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Search · Engineering · AI automations

Built to be found. Engineered to perform.

One studio builds fast sites, makes them findable by search engines and AI answers, and automates the busywork around them.

What the crawler sees
yoursite.com/services/technical-seo/
  1. <html lang="en">
  2. <head>
  3. <title>Technical SEO services</title>
  4. <meta name="description">
  5. <link rel="canonical">
  6. <script type="application/ld+json">
  7. <body>
  8. <nav>
  9. <main>
  10. <h1>Technical SEO</h1>
  11. <p>We audit the architecture…</p>
  12. <a href="/services/audit/">
  13. <form id="audit-request">
  14. <footer>
  • robots.txtallows this path
  • sitemap.xmllists this URL
  • canonicalpoints at itself
  • internal linksreachable from the home page
  • responseserved without redirects
  • Liveclient systems in production
  • One teamsearch, engineering, AI automations
  • Remoteworldwide, async-first
  • Fixed scopewritten before work starts

Built inside the stack you already run

  • Next.js
  • React
  • TypeScript
  • Node.js
  • n8n
  • Claude
  • Shopify
  • WordPress
  • Vercel
  • Cloudflare
  • Tailwind CSS
  • Google Search Console
  • Google Analytics
  • Lighthouse

Why a good site goes unfound.

  1. Your pages exist, but they aren’t crawled.

    Orphaned pages, blocked paths and redirect chains hide good work from search before anyone reads it.

    We open the paths a crawler follows: links, sitemaps and rules.

  2. You rank, but AI answers never name you.

    AI answers lift from pages they can parse and trust: clear entities, connected schema, answer-shaped copy.

    We make your pages the source an answer can quote and credit.

  3. Your site fights the SEO work.

    Client-only rendering, slow templates and markup a parser can’t read undo every fix that stays in a report.

    We fix it in the codebase, where the problem lives.

One team across search, engineering and AI automations, with no hand-offs.

Search, engineering and automation from one studio: the search work opens your site to engines and AI answers, the build makes it fast, the automations take the busywork. Point at a pillar to look inside; click to keep it open.

Technical SEO

The architecture layer, audited and then fixed where it is caused.

  • Crawl paths, indexation and canonicals
  • JavaScript rendering a crawler can read
  • Core Web Vitals held in the codebase

On-Page & Authority

On-page tells engines what a page means; authority tells them to trust it.

  • One owning page per query
  • The terrain read before the keywords
  • Editorial links and local presence

Generative Engine Optimization

Ranked, then parsed, trusted and quoted by AI answer engines.

  • Entities and connected schema
  • Answer-shaped pages an engine can quote
  • Citations checked in the answer engines

Web Development

Builds with performance budgets enforced from the first commit.

  • Next.js, Shopify and WordPress builds
  • Performance budgets enforced on every deploy
  • Migrations that keep their rankings

AI solutions & automations

Agents that take the follow-up and the busywork.

  • Lead qualification and follow-up agents
  • CRM, billing and auth glue
  • Reporting bots, with a person signing off

The audit says, in writing, which of the five you need.

Request an audit

Selected work.

Sites we built, fixed or made findable, each one in production. Scroll and they stack; open one to read how it was done.

Start with the audit, and we read your site the same way.

Request an audit

FAQ

They’re the continuous upkeep of everything that decides whether search engines can reach, read, and trust a site (crawling, rendering, indexing, speed, and structured data), kept healthy as the site changes. It’s the infrastructure layer, not the words on the page. A one-time audit finds the faults; the service is what stops them returning release after release.

Judge it by one real finding, not the sales deck. A credible finding pinpoints the fault, backs it with crawl or Search Console data, lists the exact URLs affected, and hands a developer a fix they can ship without a meeting. Tool exports with a logo on them aren’t findings. Ask, too, whether performance calls come from field data and whether they diff rendered HTML against raw.

It covers the mechanical layers that decide visibility: how the site crawls, whether pages actually index, what renders without JavaScript, how fast real users load it, where internal links send authority, and whether the structured data holds together. Ours works through those as six ordered gates. You get a ranked list of faults, each with evidence and a ready-to-build fix.

In writing, as a fixed scope agreed before any work starts, with no hourly meters and no packages page. The effort depends on URL count, template count, stack and rendering approach, and how much history sits in Search Console. Send the domain and the defined scope comes back first.

Two questions separate operators from resellers. First, who does the work: is the person selling it the one in your codebase, or does it hand off to a junior queue? Second, how do they prove a fix worked: "we deployed it" and "Search Console confirmed the recovery" are different claims. Then ask for one real finding and read whether it’s evidence or a tool export.

It opens with a full audit and settles into a monthly rhythm. The teardown sets a baseline; fixes ship in impact order through your developers or ours; each is verified against index coverage and field data before it’s called done; then the work shifts to catching regressions before releases cause them. You always have it in writing: what was found, what shipped, what the numbers did next.

At this studio, SEO spans four disciplines: technical SEO and audits as the foundation; on-page and authority work (content structure, keyword and competitor research, links, and local) for reach; generative engine optimization so AI answers cite you; and web development to ship the fixes. Eight services, one team, no hand-offs. Most engagements begin with an audit and expand from what it finds.

Prioritization and proof, not page count. A useful audit ranks every issue by what it costs in traffic, attaches the URLs and data behind each one, and orders the fixes so engineering knows what to ship first. A 300-item export of unweighted warnings is the opposite: noise with a cover page. Performance findings should come from real-user field data, and fixes should read like tickets.

The tells are in the depth. A premium audit diffs what a crawler sees against what actually renders, reads server logs where access allows, diagnoses Core Web Vitals per template from field data, and checks structured data as a connected graph rather than page by page. The other marker is the handoff: implementable tickets with acceptance checks, and a walkthrough where your team can interrogate every finding.

GEO is the work of getting a site quoted by AI answer engines (Google’s AI Overviews, ChatGPT, Perplexity, Copilot) instead of skipped. That means letting the right crawlers in, writing passages a machine can lift cleanly, and building the corroboration that decides which source an answer names. We run it on three surfaces: retrieve, parse, cite. It shares SEO’s foundation but aims at citation, not rank.

SEO competes for a spot on the results page; GEO competes to be the source an AI answer cites. They stand on the same foundation (crawlable, indexable, cleanly rendered pages) but diverge at the target: one optimizes whole pages for ranking, the other optimizes passages for retrieval and attribution. They’re measured differently too, since citations are tracked per engine rather than read off a single ranking.

Because more buyers now read an AI answer and never reach the ten blue links, and the sources those answers name are chosen by things you can engineer. Structure content for extraction, get corroborated across the web, open the right crawlers, and you get cited; ignore the channel and you’re summarized without credit or left out. The lead compounds, because engines keep returning to sources they already trust.

Ideally, yes. Yet most builds bolt it on afterward. The ceiling on a site’s search performance is fixed by engineering calls: rendering approach, URL structure, load speed, how structured data is produced. Applying SEO after launch means paying to reverse decisions already shipped. We fold the requirements into the build spec from commit one, which is why treating "SEO" and "web development" as rival choices misreads how sites get made.

It’s set by the size and messiness of the URL inventory, not the rebuild. A few hundred pages migrate fast; a catalog in the hundreds of thousands takes however long a defensible one-to-one redirect map takes to build and verify. That map is where migrations are won or lost. We put the timeline in writing after seeing the inventory, and never trim verification to hit a date.

How it works.

Three steps, in this order, every time. The scope of each is written down before it starts.

  1. Step 1

    Audit

    We read your site the way a crawler and an AI answer do, and write down what stops them. Fixed scope, written first.

  2. Step 2

    Plan

    One ordered list: what to fix, what to build, what to automate, and the reason for each line.

  3. Step 3

    Build, ship, automate

    We ship the fixes and the pages, wire up the automations, then check that search and AI answers read it all as planned.

The first step is the audit. It comes back in writing.

Request an audit

Let’s build something worth finding.

Send the domain and a sentence or two. We read it ourselves and come back with a fixed, written scope.

hello@rankingtank.com
  1. 01You send the brief A sentence or two is enough to start.
  2. 02We read it ourselves The lead who'd scope the work, not an account manager.
  3. 03One reply within a working day Clarifying questions, or a time for a short call.

Request an audit

One line on what you’re trying to fix.

One reply within a working day.