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Install byteflow.tools for faster startup and offline tool access.
Install guideLike this tool?
Install byteflow.tools for faster startup and offline tool access.
Install guideTrace full redirect hops, final landing URL, and canonical target.
Inspect multi-hop redirect chains to find latency, loop risks, and canonicalization issues that affect SEO and runtime reliability.
It follows redirect responses step by step and reports each hop with status and target URL.
It helps detect unnecessary chains that increase page load and crawl overhead.
It surfaces loop patterns and mixed protocol transitions before they impact users or bots.
Input URL
http://example.com/tools/json-formatter
Expected destination
https://www.example.com/en/json-formatter
Method check
HEAD follow with max hops 10
Chain result
301 -> 302 -> 200 (3 hops total)
Hop detail
Hop 1: http:// -> https:// ; Hop 2: non-www -> www
SEO note
Collapse permanent chains to a single 301 when possible.
Redirect loop detected
Review conflicting rewrite rules and canonical mappings.
Temporary redirect left in permanent path
Promote stable routes to 301 once migration is complete.
Protocol ping-pong between http and https
Enforce one-way redirect policy at edge and origin.
Excessive hop count
Flatten intermediate redirects to reduce latency and crawl waste.
Redirect Chain Checker should be treated as a repeatable validation step before merge, release, and handoff.
How many redirect hops are acceptable?
One is ideal for permanent canonicalization paths.
Do 302 redirects hurt SEO?
Short-term use is fine, but long-term canonical paths should be stable and intentional.
Why does a chain look different in browser?
Cache, HSTS, and locale logic can alter observed behavior.
Should I test with HEAD or GET?
Both are useful; some infrastructures behave differently across methods.