Technical SEO Services

Build what
search engines reward.

Rankings do not just come from content. They come from sites that are fast, crawlable, structurally logical, and technically sound. Most sites have invisible problems that cap what their content can achieve β€” no matter how good the writing is. We find them, fix them, and verify the fix.

01
Core Web Vitals

Fast. Stable.
Rankable.

LCP, CLS, and INP are ranking signals. Sites that fail Core Web Vitals are at a measurable disadvantage in competitive SERPs. We diagnose and fix the root causes β€” not just the symptoms.

Any CMS WordPress, Shopify, custom
48h Avg. critical issue turnaround
02
AI Crawlability β€” 2026

Crawlable by Google.
Citable by AI.

AI systems need clean, structured, machine-readable content to cite your brand. Schema markup, entity definition, and crawl hygiene are prerequisites for AI visibility in 2026.

Schema Markup Entity SEO Crawl Budget JS Rendering Structured Data
03
Implementation β€” Not Just Audits

We fix it.
Not just flag it.

Most technical SEO agencies deliver a PDF of recommendations. We implement directly where we have CMS access, and deliver production-ready developer briefs where we do not.

Direct CMS Implementation where possible
Verified Every fix validated post-implementation
+40% Avg. crawl efficiency after technical audit
2.1s Avg. LCP achieved post-optimisation
100% Of engagements include schema implementation
30d Avg. time to first measurable technical improvement
Why Technical SEO Matters

Technical problems do not
announce themselves.

A site can look perfectly functional to users while silently failing search engines on multiple fronts. The compounding effect is what makes technical SEO damage so severe β€” each issue multiplies the others.

πŸ•·οΈ
Crawl budget exhaustion
Google allocates a crawl budget to every site β€” a finite number of pages it will crawl per day based on your site's authority and server responsiveness. If your site generates thousands of near-duplicate URLs from faceted navigation, session parameters, or infinite scroll, Google spends its budget on low-value pages and never fully crawls the ones that matter. Your best content gets crawled monthly instead of daily.
πŸ”€
Canonicalisation conflicts
A URL with www and without www, with a trailing slash and without, with HTTP and HTTPS β€” each variation is technically a separate page. If they all return 200 status without canonicals or redirects pointing to a single preferred version, you are fragmenting link equity across multiple versions of every page on your site. This is one of the most common and most costly technical errors.
πŸ–₯️
Rendering blindness
Google renders JavaScript, but not perfectly. Sites that load content via client-side JavaScript β€” product descriptions, pricing, navigation links, internal anchor text β€” risk Google seeing a shell of the page rather than the complete content. It cannot rank content it cannot see. This affects a growing number of sites built on React, Vue, and similar frameworks.
⚑
PageSpeed as a ranking signal
Core Web Vitals β€” LCP, INP, and CLS β€” are direct ranking signals. More importantly, they are conversion signals. A 1-second delay in load time on mobile costs approximately 7% in conversions on average. Technical performance is not just an SEO issue; it is a revenue issue.
🧱
Schema as a trust signal
Structured data is how you communicate meaning to Google and AI systems β€” not just keywords. Sites with accurate, validated schema markup see measurably higher click-through rates from rich results. Broken schema, mismatched schema, or no schema leaves this entirely on the table.
⚠️
Migration risk
A site migration β€” new domain, new platform, new URL structure β€” without a complete redirect map can erase years of accumulated authority in weeks. Google treats a URL with no redirect as a new page with no history. The loss compounds: rankings drop, traffic drops, links no longer pass value.
What We Audit

Every layer of the
technical stack.

⚑ Core Web Vitals
  • Largest Contentful Paint (LCP) β€” target under 2.5s
  • Interaction to Next Paint (INP) β€” target under 200ms
  • Cumulative Layout Shift (CLS) β€” target under 0.1
  • First Contentful Paint (FCP)
  • Total Blocking Time (TBT)
  • Real-user data from CrUX vs lab data comparison
  • Mobile vs desktop performance gap analysis
πŸ•·οΈ Crawl & Indexation
  • Crawl budget analysis and waste identification
  • Robots.txt configuration and directive audit
  • XML sitemap structure and priority settings
  • Canonicalisation across all URL variants
  • Orphan page detection
  • Index bloat identification (noindexed, thin, duplicate)
  • Search Console coverage report analysis
πŸ—οΈ Site Architecture
  • URL structure and siloing strategy
  • Internal linking depth and authority distribution
  • Breadcrumb hierarchy and implementation
  • Pagination handling (canonical vs. noindex)
  • Faceted navigation crawl control
  • Category and subcategory hierarchy review
  • Click depth to key pages
🧱 Schema Markup
  • Organization and LocalBusiness entity
  • FAQPage and HowTo
  • Product, Offer and AggregateRating
  • BreadcrumbList and WebPage
  • Article and BlogPosting
  • Validation against Google Rich Results Test
  • Schema-to-content accuracy verification
πŸ”’ Security & Redirects
  • HTTPS implementation and mixed content
  • Redirect chain audit (3xx cascades)
  • Broken link detection (4xx internal)
  • Hreflang for international configurations
  • Mobile usability issues
  • Soft 404 detection
  • Security headers (canonical HTTPS enforcement)
πŸ–₯️ Rendering & JavaScript
  • JavaScript-rendered content audit
  • Googlebot rendering comparison
  • Lazy loading implementation review
  • Resource prioritisation (preload, prefetch)
  • Third-party script performance impact
  • Server-side vs client-side rendering assessment
  • Dynamic rendering setup (where applicable)
Our Approach

We fix it.
Not just document it.

The standard technical SEO audit produces a 60-page report that sits in a folder. The developer queue is already full. The issues go unimplemented. Rankings do not change. Six months later, someone orders another audit.

We break the cycle. Issues are prioritised by estimated ranking impact β€” not by category or severity. Where we have CMS access, we implement fixes directly. Where code changes are required, we write production-ready developer briefs β€” not vague notes β€” so that implementation is unambiguous and fast. Every fix is verified with a targeted re-crawl before it is closed.

Prioritised by revenue impact
Issues are ranked by their estimated effect on crawlability, rankings, and conversions. Fix 1 is never "add alt text to 200 images".
Implementation, not just documentation
Where we have access, we implement. Where developers are needed, we write production-ready code snippets and precise specifications β€” not interpretable suggestions.
Re-crawl verification on every fix
We do not close an issue without confirming resolution with a targeted re-crawl or a Search Console data check. No assumed fixes.
AI search compatibility built in
Every technical implementation includes checks for AI crawler compatibility, not just Googlebot. Structured data and rendering audits cover GPTBot, ClaudeBot, and Perplexity-compatible crawlers.
Regression monitoring
We set up monitoring alerts for technical regressions β€” especially important after CMS updates, new plugin deployments, and developer sprints that frequently undo previous work.
Core Web Vitals β€” Before & After
LCP
6.2s
β†’
1.8s
INP
380ms
β†’
94ms
CLS
0.31
β†’
0.04
FCP
3.4s
β†’
1.2s
Typical results β€” varies by site and starting point
What we find most often
87% of sites have canonical issues or URL variant fragmentation
73% of sites have crawl budget waste from low-value URLs
91% of sites have incomplete or broken schema implementation
64% of sites fail Core Web Vitals on mobile
Schema & Structured Data

The bridge between your content
and AI understanding.

Structured data tells search engines and AI systems what your content means β€” not just which words it contains. It is the single highest-leverage technical improvement most sites have not fully implemented, and its importance is growing as AI systems replace traditional search results.

🏒
Organization & Brand Entity
Establishes your brand as a known entity in Google's Knowledge Graph β€” the foundation for AI citation, brand-search dominance, and knowledge panel control. Without it, Google treats your brand as an anonymous content publisher.
❓
FAQPage & HowTo
Directly feeds AI answer engines and Google's rich results. FAQPage schema is the most reliable way to appear in zero-click and voice search results. HowTo schema surfaces step-by-step instructions in visual SERP formats that dramatically increase click-through rates.
πŸ›οΈ
Product, Offer & Review
Price, availability, and rating data surfaced in search results and Google Shopping. Correct implementation is the difference between a standard blue link and a rich product listing with price, stock status, and star rating visible before the click.
πŸ“
LocalBusiness & ServiceArea
Tells Google precisely where you operate, what you offer, and when you are open β€” feeding the Knowledge Panel, Google Maps integration, and local AI answers. Essential for any business with a physical location or defined service area.
πŸ“°
Article & BlogPosting
Signals authorship, publication date, and content category to Google's systems. Required for Google News eligibility and for establishing E-E-A-T signals through named authorship and editorial provenance on every article published.
🧭
BreadcrumbList & SiteLinks
BreadcrumbList schema enables the breadcrumb rich result that replaces the full URL in search results β€” improving click-through rates and helping Google understand your site hierarchy. SiteLinks structure reinforces this architectural clarity.
JavaScript SEO

The problem most developers
don't know they've created.

Modern JavaScript frameworks β€” React, Vue, Angular, Next.js β€” can create severe SEO problems when implemented without rendering awareness. The site looks perfect in a browser. To Google, significant portions of it may not exist.

Why this happens

Googlebot renders pages in two waves. The first wave β€” HTML crawl β€” happens immediately. The second wave β€” JavaScript rendering β€” happens in a crawl queue that can lag hours, days, or weeks behind.

For a site where critical content (navigation, internal links, product data, price information, meta tags) is injected by JavaScript after the initial HTML load, that content is invisible to Googlebot during the first wave. If Google doesn't re-render quickly enough, that content may never be indexed.

Common patterns we find: React SPAs where the entire page content is client-rendered (Google sees a blank body), Next.js implementations where SEO-critical pages defaulted to CSR instead of SSR, Vue apps where the router generates internal links that Google never follows, and Angular sites where the meta tags are set by JavaScript after load and therefore ignored.

Rendering patterns and their SEO implications
CSR β€” Client-Side Rendering High Risk
All content rendered in the browser by JavaScript. Googlebot must execute JS to see content β€” and may not. High risk of indexation gaps. Common in SPAs built without SSR consideration.
SSR β€” Server-Side Rendering SEO Safe
Page HTML is fully rendered on the server and delivered to Googlebot already complete. No rendering delay. No indexation risk. The gold standard for SEO on JS-heavy sites.
SSG β€” Static Site Generation SEO Safe
Pages pre-built at deploy time as static HTML. Fast, crawlable, and fully SEO-compatible. Best for content that doesn't change frequently.
ISR β€” Incremental Static Regeneration Monitor
Hybrid of SSG and SSR β€” pages are statically generated and revalidated on a schedule. Generally SEO-compatible; key to monitor revalidation frequency for frequently-changing content.
Hybrid (SSR some / CSR others) Monitor
Common in large Next.js and Nuxt apps. Requires page-by-page audit to ensure SEO-critical pages are server-rendered. Frequently audited incorrectly because devs assume all pages are SSR.
What We Find Most Often

The issues that appear
on almost every audit.

After 18+ years of technical audits, certain problems appear consistently β€” regardless of industry, platform, or site size. These are the most common, and the ones that most reliably suppress rankings when left unaddressed.

πŸ”
Redirect chains and loops
Very common
A page that was moved twice creates a chain: /old-url β†’ /interim-url β†’ /new-url. Google follows chains but loses link equity at each hop. Sites that have been redesigned multiple times often have 3–4-hop chains to important pages β€” the authority those pages accumulated is being diluted significantly.
πŸ“„
Duplicate page variants
Universal
HTTP vs HTTPS, www vs non-www, trailing slash vs no trailing slash, URL parameters β€” each combination creates a new "URL" that can index independently. A 10,000-page site may have 40,000+ unique URLs representing 10,000 actual pages. Crawl budget is consumed, authority is diluted across variants, and the correct version may not rank.
πŸ“
Missing or duplicate title tags and meta descriptions
Very common
Programmatically generated sites and CMS platforms often duplicate title tags across pagination, category filter pages, and tag archives. Google rewrites duplicated titles β€” often to something less useful than what you would have written. Missing titles get filled by the first heading on the page, which is rarely ideal.
πŸ”—
Internal linking that ignores important pages
Very common
The most authoritative pages on your site β€” typically the homepage, top-level categories, and high-traffic blog posts β€” pass authority through internal links. Pages that are linked from no internal pages receive no authority. We consistently find commercially important pages buried in sitemaps but not linked from anywhere with meaningful authority.
⚑
LCP caused by render-blocking resources
Very common
The Largest Contentful Paint β€” the single most important Core Web Vitals metric β€” is most commonly delayed by render-blocking CSS and JavaScript in the <head>. These resources tell the browser to stop rendering until they've loaded and parsed. Moving non-critical scripts to defer or async typically produces the largest single LCP improvement.
πŸ—οΈ
Schema errors that void rich result eligibility
Common
Google's rich results β€” FAQ accordions, star ratings, product prices in the SERP β€” require valid, error-free schema markup. We regularly find schema implemented with required fields missing, properties misspelled, or markup that references content not visible on the page β€” all of which disqualify the page from rich results silently.
Site Migrations

The highest-risk event
in your site's SEO history.

Done wrong, a migration erases years of accumulated authority in weeks. Done right, it preserves every ranking signal and can actually improve performance. The difference is pre-migration planning β€” not post-migration recovery.

🟑
Pre-Migration
Before a single URL changes
  • Full crawl and URL inventory of current site
  • Ranking baseline for all target keywords
  • Redirect map (old URL β†’ new URL) for every page
  • Internal linking audit to catch hardcoded links
  • Search Console and Analytics setup for new domain
  • Staging site crawl to validate new URL structure
🟠
Migration Day
The critical 24–48 hours
  • Redirect implementation verification (all 301, no 302s)
  • Search Console property setup and sitemap submission
  • Crawl of live redirects to confirm no chains or loops
  • Canonical tag audit on new URLs
  • Google Cache check for key pages
  • Monitoring alerts configured for traffic anomalies
🟒
Post-Migration
The critical 90 days
  • Weekly ranking comparison against pre-migration baseline
  • Crawl monitoring for new 404s and crawl errors
  • Link reclamation β€” updating backlinks pointing to old URLs
  • Internal link audit β€” finding and replacing old hardcoded links
  • Index coverage monitoring in Search Console
  • Disavow file transfer if applicable
How It Works

From audit to
verified fix.

01
Full technical crawl and audit
We run a comprehensive crawl using enterprise tools combined with manual review of your site architecture, rendering behaviour, and Core Web Vitals across real devices. We also pull Search Console coverage data to compare what Googlebot is actually seeing against our crawl β€” discrepancies reveal rendering problems standard crawls miss.
02
Prioritised issue report
Issues are ranked by estimated revenue impact. Each one includes: what it is, why it matters to your specific site, what to do, an effort estimate, and the code or configuration required to fix it. No jargon-filled 60-page lists β€” every item is actionable on the day it is received.
03
Implementation
We implement everything we can directly. For developer work, we provide production-ready code snippets, precise technical specifications, and β€” where helpful β€” a short Loom walkthrough so your developer can implement correctly in one pass without back-and-forth.
04
Verification and monitoring
Re-crawl after implementation to confirm resolution. Every fixed issue is checked against its target metric β€” reduced crawl waste, improved CWV scores, correct schema validation, canonical resolution. We set up monitoring alerts for regressions before closing the engagement.

Technical SEO <em>questions.</em>

We work with any CMS β€” WordPress, Shopify, Webflow, custom-built, and headless architectures. Our audits and recommendations are platform-agnostic. Implementation method varies by platform, and we know the specific technical constraints and optimisation opportunities of each.

We write implementation briefs that are precise enough to be implemented in a single developer session without clarification. For common CMS platforms, we implement fixes directly. For bespoke code changes, our briefs include the exact code required, the file to edit, and the expected outcome β€” not vague direction.

Both β€” wherever we have access. The measure of a technical audit is what improves, not what gets listed. We implement directly in the CMS where possible and write production-ready specifications where a developer is needed.

Then we will tell you that. The technical audit is often the first step in a broader engagement. If the foundation is solid, we shift focus to content and authority building. We are not going to invent problems to justify a retainer.

Yes, and the sooner you involve us the better. Pre-migration planning is worth far more than post-migration recovery. See the migration section above for what a properly managed migration looks like.

We run a rendering audit comparing what Googlebot sees against what users see. Where critical content is rendered client-side, we assess whether dynamic rendering, server-side rendering, or pre-rendering is appropriate, and brief the implementation accordingly.

Technical problems
don't fix themselves.

The SEO Clarity report includes a full technical health check and prioritised quick-win list β€” so you know exactly what is holding you back before committing to a full engagement.

Not sure where to start? The SEO Clarity report gives you a full audit + 30-day action plan from $497.