Hosting & Maintenance - Fast, Secure, Always On

Why Does Hosting Affect SEO?

Your hosting infrastructure directly affects Google rankings. Slow Time-To-First-Byte, missing security headers, and origin downtime all degrade the ranking signals Google measures - and Core Web Vitals are explicit ranking factors per Google’s web.dev Core Web Vitals documentation. Hosting is not a separate consideration from SEO; it is the floor underneath every SEO signal.

Common hosting problems we solve:

• Slow shared hosting that tanks Time-To-First-Byte and breaks the Largest Contentful Paint target
• No security headers (HSTS, Content-Security-Policy, X-Frame-Options)
• SSL-certificate expiry, misconfiguration, or mixed-content warnings
• No CDN - serving from a single origin in one region instead of from a global edge network
• No uptime monitoring - you find out about downtime from customers, not alerts

What Infrastructure Do You Host On?

What does the global CDN hosting layer include?

Short answer. Cloudflare Workers deployment with assets served from 300+ global edge locations, sub-200ms Time-To-First-Byte from Australia, HTTP/3 + Early Hints, automatic SSL with auto-renewal, and DDoS protection at network and application layers.

• Deployed to Cloudflare Workers with assets served from Cloudflare’s 300+ global edge locations
• Static site delivery - pre-built HTML and assets, not generated per request
• HTTP/3 (QUIC) and Early Hints (HTTP 103) for cutting-edge performance
• Automatic SSL certificate management with auto-renewal
• DDoS protection at the network and application layers
• HTTP/2 server push deprecated in favour of resource hints

Which security headers and protections are configured by default?

Short answer. All 6 standard security headers configured at the edge (HSTS, CSP, X-Frame-Options, X-Content-Type-Options, Referrer-Policy, Permissions-Policy), HTTPS enforced via 301, and www-to-non-www (or vice versa) handled at the edge rather than the origin.

• 6/6 security headers configured at the edge:
  • Strict-Transport-Security (HSTS) - enforces HTTPS for 2 years with includeSubDomains and preload
  • Content-Security-Policy (CSP) - locks down which scripts, styles, frames and connect targets are allowed
  • X-Frame-Options - blocks clickjacking via iframe embedding
  • X-Content-Type-Options - blocks MIME-type sniffing
  • Referrer-Policy - controls what referrer data leaks on outbound clicks
  • Permissions-Policy - opts out of browser features the site does not use
• HTTPS enforced on all pages via 301 redirect at the edge
• www to non-www redirect (or vice versa) at the edge, not at the origin

How is uptime monitored and what happens on detection?

Short answer. 24/7 automated monitoring at 30-minute intervals with email alerts to ops on any downtime detection, historical uptime reporting in the monthly summary, and a status-page snapshot per incident with root-cause and resolution log.

• 24/7 automated uptime monitoring at 30-minute intervals
• Email alerts to ops on any downtime detection
• Historical uptime reporting in the monthly report
• Status-page snapshot per incident with root-cause and resolution log

What ongoing maintenance is included month-to-month?

Short answer. Server-configuration updates as standards evolve (TLS, HTTP/3, headers), cache management (asset tuning, immutable hashing, edge HTML cache), DNS management (DNSSEC, MX, SPF/DKIM/DMARC, CAA), and backup/disaster-recovery from versioned source with sub-15-minute rebuild time.

• Server-configuration updates as standards evolve (TLS deprecations, HTTP/3 rollouts, header best practice)
• Cache management - asset cache tuning, immutable hashing on JS/CSS/fonts, HTML edge-cached with short TTL
• DNS management for your domain (DNSSEC, MX, TXT records for SPF/DKIM/DMARC, CAA records)
• Backup and disaster-recovery planning - source code in Git, content in versioned markdown, full rebuild from source in under 15 minutes

How Does This Compare to Typical Shared Hosting?

Feature	Typical Shared Hosting	aiRANKSEO Hosting
Server locations	1	300+ (global CDN)
Time to First Byte (median)	600-1500 ms	Under 200 ms
Page load time	2-5 seconds	Under 1 second
SSL certificate	Manual renewal, occasional expiry	Automatic, never expires
Security headers	0 of 6	6 of 6
HTTP version	HTTP/1.1	HTTP/2 + HTTP/3
DDoS protection	None or basic	Enterprise-grade
Uptime monitoring	None	24/7 automated
HTTPS enforcement	Sometimes optional	Always enforced via HSTS
Cost	A$10-A$50/month extra	Included

The single biggest user-visible difference is Time-To-First-Byte. Shared hosting typically returns the first byte in 600-1500 ms; an edge-served static site returns it in under 200 ms. That ~1 second difference is consumed entirely by LCP - it is the difference between failing the Core Web Vitals “good” threshold and passing it comfortably.

A Worked Example - Migration Performance Lift

Numbers below are typical of a Melbourne small-business site migrated from cPanel-style shared hosting to Cloudflare Workers.

Metric	Before (shared hosting)	After (Cloudflare CDN)
Time to First Byte (mobile, AU)	1,180 ms	142 ms
Largest Contentful Paint (mobile)	4.7 s	1.8 s
First Contentful Paint (mobile)	2.1 s	0.9 s
PageSpeed score (mobile)	38	91
Security headers	0 of 6	6 of 6
SSL grade (Qualys SSL Labs)	C	A+
Uptime (rolling 90-day)	99.4%	99.99%

The mobile LCP move from 4.7s to 1.8s alone is enough to pass Core Web Vitals - typically a ranking lift of 2 to 5 positions on competitive AU queries within the recrawl window.

What About Email Hosting?

We do not run email servers for clients - email hosting is a specialist responsibility best served by Google Workspace, Microsoft 365, or Zoho Mail. We do configure the DNS records that make those services work correctly on your domain:

• MX records pointing to your email provider
• SPF records authorising the sending services
• DKIM keys for outbound signing
• DMARC records with a sensible policy (typically p=quarantine or p=reject once the SPF/DKIM baseline is solid)
• CAA records pinning certificate issuance to specific CAs

These records also affect deliverability - and deliverability indirectly affects SEO through brand trust and quote-form follow-up reliability.

What Happens If My Site Goes Down?

Cloudflare’s published global infrastructure availability is 99.99% uptime SLA - roughly 52 minutes of downtime per year, distributed across regions. Single-region outages typically do not affect the site because traffic re-routes to adjacent edge locations.

If a site does go down (typically due to an origin issue, a misconfigured deploy, or a DNS misroute):

1. Automated monitoring detects the failure inside 30 minutes
2. Email alerts trigger to the ops queue
3. The most-recent successful deploy is held in Workers and can be re-pinned within minutes
4. If DNS is the issue, the change propagates from Cloudflare’s edge inside ~60 seconds (we run a low TTL)

What Do You Not Do?

• No origin shared hosting. The infrastructure is edge-native (Cloudflare Workers + Pages + R2). No cPanel, no Plesk.
• No paid-add-on SSL. SSL is included via Cloudflare Universal SSL, free, auto-renewing.
• No throttling or bandwidth tiers. Worker billing is request-based and absorbed in the management fee for any normal small-business traffic volume.
• No locked-in 3-year hosting contracts. Month-to-month. If you leave, the deploy artefacts are yours - you can re-host them on any static-asset CDN.

Last reviewed: 23 May 2026 · reviewed quarterly by Michael Musgrove, founder of aiRANKSEO.