Digital Snowstorm

Technical SEO Consultant Who Fixes What's Holding You Back

A large site can't rank what search engines can't crawl, index, or render. I clear the crawlability, indexation, site architecture, and Core Web Vitals issues quietly capping your growth, so your content can finally rank.

50+ Brands Helped 9+ Years in the SEO Industry

Technical Audit · example.com4 of 47 issues
P1Indexing38 days

Your best pages aren't getting indexed

Fix Add internal links and request indexing so Google can actually find and rank them.

P1RenderingEmpty HTML

Key content is hidden behind JavaScript

Fix Render product copy and prices server-side so search engines see them on the first pass.

P2Crawl Budget14,000 URLs

Filter pages are bloating your index

Fix Index only the filters people search for, and block the rest from crawling.

P2SpeedLCP 4.2s

Pages load too slowly on mobile

Fix Compress the oversized hero image and trim render-blocking scripts.

Brands I've Worked With

WW (Weight Watchers) Credit Sesame Charles and Colvard Thrive Market CocoaVia Yardbarker Backstage Helium 10
Why Technical SEO

Great Content Won't Rank on a Broken Site

You can publish the best pages in your category, but if bots can't crawl them, the index ignores them, or they load too slowly, that work never compounds. On enterprise sites these problems hide in templates and multiply across thousands of URLs.

Crawl Budget Wasted

Faceted nav, parameters, and low-value URLs burn crawl budget, so bots never reach the pages that earn revenue.

Pages Not Indexed

Canonical conflicts, thin templates, and indexation errors keep key pages out of Google entirely, no matter how good they are.

Failing Core Web Vitals

Slow LCP, sluggish INP, and layout shift hurt both rankings and conversions, and frustrate every visitor you worked to earn.

On enterprise sites I routinely uncover advanced technical issues missed by prior SEOs, the kind that quietly cap a whole domain's growth. Working with a senior enterprise SEO consultant means the technical roadmap is tied to revenue, not to a checklist for its own sake.

What's Included

Technical SEO Services

Customized to your stack and catalog, prioritized by impact, and shipped alongside your team, not handed off in a 200-row spreadsheet.

Technical SEO Audits

A full crawl plus Search Console and analytics data to surface every crawl, index, render, and speed issue, each written in plain language with why it matters, then ranked P1 to P4 by business impact.

Explore

Site Speed & Core Web Vitals

LCP, INP, and CLS fixes at the root: render-blocking resources, oversized hero images, DOM bloat, and slow server response. SEO and UX are two sides of the same coin.

Crawlability & Indexation

Index and no-index strategy, canonical and hreflang hygiene, parameter control, redirect chains, soft 404s, and XML sitemaps across large, templated page sets.

Site Architecture & Internal Linking

Hub-and-spoke silos, shallow click depth, links pointed at your money pages, and rescued orphans, so authority flows where it earns revenue instead of leaking into the mega-menu.

Explore

Structured Data & Schema Markup

Schema that earns rich results and feeds AI search, implemented and validated against your templates, not bolted on.

Faceted Nav, Crawl Budget & Log Files

Server-log analysis plus faceted-nav control: index only proven high-intent filter combinations and block the rest, so faceted nav becomes an SEO moat, not a crawl trap.

How I Work

My Technical SEO Process

Technical SEO only pays off when fixes actually ship, not when they sit shelved in a spreadsheet.

1

Audit & Diagnose

Crawl the site and log files to surface every issue in plain language.

2

Prioritize by Impact

Score each issue P1 to P4 so the highest-ROI fixes go first.

3

Implement With Your Team

Dev-ready tickets and staging QA so fixes actually ship.

4

Measure & Monitor

Track index health, rankings, and speed, then double down on revenue.

The Deliverable

Inside a Technical SEO Audit

A sample of how I document findings: every issue in plain language, a real example, the fix, and a P1 to P4 priority. The data below is illustrative, for a fictional store.

Technical Audit · example.com47 issues found

All 16 findings

Issue

Revenue and conversion pages never make it into Google's index, so they can't rank.

Example

Category page /tents/4-season has shown "Crawled, currently not indexed" in GSC for 38 days. Server logs show Googlebot last hit it 6 weeks ago.

Fix

Add it to the XML sitemap, build 3 to 4 internal links from the /tents hub and related posts, confirm it isn't blocked by robots or noindex, then request indexing and recheck crawl frequency in the logs.

Issue

Content only exists after JavaScript runs, so Google's first HTML fetch sees an empty shell.

Example

Product copy and prices are injected by React. view-source on /boots/alpine-pro returns only <div id="root"></div>; the content appears only in the rendered DOM.

Fix

Render product copy, price, and schema server-side or pre-render the HTML, then confirm the content appears in GSC URL Inspection's "View crawled page."

Issue

Conflicting directives tell Google to ignore, de-duplicate, or mis-route pages.

Example

/sale still carries a noindex left over from a clearance event, and 1,200 product pages canonicalize to the homepage instead of themselves.

Fix

Remove the stale noindex, set self-referencing canonicals on indexable pages, and make hreflang pairs reciprocal with valid ISO codes (en-gb, en-us). Filter Directives in Screaming Frog to catch outliers.

Issue

Filter combinations create near-infinite crawlable URLs of thin, duplicate content.

Example

/jackets?color=blue&size=m&sort=price and its permutations have bloated the index with 14,000 filter URLs.

Fix

Make the facets with real demand (e.g. color) clean, statically linked, indexable pages; block the rest with robots.txt and canonicals, and stop linking to filtered URLs in the nav.

Issue

Tracking or session parameters create duplicate copies of the same page.

Example

/boots/alpine-pro?utm_source=newsletter is indexed separately from the clean URL, splitting ranking signals.

Fix

Set self-referencing canonicals so every parameter variant points to the clean URL, strip unnecessary parameters server-side, and use tracking that doesn't spawn indexable variants.

Issue

Links rendered only via JavaScript click handlers, not real anchors, may never be discovered.

Example

The desktop mega-menu uses <span onclick> to load categories with no href; mobile uses an off-canvas menu populated by JS on tap.

Fix

Use genuine <a href> anchors for all primary navigation on desktop and mobile. Disable JavaScript to confirm the links are present, then verify in the rendered HTML.

Issue

Thin, auto-generated, or duplicate pages dilute the site's quality signals.

Example

2,300 internal search-results pages (/search?q=...) and empty tag archives with a single post each are indexed.

Fix

Noindex internal search results and thin tag/archive pages, consolidate overlapping content, and redirect or remove dead pages so the indexed count tracks valuable URLs.

Issue

Paginated series that can't be traversed leave deep products undiscovered.

Example

/jackets uses a "Load more" button that fetches page 2 via JS with no <a href>, so products beyond page 1 are unreachable.

Fix

Provide real anchor links to ?page=2, ?page=3 that load server-side, self-canonicalize each page, and link forward and back. Confirm products on page 5 are reachable.

Issue

Two versions of the site serve identical content with no redirect between them.

Example

www.example.com and example.com both return 200 with the full site, and both have indexed pages.

Fix

Pick one canonical host and 301 the other to it site-wide. Make canonicals, the sitemap, and internal links all use the chosen version, and confirm only one property accrues impressions in GSC.

Issue

Empty or "no longer available" pages return 200 instead of 404, so Google flags them as soft 404s.

Example

Discontinued product /boots/trail-x shows a "no longer available" message but returns HTTP 200; GSC lists 320 soft 404s.

Fix

Return a proper 404/410 for removed pages or 301 to the closest category, and keep empty filter states non-indexable. Recheck the soft-404 report after deploy.

Issue

Internal links that point to redirecting URLs waste crawl budget and leak link equity.

Example

Blog posts link to http://example.com/guides/layering (redirects to HTTPS) and /guides/layering/ (redirects to no-slash), creating ~900 internal redirect hops.

Fix

Update internal links to the final HTTPS, canonical-slash URL and keep one site-wide trailing-slash convention. Audit via Response Codes → Redirection (3xx) → Inlinks in Screaming Frog.

Issue

Uncontrolled parameters spawn crawlable variants and bloat reports.

Example

GSC's Pages report shows ?ref=, ?affid=, and ?page= generating 6,000+ low-value URLs.

Fix

Document every parameter and its purpose, canonicalize tracking variants, disallow non-essential parameters in robots.txt, and handle pagination with a clean, crawlable scheme. Manage this at the URL and canonical level.

Issue

Pages with no internal links in are effectively invisible to crawlers and users.

Example

A crawl with the GA4 and GSC APIs connected reveals 140 URLs getting organic traffic but with zero internal inlinks (old landing pages).

Fix

Add internal links from relevant hubs and the sitemap, or retire pages that no longer serve a purpose. Cross-reference "URLs in analytics but not in crawl" to find them.

Issue

Multi-hop redirect chains and loops waste crawl budget and slow users down.

Example

/old-tents/tents-old/tents, plus a loop where /sale/clearance/sale.

Fix

Flatten every chain to a single 301 to the final URL and break loops by pointing one URL to a live page. Re-crawl to confirm each resolves in one hop to a 200.

Issue

Sitemaps that omit key pages or include junk send mixed signals.

Example

The sitemap lists 4,000 URLs but includes 600 noindex and redirecting URLs while missing 200 live product pages.

Fix

Generate the sitemap dynamically with only canonical, indexable, 200-status URLs, split large files under 50k each, reference them from a sitemap index, and monitor coverage in GSC.

Issue

Invalid or mismatched structured data forfeits rich results and can trigger warnings.

Example

Product pages use Product schema but the price field is missing, and aggregateRating is marked up with no visible on-page reviews.

Fix

Only mark up content visible on the page, include required fields (name, offers, availability), and validate every template with the Rich Results Test. Remove fabricated review markup.

All 15 findings

Issue

Commercial pages get few in-body links and generic anchors, so they accrue little internal authority.

Example

/tents/4-season, a top revenue page, has just 2 internal inlinks, both from the footer with the anchor "click here."

Fix

Add contextual in-body links from relevant posts and categories using descriptive anchors like "4-season tents," sourced from your strongest, most-crawled pages.

Issue

Pages many clicks from the homepage get crawled less often and signal lower importance.

Example

/tents/4-season/expedition/peak-dome-3 sits 6 clicks from the homepage.

Fix

Flatten the path with hub links and featured-product modules so key pages are reachable in 3 clicks or fewer. Prioritize the deepest high-value URLs by crawl depth.

Issue

Important categories absent from the main menu lose visibility and internal links.

Example

The best-selling "Trail Running" category isn't in the top nav and is only findable via search.

Fix

Add high-value categories to the primary navigation or a prominent sub-menu, and keep the menu focused on demonstrably valuable pages rather than everything.

Issue

Multiple menu paths resolve to different URLs for identical content.

Example

"Boots" is reachable as /footwear/boots from the mega-menu and /boots from a promo banner, both 200 and both indexed.

Fix

Choose one canonical URL, 301 the duplicate, point all nav entries at the same URL, and confirm only one version is indexed.

Issue

Breadcrumbs and navigation don't reflect a logical parent-child structure, confusing users and crawlers.

Example

A boot product's breadcrumb reads Home > Sale > Blog > Boots, which doesn't match its true category path.

Fix

Define a single logical taxonomy, make breadcrumbs reflect the true parent (Home > Footwear > Boots > Alpine Pro), and add BreadcrumbList schema matching the visible trail.

Issue

Related content isn't grouped into topical clusters, weakening topical authority.

Example

25 hiking articles are scattered across the blog with no central guide tying them together.

Fix

Build a "Hiking Guides" hub linking to each article, and have each article link back to the hub and 2 to 3 siblings. Keep clusters thematically tight.

Issue

Valuable hub pages are absent from primary discovery paths.

Example

The "Hiking Guides" hub is only linked from individual articles, with nothing in the main nav, homepage, or footer.

Fix

Surface hubs in the primary navigation and a homepage module or footer, then confirm increased crawl frequency and inlink count after linking.

Issue

Multiple categories cover the same topic, splitting relevance and confusing users.

Example

/winter-gear and /cold-weather contain largely the same products.

Fix

Consolidate into one canonical category, 301 the weaker URL, merge product associations, and define mutually exclusive categories to prevent recurrence.

Issue

Everything sits one level under root with no grouping, so topical relationships are lost.

Example

All 3,000 pages live at example.com/{page} with no category folders.

Fix

Introduce a logical folder structure (/footwear/boots/..., /camping/tents/...) with hub pages at each level, migrate with 301s, and update internal links.

Issue

One-directional linking under-distributes authority and traps users.

Example

The "Camping" hub links to 12 articles, but none of those articles link back to the hub or to each other.

Fix

Add a contextual link back to the hub plus 2 to 3 related-spoke links in each article body to strengthen the cluster and improve navigation.

Issue

Mixed conventions make URLs unreadable and folder logic unreliable.

Example

/Tents/, /camping-tents, /product?id=882, and /tents/4-season are all in use.

Fix

Standardize on lowercase, hyphenated, descriptive, logically nested URLs, map old patterns with 301s, and update sitemaps and internal links.

Issue

Repetitive keyword-stuffed internal anchors look unnatural and read poorly.

Example

400 internal links to /tents/4-season all use the exact anchor "best 4 season tents."

Fix

Vary anchors naturally with descriptive, contextually relevant phrasing that stays accurate to the destination, without forcing the same keyword everywhere.

Issue

Sitewide menus that link to hundreds of low-value pages spread authority thinly.

Example

The mega-menu exposes 220 links on every page, including obscure sub-categories with no traffic.

Fix

Trim the menu to genuinely important destinations and move niche links to relevant category pages instead of sitewide. Fewer, higher-value sitewide links concentrate equity.

Issue

Bloated footers dilute the value of contextual, in-body links.

Example

The footer carries 90 links, including every blog tag and legacy landing page.

Fix

Reduce the footer to essential utility and high-value links, and let topical in-content links carry the relevance signals.

Issue

Menu items use codes or parameters instead of readable labels, hurting UX and relevance.

Example

A nav item links to /products?cat=1 with the visible label "Category 1."

Fix

Use descriptive labels ("4-Season Tents") pointing to clean, descriptive URLs (/tents/4-season), and avoid exposing parameters or internal IDs in navigation.

All 16 findings

Issue

Field metrics fall outside Google's "good" thresholds, hurting both rankings and conversions.

Example

Mobile CrUX data shows LCP 4.2s (target ≤2.5s), INP 310ms (≤200ms), and CLS 0.28 (≤0.1).

Fix

Treat each metric separately: optimize the LCP element, cut main-thread work for INP, and reserve space for shifting elements for CLS. Track in the GSC Core Web Vitals report.

Issue

Scripts and stylesheets in the critical path block the first paint.

Example

A 280KB blocking bundle.js and the full styles.css load in the <head> before any content renders.

Fix

Defer or async non-critical JS, inline critical CSS and load the rest asynchronously, and code-split bundles until the render-blocking audit clears.

Issue

Tag-manager-loaded third-party scripts add weight and block the main thread.

Example

14 third-party tags (chat, heatmaps, three analytics tools, ad pixels) add 1.1s of blocking time.

Fix

Audit every tag for necessity, remove duplicates, load non-critical ones after interaction or via requestIdleCallback, and use facades for heavy embeds.

Issue

Long JavaScript tasks over 50ms freeze interactivity and hurt INP.

Example

A single hydration task runs for 480ms on the homepage, blocking taps.

Fix

Break long tasks into smaller chunks, defer non-essential work, and reduce JS execution. Use the Performance panel's Long Tasks lane to find offenders.

Issue

Lazy-loading above-the-fold media delays the LCP and shifts the layout.

Example

The above-the-fold hero image is lazy-loaded, so it arrives late and pushes content down (CLS 0.22).

Fix

Never lazy-load the LCP image, load it eagerly with explicit width and height, and lazy-load only below-the-fold media. Re-test CLS afterward.

Issue

Huge images in legacy formats bloat page weight and the LCP.

Example

The hero is a 2.4MB JPEG served at 2400px but displayed at 800px, with no modern format.

Fix

Serve compressed, right-sized WebP/AVIF with srcset and explicit dimensions. Cutting hero weight 70%+ directly improves LCP.

Issue

Hero images, CTAs, or above-the-fold content rendered only via JS appear late.

Example

The "Shop the Sale" CTA and hero banner are injected client-side, so they appear ~1.8s after load.

Fix

Server-render or statically include the hero, headline, and primary CTA so they're in the initial HTML, and reserve JS for below-the-fold or interactive features.

Issue

A slow first byte delays everything downstream.

Example

/tents returns a 1.4s TTFB from uncached database queries on every request.

Fix

Add full-page or server-side caching and a CDN, and optimize the slow queries. Target TTFB under ~0.8s and verify with WebPageTest.

Issue

Layouts break or shift on narrow screens.

Example

On a 360px viewport, the product grid overflows horizontally and the sticky header overlaps content.

Fix

Use responsive units and a tested mobile-first layout, set a correct viewport meta tag, and reserve space for sticky elements. Test across common device widths.

Issue

Hydrating an entire page as a heavy client app wastes CPU on content that could be static.

Example

A mostly-static blog ships a full client bundle and hydrates every article, adding 600ms of scripting on mobile.

Fix

Use static generation for static content, partial or island hydration for interactive widgets only, and trim the client bundle so JS ships only where needed.

Issue

Fonts block text rendering or arrive late, causing invisible or shifting text.

Example

Four font weights load from a third-party host with no font-display, hiding body text for ~900ms.

Fix

Self-host and preload key fonts, set font-display: swap, subset to needed characters, and limit weights so text stays visible during load.

Issue

Synchronous testing scripts hide or repaint content, causing flicker and layout shifts.

Example

An experimentation tool's anti-flicker snippet blanks the homepage for up to 1.2s before showing a variant.

Fix

Reduce the anti-flicker timeout, run experiments server-side where possible, and scope changes to specific elements instead of hiding the whole page. Validate CLS and LCP.

Issue

Huge DOM trees slow rendering, styling, and interactivity.

Example

The category page renders 4,200 DOM nodes with deep nesting from the mega-menu and product grid.

Fix

Simplify markup, remove redundant wrappers, paginate or virtualize long lists, and lazy-render off-screen sections. Target well under ~1,500 nodes.

Issue

Static files re-download on every visit, slowing repeat views.

Example

CSS, JS, and images all return Cache-Control: no-cache.

Fix

Set long-lived Cache-Control (e.g. max-age=31536000, immutable) on fingerprinted assets and serve via a CDN. Verify repeat-view performance in WebPageTest.

Issue

Above-the-fold content waits on the full stylesheet, delaying first paint.

Example

One 180KB CSS file loads before anything renders, pushing first paint to ~2s.

Fix

Extract and inline the critical above-the-fold CSS in the <head>, then load the rest asynchronously to clear the render-blocking audit.

Issue

Buttons and links that are too small or too close together cause mis-taps on mobile.

Example

Mobile filter chips are 24×24px with 4px spacing, below the ~44×44px recommendation.

Fix

Size interactive targets to at least ~44×44px with adequate spacing, then re-check Lighthouse's tap-target audit.

These are illustrative examples with dummy data for a fictional store. Your real findings, counts, and priorities come from a crawl of your own site.

Proof, Not Promises

Results in the Numbers

0
Brands' sites audited
and optimized
0
Non-branded organic traffic
(eCommerce, per Ahrefs)
0
Non-branded clicks in 12 months
(SaaS engagement)
Before & After

Fine-Jewelry Brand: A Catalog Search Couldn't See

An enterprise eCommerce catalog where product variations weren't being crawled or indexed, capping non-branded visibility across thousands of long-tail queries.

Before
  • Product variations poorly crawled and inconsistently indexed
  • Thin, near-duplicate category pages competing with each other
  • 1,030 non-branded Page-1 keywords
After
  • Enhanced category pages with crawlable, indexable variations
  • National #1 for "wedding rings moissanite"
  • 2,443 non-branded Page-1 keywords (+137%) and +106% non-branded traffic

Non-branded Page-1 keywords grew 1,030 → 2,443 and estimated non-branded organic traffic grew 44,248 → 91,065 over the engagement (per Ahrefs).

Why Work With Me

Senior, Hands-On, and Tied to Revenue

No Junior Handoff

You work directly with a senior consultant who does the actual diagnosis and implementation, not an account manager relaying a junior's spreadsheet.

Dev-Ready, Not Theoretical

Every fix becomes a clear ticket your engineers can ship. I join the calls and unblock implementation instead of disappearing after the audit.

Transparent Reporting

Live dashboards for crawl health, indexation, and Core Web Vitals, in language the C-suite understands. The systems we build become yours.

Prioritized by Revenue

I fix the issues that move the bottom line first, not a generic checklist. Technical work is mapped to the pages and queries that earn money.

In Their Words

What Client Leaders Say

"Credit Sesame lost the #1 position for 'free credit score,' a critical driver of organic signups. Mark led the recovery through content, topical authority, internal linking and quality backlinks, and we regained the top spot."
Mark Aspillera
Mark Aspillera
Senior Marketing Manager, Credit Sesame
"Since starting our program 18 months ago, our organic traffic has increased 125%. Mark took the time to really understand our business and identify market opportunities. Detail-oriented, flexible and fun to work with."
Jeff Kloster
Jeff Kloster
Principal, Yardbarker
"He helped us rank #1 for our most important keywords (like 'cocoa flavanol supplement'), and dramatically improved our conversion funnel so we could fully capitalize on the new traffic. An absolute pleasure to work with."
Christopher Shields
Christopher Shields
Director of Demand & Marketing, Mars Chocolate (CocoaVia)
The Details

How to Hire a Technical SEO Consultant

Bringing on a technical SEO consultant is one of the higher-leverage moves you can make, and one of the easiest to get wrong. I've sat on both sides of this decision, so here's how to tell a great hire from a tidy audit nobody acts on. Open any topic that's relevant to you.

When you look for a technical SEO consultant, don't just look for someone who knows their way around Search Console. You want a specific blend of technical skills and communication skills, because the best audit in the world is worthless if the person can't explain it to your developers in language they'll act on. The right person moves fluently between GSC, Semrush, and whatever other tools you run, but can also sit in a meeting and translate "your indexability is a mess" into a prioritized to-do list.

The checklist breaks into a few buckets

Core technical competence

Crawling, indexation, site architecture, structured data, and performance optimization.

Platform familiarity

If you're on WordPress, you want real WordPress SEO experience, not someone learning it on your dime.

Strategic range

Fluency in answer engine optimization (AEO), because search isn't just ten blue links anymore.

Demonstrated process

How they actually run an SEO auditing engagement, from kickoff to handoff.

On sourcing, a few routes work well. Talent matchers and a vetted global talent network can save you weeks of filtering, especially across borders. Referrals from people whose sites you respect are gold. And wherever the candidate comes from, structure the engagement to start with a trial period or a paid pilot. A trial period tells you more in two weeks than a polished portfolio tells you in two hours. If someone balks at a small, scoped paid trial, that's information too.

Once you've got candidates you like on paper, the real work starts. "Seems smart on a call" is how bad hires happen, so get specific. A reliable screening process has four layers, run roughly in order of effort:

1. Language & personality

Can they explain a complex concept simply? Are they curious or defensive when you push back? Do they ask good questions about your business before prescribing solutions? Fit isn't fluff when this person will be embedded with your team for months.

2. In-depth skill review

Walk through a real engagement and probe the decisions and why. Listen for genuine technical SEO analysis and audit chops, the ability to research an SEO penalty, manual action, and traffic loss without panicking, and a real grasp of structured data, Core Web Vitals, and website speed. Generalists get vague here; specialists light up.

3. Live screening

Share your screen, pull up a site, and ask them to react in real time. There's no faking it. Watching someone navigate a crawl, spot a canonical problem, or notice a rendering issue live tells you more than any certificate. Throw in something current, like how they'd approach AI search audits and agent testing.

4. Test project

Scope a small, real, paid task with a clear deliverable and judge the output the way you'd judge a real one. Clarity, prioritization, and whether the recommendations are actually implementable matter more than how many issues they found.

Clear all four layers and you're hiring with confidence rather than hope.

It helps to know what excellence actually looks like, so pay attention to the people who've defined this field. The point isn't to hire a celebrity; it's to calibrate your own bar.

Almost none of the best are only technical SEOs. The strongest ones pair deep technical command of Core Web Vitals, page speed optimization, structured data, and web performance with a broader grasp of digital strategy and marketing technology. They understand that on-page SEO and off-page SEO aren't separate religions, that analytics literacy is non-negotiable, and that conversion rate optimization is the reason any of this matters to the business.

The specialists

Built a reputation on a single sharp specialty: an SEO app or tool they shipped, or a particular obsession with rendering and performance. They show you how deep the well goes.

The generalists

Zoom from a WordPress plugin conflict all the way up to a quarterly digital strategy in the same conversation. They show you how the pieces connect.

When you evaluate a candidate, quietly ask yourself which archetype they resemble, and whether that's the shape you actually need right now.

Here's what a great consultant actually does once they're in the door. The audit is never the deliverable. The growth is the deliverable, and the audit is just how you get there.

A strong technical site audit starts with the foundations: can search engines crawl and index what matters, and are they ignoring what doesn't? That means getting XML sitemaps right, driving real indexability improvements, fixing pagination strategies that have been quietly bleeding crawl budget, and tightening internal linking so authority actually flows to the pages you care about. It means proper structured data implementation, not just dropping in schema and hoping.

From there, performance. Core Web Vitals optimization and website speed assessment aren't checkbox items; slow sites lose rankings and conversions, full stop. And increasingly the audit has to account for how AI surfaces read the site, which is why AI search audits and AI performance tracking belong in the conversation, not as an afterthought.

The piece that separates a good consultant from a great one is what happens after the findings. Anyone can hand you a list of 200 issues. You want someone who connects the technical SEO analysis to growth: which fixes move organic traffic, which protect you from the next SEO penalty, manual action, or traffic loss event, and which you can safely deprioritize. Strategic growth comes from sequencing the work, not from the length of the issue list.

Technical SEO doesn't live in a vacuum, and the best consultants refuse to treat keyword strategy as someone else's job. The foundation and the content have to be built together or they fight each other.

Good keyword research is the input, but the strategy is in the prioritization. One approach I genuinely love is a simple color-coded priorities system layered on top of the keyword set, so the whole team can see at a glance where to spend effort first. From there, a real content strategy maps keywords to intent, ties them to on-page SEO decisions, and uses internal linking to reinforce the topics you're trying to own. Link building and conversion rate optimization come into the picture too, because rankings that don't convert are vanity.

Here's where the technical and the strategic fold back together. Pagination strategies and structured data aren't just audit items; they shape how your content gets discovered and displayed. Page speed optimization directly affects how that content performs once it ranks. And every keyword decision should be informed by SEO auditing and technical site audits, so you're not pouring content onto a foundation that can't support it. When keyword strategy and technical SEO are developed by people who actually talk to each other, the compounding is real.

The consultant you hire today should already be thinking about where the field is heading.

The biggest shift is obvious: AI is rewriting how discovery works. The developments worth watching most closely are how AI-driven search surfaces interpret, cite, and rank content, and what that means for the technical signals you send. Structured data is becoming more important, not less, as machines do more of the reading. Site speed and web performance still matter, and probably always will, because user experience is the one thing no algorithm change ever penalizes.

Beyond AI, watch how emerging tech trends and broader marketing technology reshape the stack. The line between technical SEO, analytics, digital strategy, and conversion rate optimization keeps blurring, and the consultants who'll matter most treat it as one connected system rather than separate disciplines. Even platform-level shifts, like how WordPress and other CMS ecosystems evolve, ripple into the technical work in ways worth watching.

That's the throughline: hiring well, vetting rigorously, and learning from the best isn't about finding someone who knows today's tactics. It's about finding someone whose judgment will still be sharp when today's tactics are obsolete. That's the bar I hold my own work to.

Questions

Technical SEO FAQs

I audit across three layers: site crawling and indexing (non-indexed pages, JavaScript rendering, meta robots, canonicals, hreflang, parameter control, redirects, soft 404s, XML sitemaps), site structure and navigation (internal linking to money pages, click depth, hub-and-spoke silos, orphan pages), and page speed and mobile UX (Core Web Vitals, server response, render-blocking resources, image weight, DOM bloat).

Every issue gets a plain-language description of what it is and why it matters, a recommendation, and a P1 to P4 priority based on business impact, so you get a roadmap, not a raw list of errors.

Engagements are monthly retainers starting at $5,000/month, with the sweet spot around $10,000/month for sites that need ongoing hands-on support. Price is driven by scope, urgency, and how much cross-team implementation help you need. See pricing for details, or book a free analysis and I'll give you a realistic scope.

SEO is a long-term investment, but technical fixes often deliver some of the fastest wins. Unblocking crawl and indexation or fixing a canonical issue can move rankings within weeks once Google recrawls. Core Web Vitals and architecture work compounds over the following months. You'll get a realistic forecast in the initial audit.

I don't no-index every facet. I index only the high-value filter combinations with real search demand, usually one filter per indexable URL with a unique intro, and block or canonicalize the rest, all informed by log-file analysis. Done right, faceted navigation becomes an SEO moat instead of a crawl trap, capturing long-tail demand while crawl budget stays focused on pages that earn revenue. It's one of the highest-leverage fixes on most big catalogs.

Google can render JavaScript, but the process isn't always cut and dry, and heavy client-side rendering can mean key content or navigation never gets indexed. I compare your raw response HTML against the rendered output to see exactly what bots receive, then push critical content and links into the source HTML via server-side or dynamic rendering so nothing important depends on JavaScript executing.

Yes. Migrations are one of the highest-risk SEO events. I map redirects, preserve URL equity, validate templates pre-launch, and monitor crawl and index health closely after cutover to avoid the traffic loss that derails so many replatforms.

I don't hand off a 200-row spreadsheet and disappear. I write dev-ready tickets, join engineering calls to unblock implementation, validate fixes in staging, and stay involved through launch. The goal is to make progress inevitable, not to give your team more homework.

Screaming Frog and Sitebulb for crawling (including Sitebulb's response-vs-rendered HTML report for JavaScript issues), Google Search Console and server logs for real crawl and index behavior, Ahrefs for visibility and link data, and PageSpeed Insights plus field data for Core Web Vitals, all built on your existing stack. No proprietary black boxes, and the dashboards and systems we set up are yours to keep.

Ready to Fix Your Technical SEO?

Book a free analysis and I'll point out the technical issues capping your growth, and what they're worth to fix. No obligation, just a clear plan.