•21 min read

15 Technical SEO Problems (2026) and How to Fix Them

technical seo problems

Great content is the cornerstone of any successful SEO strategy, but it’s only half the battle. If search engines like Google can’t efficiently find, crawl, and understand your website, your best articles and product pages might as well be invisible. This is where technical SEO comes in. Technical SEO problems are the errors in your site’s foundation, such as slow page speeds, broken links, indexing errors, and poor mobile-friendliness, that prevent search engines from accessing your content effectively. Addressing these common technical SEO problems is the foundational work that allows your content to compete for traffic, rankings, and customers. Without a solid technical base, you are essentially trying to build a skyscraper on a shaky foundation.

What is Technical SEO?

Technical SEO refers to the process of optimizing your website’s infrastructure to help search engine bots crawl and index your content more effectively. It is not about keywords or content quality directly. Instead, it focuses on the nuts and bolts of your site’s health.

Technical SEO generally includes:

  • Site speed and performance (Core Web Vitals)
  • Crawlability and indexability (robots.txt, sitemaps, meta tags)
  • Site architecture and internal linking
  • Mobile friendliness
  • URL structure
  • Structured data (Schema markup)
  • Website security (HTTPS)

It typically excludes content creation, keyword research, and off page link building, which fall under on page and off page SEO, respectively.

How Technical SEO Affects Your Website’s Performance

Technical SEO problems create direct roadblocks for search engines, impacting everything from visibility to user experience. A technically sound website is a prerequisite for ranking in today’s competitive landscape, especially with the rise of AI search.

  • Crawlability: If Googlebot cannot access your pages due to server errors or incorrect robots.txt directives, it cannot index them. Since 2019, Google has used mobile first indexing for all new websites, meaning it crawls the mobile version of your site first. If your mobile site is broken, your rankings will suffer.
  • Indexation: Once a page is crawled, it must be indexed to appear in search results. Issues like duplicate content or noindex tags can prevent important pages from being stored in Google’s index.
  • Rankings: Google has confirmed that factors like page speed (Core Web Vitals) and mobile friendliness are direct ranking signals. A study by Backlinko found the average load speed for a first page Google result is just 1.65 seconds, showing a clear correlation between speed and performance.
  • User Experience (UX): Many technical factors directly influence UX. Slow pages, broken links, and confusing navigation lead to higher bounce rates, which can indirectly signal to Google that your page isn’t a good result.
  • AI Search Discoverability: Generative engines like Google’s AI Overviews rely on well structured, easily accessible data. A clean technical foundation makes it easier for these systems to parse your content and feature it in AI generated answers.

What Audits Reveal: Recurring Technical SEO Issues

When SEOs audit websites, they often find the same set of technical SEO problems plaguing businesses of all sizes. A comprehensive site audit can uncover dozens of issues, but a few appear more frequently than others. For example, one large scale SEMrush study found that a staggering 50% of websites audited had duplicate content issues, and 45% had missing alt attributes on images. These seemingly small errors, when multiplied across hundreds or thousands of pages, can severely limit a site’s organic potential. For many businesses, identifying and fixing these recurring technical SEO problems is the fastest path to meaningful traffic growth.

Top 15 Technical SEO Problems

Addressing the technical health of your website is essential for maintaining visibility in an increasingly competitive search landscape. The following fifteen problems are grouped together because they represent the most frequent barriers to search engine accessibility and high-quality page experience. Identifying and resolving these specific issues will stabilize your site’s foundation and provide a clear path for your content to rank effectively.

1. Indexing issues

If Google can’t put your pages in the index, your content might as well not exist. Indexing failures strand high-intent traffic, stall revenue, and mask product-market momentum. The worst case is watching top-earning URLs quietly disappear and conversions drop without a clear cause.

Run the check

  • Where to look: GSC > Indexing > Pages and the URL Inspection “Test Live URL.”
  • What to spot: “Excluded” buckets, 4xx/5xx responses, noindex directives, or robots.txt blocks.
  • How to confirm: Crawl with Screaming Frog to flag “Non-Indexable” status and sanity-check with a site:domain.com/page search.

Ship the fix

  1. Remove blockers: strip noindex meta/X-Robots and open critical paths in robots.txt.
  2. Align canonicals: use self-referencing canonicals to avoid “Duplicate without user-selected canonical.”
  3. Boost signals: deepen content and add 5+ internal links from strong, indexed pages to “Crawled, currently not indexed” URLs.
  4. Clean sitemaps: include only 200 OK, indexable URLs and resubmit.
  5. Re-request indexing in GSC and watch “Validate Fix.”

Prove it

  • Track index coverage week over week in GSC; validate with server logs for crawl frequency and with Screaming Frog recrawls for status shifts.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, server logs.
  • Targets: 200 OK, >95% sitemap URLs indexed, 0 unintended noindex on revenue pages.

2. Robots.txt issues (missing/incorrect/improper blocking)

One bad line in robots.txt can silence your entire site. Over-broad blocks or missing allowances for assets (CSS/JS) cripple rendering and visibility, causing sudden traffic cliffs and brand-damaging invisibility.

Run the check

  • Where to look: domain.com/robots.txt and GSC > Settings > Crawl stats.
  • What to spot: Non-200 responses, Disallow: /, or blocked /css/ and /js/ directories.
  • How to confirm: Screaming Frog “Blocked by Robots.txt” report and GSC URL Inspection for blocked resources.

Ship the fix

  1. Remove Disallow: / from production immediately.
  2. Unblock assets needed for rendering (/assets/, /js/, /css/).
  3. Add a Sitemap: directive and use User-agent: * for global rules; scope bot-specific blocks carefully.
  4. In WordPress/Shopify, audit SEO/plugin-generated rules for unintended restrictions.

Prove it

  • Validate in GSC’s Robots.txt Tester, then recrawl with Screaming Frog to ensure intended pages render and index.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, Merkle Robots.txt Tester.
  • Targets: 200 OK file, <500 KB, 0% indexable content blocked.

3. Unintended noindex directives (meta/robots)

A stray noindex tells search engines to ignore you. Staging leftovers or header-level X-Robots tags can quietly wipe entire sections from results, often the very pages that print money.

Run the check

  • Where to look: GSC > Indexing > Pages (Excluded by noindex) and Screaming Frog > Directives.
  • What to spot: <meta name="robots" content="noindex"> or X-Robots-Tag: noindex in HTTP headers.
  • How to confirm: GSC “URL Inspection” > “Test Live URL” to compare live directives vs. cached.

Ship the fix

  1. Delete noindex from templates and components.
  2. Remove header-level X-Robots-Tag: noindex in .htaccess/Nginx if present.
  3. In WordPress, uncheck “Discourage search engines” (Settings > Reading) and add a deploy checklist item to disable noindex when going live.
  4. Re-submit sitemaps and request indexing for key URLs.

Prove it

  • Watch the GSC “Excluded by noindex” count drop; spot-check headers in Chrome DevTools and recrawl with Screaming Frog.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, Chrome DevTools.
  • Targets: 0 unintended noindex, 200 OK responses on target pages.

4. XML sitemap issues (missing/outdated/broken)

Your XML sitemap is the bot’s guided tour. When it’s missing, broken, or stuffed with junk, crawlers waste time on dead ends and delay surfacing your best work.

Run the check

  • Where to look: GSC > Indexing > Sitemaps and references in robots.txt.
  • What to spot: “Could not be read,” non-200 URLs in the feed, or 3xx/4xx/5xx targets.
  • How to confirm: Open the XML in a browser for syntax errors and use Screaming Frog (List Mode) to verify 200 OK across entries.

Ship the fix

  1. Enable dynamic generation (e.g., RankMath/Shopify) so new pages auto-publish.
  2. Exclude noindexed, redirected, canonicalized-away, or erroring URLs programmatically.
  3. Use a sitemap index for large sites; respect 50,000-URL and 50MB limits.
  4. Ensure UTF-8 encoding and valid tag nesting; resubmit in GSC.

Prove it

  • Monitor the Sitemaps report weekly; watch for “Discovered, currently not indexed” bloat and prune quickly.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, W3C Validator.
  • Targets: 100% 200 OK entries, <50,000 URLs/file, <50MB, <500ms response.

5. Canonical tag issues (missing/misconfigured/incorrect rel=canonical)

Canonicals decide which URL wins. When they’re missing or wrong, duplicates cannibalize rankings and Google may crown a throwaway parameter page over your revenue-driver.

Run the check

  • Where to look: GSC > Indexing > Pages and Screaming Frog > Canonicals.
  • What to spot: “Google-selected canonical” ≠ “User-declared,” canonicals pointing to 3xx/4xx, or multiple canonicals per page.
  • How to confirm: Inspect the <head> for absolute self-referencing tags and test with GSC “Live Test.”

Ship the fix

  1. Set absolute, self-referencing canonicals on indexable pages.
  2. Point to 200 OK targets only, never redirects or 404s.
  3. Remove duplicate/conflicting tags from competing plugins.
  4. In Yoast (WordPress) or Shopify, force self-references; include only canonical URLs in sitemap.xml.

Prove it

  • Recrawl with Screaming Frog to confirm canonical logic; watch GSC for canonical alignment and index changes.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, sitemap.xml.
  • Targets: 100% canonicals resolve 200, 0 “Google chose different canonical,” sitemap = canonical set.

6. Orphan pages (unlinked content)

If no one links to a page, crawlers rarely find it, and authority never reaches it. Orphans hoard content that could rank, yet sit invisible to users and bots while draining crawl budget.

Run the check

  • Where to look: Screaming Frog (Crawl Analysis) and GSC > Links > Internal links.
  • What to spot: URLs listed in sitemaps or logs with zero inbound internal links.
  • How to confirm: Cross-reference crawl data with GSC “Pages” to find indexed URLs at excessive crawl depth.

Ship the fix

  1. Triage value: keep, consolidate, or remove.
  2. For keepers, add contextual links from high-authority hubs and ensure inclusion in menus/breadcrumbs.
  3. 301 consolidate overlapping content; 410 true dead ends.
  4. Update sitemaps to include only linked, indexable URLs.

Prove it

  • Recrawl to confirm each key page has internal links and a crawl depth under five; track impressions and clicks in GSC.

Tools & targets

  • Tools: Screaming Frog, GSC, Sitebulb, server logs.
  • Targets: 0 orphans among indexable content; crawl depth <4; 200 OK on sitemap URLs.

7. Multiple homepage versions (duplicate URLs)

When /, /index.html, http, and non-www all load, your strongest page splits equity. Google may pick the wrong version, dulling rankings for the very query that should be your layup.

Run the check

  • Where to look: Manually test variants (e.g., site.com/index.php) and GSC > Indexing > Pages.
  • What to spot: Duplicate home variants returning 200 OK and “Duplicate without user-selected canonical.”
  • How to confirm: Screaming Frog to uncover internal links pointing to non-preferred variants.

Ship the fix

  1. Choose a single canonical home (e.g., https://www.site.com/).
  2. 301 every variant (http→https, non-www→www, /index.*→/) directly to canonical.
  3. Add a self-referential canonical to the homepage.
  4. Update CMS base URL and replace internal links to the root.

Prove it

  • Ensure the sitemap lists only the canonical home; verify Google-selected canonical with URL Inspection.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, Redirect Path.
  • Targets: 200 OK for canonical only, all others 301, ≤1 hop, 0 internal links to /index.*.

8. Excessive redirect chains or loops

Every extra hop burns time and crawl budget. Chains slow users, loops trap bots, and both can cause Google to abandon the journey before it reaches your money pages.

Run the check

  • Where to look: Screaming Frog > Reports > Redirect Chains; GSC Indexing > Pages > “Redirect error.”
  • What to spot: Multi-step 301/302s or circular paths.
  • How to confirm: Chrome DevTools Network tab (Preserve log) or the Redirect Path extension to visualize each hop.

Ship the fix

  1. Map source → final and collapse every chain to a single 301 to the 200 OK destination.
  2. Update internal links to point directly to finals.
  3. Resolve conflicting HTTPS/WWW rules in .htaccess/Nginx causing loops.
  4. Audit redirect plugins to merge overlapping rules; ensure canonicals target finals.

Prove it

  • Recrawl with Screaming Frog; spot-check critical paths in GSC “Inspect URL.”

Tools & targets

  • Tools: Google Search Console, Screaming Frog, PageSpeed Insights.
  • Targets: ≤1 redirect hop, 0 redirect errors, TTFB to final <0.8s.

9. Redirects to error pages (4xx/5xx)

Pointing redirects at broken destinations creates dead ends that squander link equity and frustrate users. At scale, it erases legacy value and buries formerly high-ranking URLs.

Run the check

  • Where to look: Screaming Frog > Reports > Redirects > Redirect Chains; GSC > Indexing > Pages.
  • What to spot: 3xx hops that terminate in 4xx/5xx or “Not found.”
  • How to confirm: Ayima Redirect Path or GSC “Test Live URL” for final status.

Ship the fix

  1. Update redirect maps so every source points to a live, relevant 200.
  2. If no equivalent exists, remove the redirect and return 410.
  3. Fix destination 5xx by resolving timeouts/crashes.
  4. Update internal links to the final 200 to avoid re-introducing chains.

Prove it

  • Re-crawl and ensure no redirect ends on non-200; monitor 404/500 rates in logs.

Tools & targets

  • Tools: Screaming Frog, GSC, Ahrefs, Ayima Redirect Path.
  • Targets: 0 redirects to non-200, ≤1 hop, destination <500ms.

Internal 404s are potholes in your site’s highway. They waste crawl budget, leak PageRank, and signal neglect, hurting both discoverability and conversions.

Run the check

  • Where to look: Screaming Frog (Internal > Status Code: 404) and GSC > Indexing > Pages > Not found.
  • What to spot: 4xx/Soft 404s and their source links.
  • How to confirm: Use “Inlinks” in Screaming Frog and corroborate frequency in server logs.

Ship the fix

  1. Update the href to a live, relevant target; if none, remove the link entirely.
  2. 301 only when preserving external equity, but still update the internal source to the final URL.
  3. Fix site-wide issues in global elements (header/footer/nav); purge 404s from sitemaps.

Prove it

  • Recrawl to confirm 200 OK across navigation and key templates; watch GSC Not found trendline fall.

Tools & targets

  • Tools: Screaming Frog, Google Search Console, Ahrefs Site Audit.
  • Targets: 0 broken internal links; 200 OK on all nav paths; ≤1 redirect per link.

11. Hreflang implementation issues (wrong language targets/missing return links/non-canonical targets)

International SEO only works if every locale points to the right sibling and back. Broken clusters confuse Google, send users to the wrong market, and can cause duplicate suppression across regions.

Run the check

  • Where to look: GSC > International Targeting; Screaming Frog > Hreflang.
  • What to spot: “No return tags,” invalid ISO codes, targets pointing to non-canonicals.
  • How to confirm: Merkle’s Hreflang Validator or a Hreflang Checker extension; verify absolute URLs and self-references.

Ship the fix

  1. Enforce reciprocity: each page links to every sibling (including itself) in the cluster.
  2. Point hreflang only at self-canonical 200 URLs.
  3. Use ISO 639-1 (language) + ISO 3166-1 (region) and include x-default.
  4. Automate via CMS or XML sitemaps to avoid drift as catalogs change.

Prove it

  • Run Screaming Frog (List Mode) to confirm “Return Link: Confirmed” across clusters and watch GSC error counts drop.

Tools & targets

  • Tools: Google Search Console, Screaming Frog, Merkle Validator.
  • Targets: 0 “No return tags,” 100% confirmed, all targets 200 OK.

12. Slow page load speed

Speed is the silent salesperson. When servers lag or the browser is overworked, crawlers do less and buyers bounce more. A single second can change your revenue curve and your rankings.

Run the check

  • Where to look: GSC > Experience > Core Web Vitals; PageSpeed Insights for Field vs. Lab.
  • What to spot: Slow LCP/INP, high TTFB, oversized images, long JS tasks.
  • How to confirm: Chrome DevTools Network/Performance traces; Screaming Frog + PSI API for template-level patterns.

Ship the fix

  1. Optimize assets: convert images to WebP/AVIF, lazy-load below-the-fold, minify CSS/JS, code-split.
  2. Engineer performance: preload LCP, add server/edge caching with Cache-Control, compress with Brotli.
  3. Strengthen infra: serve via a CDN and keep origins close to users.
  4. Platform hygiene: use lightweight themes; remove heavy third-party scripts.

Prove it

  • Re-run PSI/Lighthouse; trigger GSC “Validate Fix” and track 28-day field data improvements.

Tools & targets

  • Tools: Google Search Console, PageSpeed Insights, Lighthouse, Screaming Frog.
  • Targets: LCP <2.5s, CLS <0.1, INP <200ms, TTFB <800ms.

13. Poor Core Web Vitals / Page Experience

Core Web Vitals translate UX into ranking pressure. Miss the thresholds and Google dampens your visibility, while users abandon carts and forms at painful rates.

Run the check

  • Where to look: GSC > Experience > Core Web Vitals; PageSpeed Insights Field Data.
  • What to spot: URL groups failing LCP >2.5s, INP >200ms, or CLS >0.1.
  • How to confirm: Site-wide testing via Screaming Frog + PSI API to pinpoint problematic templates.

Ship the fix

  1. LCP: preload hero images (fetchpriority="high"), avoid lazy-loading above-the-fold.
  2. INP: break long JS tasks, defer non-critical scripts, reduce 3P overhead.
  3. CLS: set image/video dimensions or aspect-ratio, reserve ad slots, font-display: swap + font preloads.
  4. Edge cache (Cloudflare/Fastly) to reduce TTFB; serve images in AVIF.

Prove it

  • Start a GSC “Validate Fix”; monitor field data over 28 days and compare conversions.

Tools & targets

  • Tools: Google Search Console, PageSpeed Insights, Lighthouse, CrUX Dashboard.
  • Targets: LCP <2.5s, INP <200ms, CLS <0.1.

14. Largest Contentful Paint (LCP) issues

LCP captures the moment your main content feels loaded. When that hero image or headline lags past 2.5s, users bail and rankings soften, especially on mobile.

Run the check

  • Where to look: GSC > Core Web Vitals to flag failing URL groups.
  • What to spot: PSI Field Data and Diagnostics to identify the LCP element.
  • How to confirm: Chrome DevTools Performance (Web Vitals view) and Screaming Frog + PSI API for scale.

Ship the fix

  1. Prioritize the element: fetchpriority="high" and remove loading="lazy" above the fold.
  2. Preload essentials: <link rel="preload"> for the LCP image and critical web fonts.
  3. Optimize delivery: serve WebP/AVIF, correct srcset sizing, keep TTFB <800ms via CDN/edge.
  4. Reduce blockers: inline critical CSS, defer non-essential JS.

Prove it

  • Re-run Lighthouse and start GSC “Validate Fix”; watch LCP shift into “Good.”

Tools & targets

  • Tools: GSC, PageSpeed Insights, Lighthouse.
  • Targets: LCP <2.5s (Good), 2.5 to 4.0s (Needs Improvement), >4.0s (Poor).

15. Cumulative Layout Shift (CLS) issues

Layout jumps break trust. When images, ads, or fonts shove content around, users misclick and bounce, Google notices, and so do your conversions.

Run the check

  • Where to look: GSC > Core Web Vitals and PageSpeed Insights.
  • What to spot: URLs over 0.1 CLS and “Avoid large layout shifts” warnings.
  • How to confirm: Chrome DevTools Performance (Layout Shifts track) and the Web Vitals extension for live testing.

Ship the fix

  1. Reserve space: set width/height or CSS aspect-ratio on images/videos; give ads minimum heights.
  2. Stabilize text: preload fonts and use font-display: swap.
  3. Prevent injections: don’t add dynamic content above already rendered elements; replace jumpy effects with CSS transform animations.
  4. Verify lazy-loading doesn’t collapse containers (Shopify/WordPress).

Prove it

  • Kick off GSC “Validate Fix” and monitor 28-day field data; re-test with Lighthouse.

Tools & targets

  • Tools: GSC, PageSpeed Insights, Chrome DevTools, Screaming Frog.
  • Targets: CLS <0.1 (Good), 0.1 to 0.25 (Needs Improvement), >0.25 (Poor).

How to Prioritize Technical SEO Fixes

Finding a long list of technical SEO problems can be overwhelming. The key is to prioritize effectively based on impact and effort. Not all fixes are created equal.

A simple framework for prioritization involves asking three questions:

  1. What is the severity? Does this issue prevent pages from being indexed entirely (high severity), or does it cause minor user experience friction (low severity)?
  2. How much effort is required? Is this a simple fix that takes five minutes, like updating a robots.txt file, or does it require a full site migration (high effort)?
  3. Are any issues related? Often, multiple problems stem from a single root cause. For instance, fixing a single template in your CMS could resolve thousands of pages with missing meta descriptions. Grouping these fixes saves immense time.

Focus on high impact, low effort tasks first to secure quick wins, then schedule larger projects that require more resources.

Putting It All Together: Building a Bulletproof Technical SEO Roadmap

Fixing technical SEO problems is not a one and done project. It is an ongoing process of monitoring, diagnosing, and improving. A technical SEO roadmap helps you plan and execute these fixes systematically.

Your roadmap should outline:

  • The specific issues to be addressed.
  • The priority level for each issue.
  • The team or person responsible for the fix.
  • A timeline for completion.
  • The tools needed for implementation and verification.

Services like Rankai integrate this process directly into their monthly plan. They handle the audit, prioritization, and execution of technical fixes, ensuring your site’s foundation remains strong while they scale your content.

Future Proofing Your Site Amid Google Updates

Google’s algorithms are constantly changing, but websites with strong technical foundations tend to be more resilient during major updates. When your site is fast, easy to crawl, and free of critical errors, Google can better understand your content’s value. This clarity reduces the risk of negative impacts from algorithm shifts. Maintaining technical health is a proactive strategy to future proof your organic search performance.

What Experts See Most Often (And How They Fix It)

After auditing hundreds of websites, experts notice patterns. The most common and damaging technical SEO problems often revolve around three areas:

  1. Site Speed: Slow loading times are a conversion killer and a negative ranking factor. Experts fix this by compressing images, leveraging browser caching, minifying CSS and JavaScript, and upgrading server hosting.
  2. Indexation Bloat: This happens when Google indexes thousands of low value pages (like tag pages, empty search results, or thin content). Experts solve this by using noindex tags strategically, improving site architecture, and using robots.txt to block unimportant sections.
  3. Poor Internal Linking: A lack of logical internal links makes it hard for search bots to discover deep pages and for link equity to flow through your site. The fix involves creating a clear site structure and systematically linking from high authority pages to important new content.

At Rankai, our team of human experts works alongside our AI to identify and resolve these high impact technical SEO problems as part of our all inclusive monthly service, ensuring nothing holds your content back.

Conclusion: Unlock Your Site’s Potential by Fixing Technical SEO

You can have the most brilliant content strategy in the world, but if your website has significant technical SEO problems, you are competing with one hand tied behind your back. By auditing your site, prioritizing fixes, and committing to ongoing maintenance, you clear the path for search engines to discover, index, and rank your pages. This foundational work doesn’t just improve rankings, it enhances user experience and drives real business growth.

Ready to stop worrying about technical issues and focus on growth? Learn how Rankai combines high volume content creation with expert led technical SEO fixes to get you results, faster.

Frequently Asked Questions

### What are the most common technical SEO problems?

The most common technical SEO problems include slow page speed, mobile usability issues, duplicate content, broken links (404 errors), improper use of redirects, missing or poorly optimized title tags and meta descriptions, and incorrect robots.txt or noindex tag implementation.

### How often should I run a technical SEO audit?

For most small to medium sized businesses, a comprehensive technical SEO audit should be conducted at least once every six months. A monthly or quarterly health check using automated tools is also recommended to catch new issues as they arise. Larger, more complex websites may require more frequent audits.

### Can I fix technical SEO problems myself?

Some technical SEO problems, like updating a meta description or fixing a broken link, can be fixed by someone with basic CMS access. However, more complex issues related to site speed, server configuration, or structured data often require specialized technical knowledge or developer assistance.

### Does AI SEO handle technical fixes?

It depends on the service. While some AI tools can identify technical SEO problems, they often lack the ability to implement the fixes. A hybrid service like Rankai uses AI for analysis but relies on human experts to execute the strategic technical fixes needed to ensure your site is properly optimized.

### What is the difference between on page SEO and technical SEO?

Technical SEO focuses on the website’s infrastructure, ensuring it is crawlable, fast, and secure. On page SEO focuses on the content of individual pages, optimizing elements like text, keywords, images, and headers to be relevant for specific search queries. Both are crucial for ranking.

### How much does it cost to fix technical SEO problems?

The cost can vary dramatically. A simple one time fix might cost a few hundred dollars with a freelancer. A comprehensive audit and repair project for a large site could cost several thousand dollars. Some modern services include ongoing technical fixes as part of a flat monthly fee, making it more affordable for small businesses.