Traceroute

Real server-side traceroute from 6 global probes — see the full hop path (hostname, IP, RTT) from each probe to any host, without installing anything.

Tool Networking Updated Apr 20, 2026
How to Use
  1. Enter any hostname (example.com) or IP address.
  2. Pick how many probes to trace from (2-6).
  3. Each probe runs a traceroute from its location; hops stream in as they complete.
  4. Star rows (* * *) are hops that didn't respond within the timeout — common for ICMP-blocking routers mid-path.
Target
Trace runs server-side on globalping.io probes. Free, no signup.
Try:
Hop path per probe

Enter a host above and hit Traceroute — hops stream in from each probe in a few seconds.

How to read the results

Hop number
Distance in hops from the probe (1 = probe\'s gateway)
IP + hostname
Address and reverse-DNS of each router
RTT
Round-trip time for each probe attempt
Star rows
Hops that blocked or timed out on ICMP
Multi-probe
Independent traces from different continents

Frequently Asked Questions

How is this traceroute possible in a browser?

Browsers can't send raw packets. globalping.io runs the actual traceroute on its probe nodes and returns the structured hop list to your browser via HTTPS.

Why so many star hops in the middle?

Many backbone routers rate-limit or drop the ICMP Time-Exceeded packets that traceroute relies on. The path is still there, we just can't see every hop.

Where are the probes located?

globalping.io has probes in 60+ countries contributed by volunteers and datacenter partners. The limit = how many randomly-selected probes run the trace.

Common Use Cases

Find where latency is added

Large RTT jumps between consecutive hops show you exactly where the slowdown is.

Diagnose routing issues

Detect asymmetric paths or unexpected intermediate ASNs.

Compare CDN edge reach

See which POP each probe's traffic terminates at.

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