Verify the site in Google Search Console and check the Indexing & Page Experience reports

GSC is the source of truth for how Google crawls, indexes and ranks your pages.

Add the site to Bing Webmaster Tools and submit your sitemap there too

Bing powers ChatGPT search and Copilot, so its index drives AI visibility.

Install analytics (GA4 or privacy-friendly equivalent) and track organic traffic and conversions

You can't improve rankings you don't measure against business outcomes.

Set up keyword rank tracking and benchmark current positions

Position trends reveal which optimizations actually move the needle.

robots.txt allows crawling of all important pages, CSS and JS assets

Blocking assets stops Google rendering pages correctly and can drop rankings.

Reference the XML sitemap location inside robots.txt

It's the fastest way for crawlers to discover your sitemap.

No URL is both listed in the sitemap and blocked by robots.txt or set to noindex

Conflicting signals waste crawl budget and confuse indexing.

Block low-value URLs (faceted filters, internal search, session params) from crawling

Large sites can waste 30-50% of crawl budget on worthless URL variants.

Review server logs to see which URLs Googlebot actually crawls and how often

Logs expose wasted crawl budget that GSC's aggregate stats hide.

Eliminate redirect chains and loops; redirect in a single hop

Each extra hop slows load, dilutes link equity and wastes crawl budget.

Important pages return 200; removed pages return 404/410, not 200

Correct status codes tell crawlers what to keep, drop or retry.

Fix broken internal and outbound links (no 4xx/5xx targets)

Dead links waste crawl budget and frustrate users.

Key pages are indexable (no accidental noindex in meta robots or X-Robots-Tag)

A stray noindex silently removes pages from search entirely.

Audit meta robots directives so only intended pages are noindex/nofollow

Wrong directives can hide money pages or expose thin ones.

Check X-Robots-Tag HTTP headers on non-HTML files (PDFs, images)

Header-level directives override page tags and are easy to forget.

Every indexable page has a correct self-referencing canonical

Canonicals consolidate duplicate signals onto the right URL.

Resolve duplicate content (www/non-www, http/https, trailing slash, params) to one canonical version

Duplicates split ranking signals and can index the wrong URL.

No soft 404s (thin/empty pages returning a 200 status)

Auto-generated empty pages bloat the index and dilute quality.

No important pages are orphaned (every key page has internal links pointing to it)

Pages with no internal links are hard for Google to discover and rank.

No duplicate title tags or meta descriptions across pages

Duplicates signal thin or templated content and hurt CTR.

Submit a valid XML sitemap containing only canonical, indexable, 200-status URLs

A clean sitemap speeds discovery and indexing of priority pages.

Use accurate <lastmod> dates that change only when content actually changes

Google ignores lastmod entirely if it's always set to the current date.

Split sitemaps that exceed 50,000 URLs or 50MB and use a sitemap index file

Oversized sitemaps get truncated unpredictably by search engines.

Add image/video sitemap entries for media loaded via JS, CSS or lazy-loading

Helps Google discover media it can't find through normal crawling.

Unique, keyword-leading title tag within pixel limits on every page

Titles are the strongest on-page relevance and CTR signal in the SERP.

Compelling meta description (~155 chars) that expands on the title

A strong description lifts click-through even though it isn't a ranking factor.

One clear H1 per page with a logical H2/H3 heading hierarchy

Headings structure content for users, crawlers and AI extraction.

Place the target keyword in the title, H1, URL and first 150 words

Early, prominent placement reinforces topical relevance.

Use short, descriptive, keyword-relevant URLs (e.g. /mens/shirts)

Short clean URLs are easier to read, share and rank.

Preview how the title and description render in the SERP before publishing

Truncated or weak snippets quietly cost you clicks.

Use synonyms and related terms naturally instead of keyword stuffing

Over-optimization reads spammy and can trigger quality demotions.

Add concise direct-answer paragraphs to target featured snippets and AI answers

Snippet-formatted answers win position-zero and AI citations.

Match content to search intent and cover the topic fully (no thin pages)

Pages that fully satisfy intent outrank thin, partial answers.

Add information gain: original research, data, examples or expert input

Unique value is what earns links, rankings and AI citations.

Show named authors with bios, credentials and links to expertise

Visible expertise is a core E-E-A-T and AI-citation trust signal.

Link editorial policy, contact, about and citations from primary sources

Trust signals strengthen E-E-A-T and how AI models judge reliability.

Show visible publish/updated dates and refresh outdated content

Freshness signals reliability to both Google and AI answer engines.

Use short paragraphs, bullet lists and clear subheadings

Scannable, citable structure helps users and AI extraction alike.

Prune or consolidate low-value pages that get no traffic or links

Cutting dead weight raises overall site quality and crawl efficiency.

Add contextual internal links to and from important pages

Internal links spread authority and help Google understand site structure.

Use descriptive, varied anchor text (avoid generic 'click here')

Anchor text tells search engines what the linked page is about.

Cite authoritative external sources where they support your claims

Relevant outbound links add credibility and context.

Apply rel=nofollow/sponsored/ugc correctly on paid and user-generated links

Correct rel attributes keep you compliant with Google link policies.

Use crawlable paginated URLs; ensure paginated content appears in initial HTML

Infinite scroll without crawlable links leaves content unindexed.

Implement relevant schema in JSON-LD and validate it for errors

JSON-LD is the only format Google recommends and the easiest to maintain.

Only add schema types your pages are genuinely eligible for, matching visible content

Misleading or ineligible markup risks structured-data manual actions.

Add Organization schema with logo and sameAs links to verified profiles

Entity markup links your brand to Wikipedia/LinkedIn and aids AI understanding.

Add BreadcrumbList schema reflecting the page's location in site hierarchy

Breadcrumb rich results improve SERP appearance and site-structure clarity.

Use Article schema with author, datePublished and dateModified on content pages

Reinforces E-E-A-T and freshness signals for articles.

Add Open Graph and Twitter Card tags for rich social/AI previews

Controls how links render when shared and surfaced by platforms.

Pass Core Web Vitals: LCP <2.5s, INP <200ms, CLS <0.1 on field data

CWV is a confirmed page-experience ranking signal weighted in 2025.

Reduce INP by minimizing heavy JS, third-party widgets and long tasks

INP is the most commonly failed Core Web Vital in 2026.

Optimize the LCP element (preload hero image, avoid render-blocking)

A fast LCP is the single biggest loading-experience win.

Keep TTFB under ~200ms with server-side caching and a fast backend

Slow TTFB delays everything downstream, including LCP.

Reduce page weight: compress images, code-split JS, remove unused CSS

Lighter pages load faster and crawl more efficiently.

Serve text resources with Brotli (or gzip) compression

Brotli cuts text payloads 60-80% and is supported by all modern browsers.

Set long Cache-Control / ETag headers on static assets

Caching reduces repeat-load latency and origin load.

Serve over HTTP/2 (or HTTP/3) for multiplexed connections

Modern protocols load many resources in parallel, faster.

Lazy-load below-the-fold images and reserve dimensions to prevent CLS

Deferring offscreen images speeds load without layout shift.

Optimize web-font loading with font-display:swap and preloading

Bad font loading causes invisible text and layout shifts.

Add descriptive alt text to every meaningful image

Alt text aids accessibility and image-search ranking.

Use descriptive image filenames (brown-dog.jpg, not IMG_5497.jpg)

Filenames give Google extra context about the image.

Serve images in modern formats (WebP/AVIF) at responsive sizes

Next-gen formats cut bytes dramatically without quality loss.

Pages are fully mobile-friendly and responsive (mobile-first indexing)

Google indexes the mobile version of your site first.

Set a correct viewport meta tag and charset

Missing viewport breaks mobile rendering and usability.

Render critical content and links in the initial HTML (SSR/SSG over CSR)

JS-only content risks not being rendered or indexed reliably.

Eliminate render-blocking resources above the fold

Blocking scripts/styles delay first paint and hurt CWV.

Serve the entire site over HTTPS with a valid, current certificate

HTTPS is a baseline ranking signal and protects link equity.

No mixed (insecure HTTP) content on HTTPS pages

Mixed content triggers browser warnings and breaks the secure padlock.

Enable HSTS to force HTTPS and block protocol downgrade attacks

Prevents insecure requests and duplicate http/https indexing.

Set a Content-Security-Policy to mitigate XSS and script injection

CSP blocks injected spam links/redirects that can tank rankings.

Provide a valid favicon (Google shows it in mobile SERPs)

A missing favicon weakens brand presence in search results.

Use bidirectional, self-referencing hreflang annotations across all language versions

Missing return links make Google ignore the whole hreflang set.

Use valid ISO codes (lowercase language, uppercase country, e.g. en-US, not en-uk)

A single bad code breaks the entire annotation.

Each language version self-canonicals (no canonical pointing all to the English page)

Cross-language canonicals tell Google to drop your translated pages.

Include an x-default hreflang for the fallback/language-selector page

x-default controls which page shows when no language matches.

Decide and configure AI crawler access (GPTBot, Google-Extended, ClaudeBot) in robots.txt

AI crawlers now consume major bandwidth; control how your content is used.

Structure content with clear questions, direct answers and schema for AI Overviews

Citable, well-structured passages are what AI answer engines surface.

Front-load key answers; ~44% of AI citations come from the first third of an article

AI models look to the introduction first for citable content.