Implementation-first technical SEO for indexing, crawl, speed, Cloudflare, migrations, and SEO ops systems

Technical SEO and site fixes that get implemented, verified, and handed off clearly

Indexing, crawl, Core Web Vitals, tracking, migrations, Cloudflare access, and technical cleanup for sites where the problem is specific enough to fix.

Most work starts as a bounded first sprint: isolate the failure path, implement or map the fix, verify the outcome, and hand off the next step.

Direct with Niko. No agency handoff. One bounded sprint at a time.

Clear scope. Implementation-first. Written verification.

Best fit

When the issue is real and technical, the focus stays on the fix.

  • Pages not indexing after releases or migrations.
  • Traffic drops caused by redirects, canonicals, robots, or sitemap conflicts.
  • Core Web Vitals regressions with a real bottleneck in code, cache, CDN, or scripts.
  • Cloudflare rules, bot handling, or access issues blocking valid traffic or crawl paths.
  • SEMrush, GSC, GA4, dashboards, and task systems spread across multiple sites with no usable issue-to-fix workflow.

Price anchor

Most work starts as a fixed first sprint after the issue is reviewed.

Small diagnostics usually start around $350. Focused technical SEO, tracking, indexing, or speed sprints commonly land between $650 and $1,500+. Larger implementation or recovery work is scoped separately once the first failure path is clear.

If you need a $99 SEO audit, this is not the right fit.

Not a fit if you need

  • Backlink packages.
  • Local SEO citation work.
  • Generic monthly SEO retainers.
  • Content calendars without technical implementation.
  • Broad strategy decks nobody will implement.
  • Guaranteed rankings or traffic claims.

Recent technical sprint patterns

Useful proof shows the failure path, constraint, and verification method.

Most of this work happens inside client systems, so the useful proof is what broke, what changed, and how the fix was checked.

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Proof note

SEO command center across 3 sites

Built a live multi-site SEO command center across three sites using SEMrush, GA4, GSC, ClickUp, Zapier, and Looker. The first sync layer later had to be rebuilt so the backlog stayed aligned with the live audit state instead of dropping items between runs.

Stack
SEMrush, GA4, GSC, ClickUp, Zapier, Looker
Constraint
Three sites needed one working backlog without losing URL-level state or the weekly execution rhythm.
Verified
The result was one usable issue-to-fix workflow, a weekly SOP, and a cleaner handoff after launch.
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Proof note

URL recovery audit for a 14-year-old site

Completed an audit for an older site where old URLs, redirects, soft 404s, sitemap entries, canonicals, and broken internal links had to be sorted before fixes made sense.

Stack
GSC, crawl exports, backlink data, Wayback/CDX
Constraint
The client needed a clear fix list, not a raw dump of thousands of URLs.
Verified
Closed with a public 5.0 Upwork review. The final handoff included a Top 50 fix list and a written walkthrough.
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Proof note

Selective crawl and index cleanup on a large content site

Handled a selective crawl and index cleanup where the client explicitly wanted safe fixes only: no blanket redirects, no mass cleanup, and no broad changes without approval. The work focused on priority URLs, crawl waste, canonical conflicts, internal linking, and a clear action path.

Stack
GSC, crawl analysis, URL-level prioritization
Constraint
The work had to isolate safe fixes from higher-risk changes before anything broad was touched.
Verified
The handoff split keep, fix, and ignore paths clearly enough for the next batch of changes to be approved URL by URL.
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Proof note

WordPress technical SEO execution under a defined brief

Executed a defined WordPress technical SEO brief involving redirect imports, internal 404 cleanup, WP-CLI and database replacements, sitemap checks, canonical review, and structured 404 or 5xx investigation with written proof after each task.

Stack
WordPress, redirect imports, WP-CLI, database replacements
Constraint
The brief required precise execution, narrow scope control, and documented proof after each change.
Verified
The value was clean implementation plus written validation on redirects, sitemaps, canonicals, and error investigation.
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Proof note

Core Web Vitals recovery after a front-end release

Handled a speed regression after a front-end release where LCP and TTFB slipped on high-value pages. The work focused on cache behavior, hero asset delivery, script loading, and template weight instead of a generic speed checklist.

Stack
PageSpeed, representative templates, cache/CDN behavior
Constraint
The issue had to be isolated across representative templates instead of turning the sprint into an all-pages report.
Verified
Before-and-after checks confirmed the dominant bottleneck moved and the handoff stayed template-specific.
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Proof note

Cloudflare access recovery without broad bypasses

Diagnosed a valid-traffic access failure where Cloudflare rules were blocking the wrong requests. The work focused on WAF logic, bot handling, cache behavior, and edge-to-origin checks instead of turning protections off.

Stack
Cloudflare, WAF rules, bot handling, origin checks
Constraint
The fix needed to restore valid traffic and crawler access without removing the protective layer entirely.
Verified
The final handoff isolated the failing rule path, narrowed the change, and confirmed normal requests could pass again.
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Proof note

Controlled WordPress Core Web Vitals lab

Maintained a controlled WordPress speed lab with matching slow and fixed route structures so public proof can show the failure-path approach without exposing client data.

Stack
WordPress, PageSpeed, cache/CDN behavior, script loading, image delivery
Constraint
Public proof needed to show the failure-path approach without exposing private client data.
Verified
Matching slow and fixed routes moved from 24/44/37/45 to 100/100/100/100 in PageSpeed lab checks after implementation cleanup.
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Recent funded work patterns

Recent funded work is already clustering in the same technical lanes listed here.

Recent funded work is already clustering around tracking cleanup, WordPress technical SEO, speed fixes, old URL recovery, GSC crawl/index cleanup, and SEO operations workflows.

That means tracking cleanup, WordPress technical SEO, speed fixes, old URL recovery, GSC crawl/index cleanup, and SEO operations workflows are not just positioning ideas. They are the lanes already turning into paid work.

  • GA4/GTM/Google Ads conversion tracking cleanup
  • WordPress technical SEO and speed fixes
  • old URL recovery and redirect mapping
  • GSC indexing and crawl cleanup
  • SEO operations workflows using GSC, GA4, Ahrefs, and ClickUp
  • fixed-milestone technical implementation work funded since February 2026

Implementation range

Broader application work stays in the background unless it supports the sprint.

The same implementation layer shows up in routing, taxonomy, archive behavior, filters, discovery flows, and large content footprints. The public proof stays focused on technical SEO failure paths.

Routing Taxonomy Filters Archive behavior Discovery paths See built systems Read about the operator

What I usually fix

Bounded service lanes built for real failures, not vague retainers.

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Service sprint

GSC indexing and crawl cleanup

Robots, sitemaps, canonicals, duplicates, noindex conflicts, crawl waste, internal linking paths, and GSC cleanup.

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Service sprint

Core Web Vitals and performance sprints

TTFB, LCP, INP, caching, CDN behavior, rendering bottlenecks, heavy scripts, and implementation-level speed issues.

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Service sprint

GA4/GTM/Google Ads conversion tracking cleanup

Lead form, ecommerce, phone, and primary conversion actions debugged across GTM, GA4, Google Ads, DebugView, and Tag Assistant.

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Service sprint

WordPress technical SEO fixes

WordPress template, plugin, cache, sitemap, redirect, canonical, schema, and speed issues that need implementation rather than a report.

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Service sprint

Shopify technical SEO cleanup

Shopify collections, product templates, duplicate paths, canonical behavior, tracking, theme scripts, and crawl/indexing cleanup.

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Service sprint

Cloudflare WAF / bot / 403 / 1020 access fixes

403 or 1020 errors, WAF rules, bot handling, SSL or DNS issues, cache behavior, origin communication, and crawl conflicts.

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Service sprint

Migration traffic drop recovery

Redirect gaps, canonical mistakes, sitemap problems, rollout regressions, broken templates, and recovery after launches.

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Service sprint

SEO ops systems and technical dashboards

Multi-site SEO command centers connecting Ahrefs, GSC, GA4, ClickUp, dashboards, sync layers, weekly SOPs, and execution-friendly issue routing.

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How work starts

Most projects should become one clear first sprint.

Step 1

You send the issue

A short description, site URL, stack or CMS, what changed, and what looks broken.

Step 2

I define a bounded first sprint

Clear scope, clear deliverable, and a verification path before implementation starts.

Step 3

I implement and verify

The sprint is meant to move the actual bottleneck, not just expand the theory around it.

Step 4

You get a written handoff

What changed, what was verified, and what should happen next if more work is needed.

Implementation range

The lane stays the same. The implementation layer changes.

Most public proof here is WordPress and mixed-stack execution. The work usually sits in indexing, crawl, speed, Cloudflare, migrations, and SEO ops systems. When the failure path lives in routing, rendering, deployment, or cache behavior, the same implementation-first approach can extend into Laravel, Next.js, Shopify, and private custom environments.

CMS & commerce

WordPress, WooCommerce, Shopify

Theme, plugin, template, redirect, and rollout issues that affect visibility or speed.

Edge & access

Cloudflare, cache, SSL/DNS

WAF rules, cache behavior, bot access, origin communication, and crawl conflicts.

App layer

Laravel, Next.js

Routing, rendering, middleware, deployment, and response-time issues where the app is the bottleneck.

Ops & reporting

SEMrush, GSC, GA4, ClickUp, Looker

Issue visibility, task routing, dashboards, and handoff systems that keep SEO work actionable.

Custom stacks

Implementation-first work across mixed environments

Best fit when search, speed, access, or migration problems cut across more than one layer.

Notes, fixes, and breakdowns

Symptom-led notes and deeper breakdowns on the problems that suppress visibility or performance.

Read notes

Final CTA

Have a sharp technical issue?

Send the URL, what changed, and the exact symptom. If the issue is bounded enough, the first reply should suggest a clear sprint instead of a vague SEO package.