Redirect chain length
How many redirects stand between the address that was entered and the page that was served. Every hop is another round trip before anything renders.
This row counts the redirects the scanner went through between the address that was entered and the page that was finally served. A typical chain is http://example.com → https://example.com → https://www.example.com → https://www.example.com/en/. Each step is a separate request: a DNS lookup or a new connection, then a full round trip, all before the browser receives a single byte of HTML. On a mobile network one hop easily costs 100–300 ms.
What the row means
Zero or one redirect is green — one is normal when, say, the bare address points to HTTPS. Two or more turn the row amber. Crawlers follow chains too, but every extra hop is wasted crawl time, and long chains can stop being followed altogether.
How to fix
Make every redirect point straight at the final address instead of at the next step. Merge the rules for scheme, host and language into one: http://example.com/ should go directly to https://www.example.com/en/ in a single 301. Update internal links, the sitemap and canonical tags so they use the final URL and never trigger a redirect at all. More examples are in the article on redirect chains; see also the http → https redirect.
See this check on your own site
Run a free scan: the report shows this row for your domain along with the other checks of the site audit.
More in “Addresses & redirects”
What SiteScan checks
TLS certificate
- TLS certificate expiry
- Outdated TLS versions (TLS 1.0/1.1)
- TLS certificate chain
- TLS certificate issuer
- Certificate signature algorithm
Domain registration
- Domain registration expiry
- Registered domain name
- Domain registrar
- Domain registration date
- Domain last updated date
- Domain status codes (EPP)
- Domain transfer lock
- Registrar abuse contact
- RDAP and WHOIS data source
Indexing
- robots.txt file
- CSS and JS blocked in robots.txt
- XML sitemap
- Sitemap index file
- Off-domain URLs in the sitemap
- Sitemap lastmod dates
- Broken URLs in the sitemap
- RSS and Atom feed
Addresses & redirects
Security headers
- HTTP security headers and grade
- Strict-Transport-Security (HSTS) header
- Content-Security-Policy (CSP) header
- X-Content-Type-Options: nosniff
- X-Frame-Options and clickjacking
- Referrer-Policy header
- Permissions-Policy header
- HSTS preload list
- CORS and cross-origin reads
- HTTP TRACE method
Delivery & reputation
- Cache-Control header for HTML
- ETag and Last-Modified revalidation
- HTTP/3 and QUIC support
- Server version disclosure in headers
- DNS blocklist (DNSBL) check
Internal links
Exposure
- Exposed sensitive files (.env, .git, backups)
- Directory listing enabled
- Public JavaScript source maps
- Exposed WordPress endpoints
Well-known files
- security.txt file
- llms.txt for AI assistants
- llms-full.txt file
- ads.txt authorized sellers file
- humans.txt file
- Well-known change-password URL
DNS & email
- MX records (mail servers)
- SPF record
- DMARC record and policy
- DNSSEC signing
- CAA record
- Nameserver redundancy
- IPv6 support (AAAA record)
- MTA-STS policy
- TLS-RPT reporting record
- BIMI record (brand logo in email)
- Wildcard DNS record
- Dangling CNAME and subdomain takeover
Privacy & consent
- Analytics and tracking scripts
- Cookie consent banner
- Privacy policy link
- Terms of service link
- Imprint (Impressum)
- Accessibility statement
Core Web Vitals
- Lighthouse performance score
- Largest Contentful Paint (LCP)
- Cumulative Layout Shift (CLS)
- Interaction to Next Paint (INP)
- CrUX field data vs lab data