How to Trace Network Route
Follow the path to a remote host so you can see where latency or failure begins instead of guessing.
Before you start
When route tracing is the right tool
Route tracing helps show whether the problem is happening near your network, somewhere upstream, or close to the destination.
Ping only gives round-trip behavior. Route tracing helps show where the path begins to look unhealthy.
The target may be alive, but routing between you and the target can still be poor or interrupted.
Route tracing helps separate destination issues from path issues so you do not troubleshoot the wrong layer first.
Step-by-step instructions
1. Run tracert on Windows
On Windows, use tracert from Command Prompt to see the network path to the destination.
tracert example.comEach line usually represents one hop between your system and the destination, along with response times for that stage of the path.
2. Run traceroute on Linux or macOS
On Linux or macOS, the usual command is traceroute.
traceroute example.comIf traceroute is not installed on your Linux system, install it first or use the package provided by your distribution.
3. Trace directly to an IP when DNS might be part of the problem
If you are not fully sure the domain is resolving to the right place, trace to the destination IP directly so DNS resolution does not distract from the path analysis.
tracert 203.0.113.10traceroute 203.0.113.10It removes one moving part from the investigation and lets you focus on routing only.
4. Identify where latency begins to rise abnormally
Look across the hops and note where response times become much higher than earlier hops or where the trace stops progressing normally.
A sudden jump that continues through later hops is more meaningful than a single odd value that disappears immediately afterward.
5. Do not assume every timeout is the failure point
Some routers simply do not respond to traceroute probes or rate-limit them. A timeout at one hop is not automatically a true outage if later hops still answer normally.
If one hop times out but the route continues and the destination still answers, that silent hop is often not your real problem.
6. Compare with ping or DNS checks if needed
Route tracing becomes much more useful when you compare it with other tests. Ping helps check general reachability and latency, while DNS checks confirm that you are tracing the correct destination in the first place.
First verify DNS, then ping, then trace the route if the problem is still unclear.
7. Use the result to narrow down where the problem lives
After reviewing the path, decide whether the evidence points to your local network, your ISP or upstream path, or something near the target side.
The route result is most useful when it helps you stop guessing and focus on the correct side of the connection.
Common mistakes
Some hops ignore traceroute traffic while still forwarding real packets normally.
A route trace is more meaningful when you look for where the behavior changes consistently, not just one strange line.
If DNS is already wrong, tracing the domain may lead you down the wrong path from the start.
Route tracing is powerful, but it works best when combined with ping and DNS checks rather than used in isolation.
About this guide
This guide shows how to trace the route between your system and a remote destination when a site is slow, a service is unreachable, or you need to see where the connection is failing. It focuses on practical use of tracert on Windows and traceroute on Linux or macOS, plus how to read the output without jumping to the wrong conclusion.
How to follow this guide
- Run tracert or traceroute against the domain or IP you are testing.
- Check where the route begins to slow down, fail, or stop responding.
- Compare the result with ping or DNS checks if needed.
- Distinguish between a real routing problem and a hop that simply does not reply.
- Use the route result to decide whether the issue is local, upstream, or near the destination.
Why use this method?
A connection problem is not always caused by the target server itself. The issue may happen somewhere between your device and the destination. Route tracing helps you see how traffic is traveling and where delay or failure starts to appear.
Frequently Asked Questions
What does tracert or traceroute show?
It shows the path that packets take across network hops from your system to the destination.
Why would I run a route trace?
You run it when a service is slow, unreachable, or behaving differently depending on location or network path.
Does a timeout at one hop always mean the connection is broken there?
No. Some routers do not answer traceroute probes even though they still forward traffic normally.
Should I trace to a domain or an IP address?
Either can work, but tracing to the exact IP can remove DNS confusion if name resolution is already in doubt.