveal deeper problems.
Check canonical signals and duplicate URL relationships so important pages are represented consistently.
Keep sitemaps focused on canonical, indexable URLs that deserve search-engine attention.
Find broken redirects, unnecessary chains, loops and outdated destinations that interfere with users and crawlers.
Evaluate how services, categories, locations and supporting content are organized and connected.
Implement relevant structured information accurately without adding schema simply because a markup type exists.
Investigate page weight, images, scripts, rendering and Core Web Vitals alongside real user experience.
Websites can accumulate search pages, tag archives, parameter URLs, attachment pages, duplicate categories and other URLs that provide little independent search value.
At the same time, an important service page can accidentally be noindexed, canonicalized elsewhere or omitted from the site's internal architecture.
We focus on making the index reflect the website the business actually wants search engines to understand.
The same content can sometimes become accessible through several URLs because of parameters, trailing-slash variations, CMS behaviour, filters or historical site changes.
Canonical tags are one part of managing those relationships, but they should agree with redirects, internal links and sitemaps.
We look for consistency across the entire URL system rather than treating the canonical tag in isolation.
A website's hierarchy influences how users and crawlers move between important services, categories, locations and supporting resources.
We use navigation, breadcrumbs and contextual internal links to create meaningful relationships rather than forcing every page into the main menu.
Strong architecture becomes especially important as a website grows.
Page speed tools are useful diagnostic systems, but chasing a perfect laboratory score can distract from the actual user experience.
We investigate image delivery, rendering, JavaScript, fonts, layout stability, server response and other causes of slow or unstable pages.
The objective is a fast, usable website with sound technical foundations—not a cosmetic score obtained by breaking useful functionality.
Structured data can help machines interpret information already represented on a website.
Depending on the site, that may include organization, people, articles, breadcrumbs, services and other appropriate entities.
We avoid adding unsupported markup merely because a schema type exists or because a plugin offers a checkbox for it.
Structured data should accurately describe the visible content and reinforce the website's underlying information architecture.
A redesign or platform migration can change URLs, navigation, content, internal links, metadata and technical behaviour at the same time.
We map valuable existing URLs, determine appropriate redirects, preserve important content and verify technical signals before and after launch.
Migration planning should happen before the old website disappears—not after rankings move.
Map the website and identify technical patterns.
Separate meaningful SEO problems from harmless audit noise.
Order fixes by potential impact, risk and implementation effort.
Correct technical issues carefully without creating new ones.
Re-crawl and monitor search behaviour after changes.
Technical SEO focuses on website conditions that affect how search engines discover, crawl, render, interpret and index pages. It includes architecture, canonicalization, redirects, sitemaps, structured data and performance.
A technical SEO audit investigates the website for issues that may affect organic search performance and prioritizes findings according to their likely importance.
No. Audit tools can report many conditions that are harmless or intentional. The important work is determining which findings actually matter to the website.
XML sitemaps can help search engines discover canonical, indexable URLs. They should generally contain pages the site actually wants represented in search.
Performance and page experience matter, but speed should be evaluated alongside content, relevance, architecture and the overall search strategy rather than treated as the only SEO factor.
Yes. Migration work can include URL mapping, redirects, canonical checks, sitemap updates, internal-link validation and post-launch monitoring.
We'll investigate the technical foundation, separate meaningful issues from audit noise and identify the fixes that deserve attention first.