Visualize network paths and latency. Demo mode — shows simulated results for common targets.
Enter a target IP or hostname and click Run to visualize the network path.
Demo mode shows simulated results for 8.8.8.8, 1.1.1.1, and amazon.com.
The Ping & Traceroute Visualizer turns raw network diagnostics into a readable, hop-by-hop picture of how packets travel from a source to a destination host. Instead of scanning columns of numbers in a terminal, you see each router hop along the path plotted with its round-trip time (RTT) in milliseconds, packet loss percentage, and the point where latency spikes or the trace stalls.
It is built for network engineers, IoT installers, sysadmins, and developers troubleshooting slow connections, timeouts, or unreachable endpoints. Whether you are chasing a laggy MQTT broker, a dropped VPN tunnel, or a website that loads intermittently, the visualizer helps you tell the difference between a local problem, an ISP-level bottleneck, and a fault at the far end.
Ping sends ICMP Echo Request packets to a target and measures how long each Echo Reply takes to return. That interval is the round-trip time (RTT), reported in milliseconds. Running several probes lets the tool report minimum, average, maximum, and jitter (the variation between successive RTTs), plus packet loss as the percentage of probes that got no reply. As a rough guide, RTT under about 30 ms is excellent for local or regional links, 30-100 ms is normal for cross-country traffic, and 150 ms or higher is common on satellite or intercontinental paths.
Traceroute discovers the route by exploiting the IP Time To Live (TTL) field. It sends probes with TTL set to 1, then 2, then 3, and so on. Each router that decrements the TTL to zero discards the packet and returns an ICMP Time Exceeded message, revealing that hop's address. By incrementing the TTL one step at a time, the tool builds an ordered list of every router between you and the destination, with timing for each. A row of asterisks means a hop did not answer within the timeout, which often just indicates a router configured to ignore probes rather than an actual break in the path.
Because browsers cannot send raw ICMP packets directly, a purely client-side page relies on data you paste or on results relayed through a backend probe. Reading the pattern matters more than any single number: a latency spike that persists for every hop after a certain router points to that link as the bottleneck, while loss only at the final hop can simply mean the destination rate-limits ICMP.
Ping measures round-trip time and packet loss to one destination, telling you if it is reachable and how fast. Traceroute maps the full path, showing every router hop in between and where along that path delay or loss begins.
That is normal. Many routers give ICMP replies low priority, so a single hop can look slow while packets still pass through it quickly. Only worry when high latency or loss continues on every hop after a certain point.
They mean a hop did not respond before the timeout. This usually indicates a router configured to silently drop or deprioritize ICMP Time Exceeded messages, not necessarily a failure. The trace often continues normally on the next hop.
Under 30 ms is excellent, 30 to 100 ms is typical for national or regional traffic, and 100 to 250 ms is expected for intercontinental or satellite links. Consistency and low packet loss usually matter more than the raw average.
Yes. You can enter IPv4 addresses, IPv6 addresses, or domain names. Domain names are resolved to an IP before probing, and each hop is shown with both its address and, where available, its reverse-DNS hostname.
Yes, it is completely free with no sign-up. The visualizer runs in your browser and stores no test history on our servers beyond what is needed to run a probe; the targets you enter are used only to generate your results and are not sold or shared.
Browsers block raw ICMP for security reasons, so a web page cannot send true ICMP Echo packets on its own. Results are either based on data you provide or measured through a helper backend, which is why exact numbers can differ slightly from your terminal's ping.