See the signal in the noise.
Track latency and packet loss over time, with min/max and jitter context that a single average can hide.
DISTRIBUTED NETWORK MONITORING
The endpoint latency is only part of the story. See latency and packet loss throughout the route in between — from across the internet to inside your own network.
Built to solve real-world challenges, brought to you by network engineers, for network engineers.
Move from “something feels slow” to evidence you can work with. Correlate performance over time with the paths your traffic takes.
Track latency and packet loss over time, with min/max and jitter context that a single average can hide.
Explore historical traceroutes alongside your charts. Resolve each hop to its hostname, ASN, and country.
Run on-demand ping and MTR probes across agents. Compare what different vantage points can see.
CORRELATION & PATH CHANGES
Connect the signals with correlation across destinations and agent sites. Inspect the supporting traceroute and compare paths before and after a route change.
Give engineers the detail to investigate, and give the wider team a clear picture of what happened.
Explore the documentation
ON-DEMAND DIAGNOSTICS
Investigate from the agents that matter. Run ping and MTR probes, compare vantage points, and watch latency as it happens.
Move from a historical signal to a closer look at the path right now.
One network can look very different from two places. Combine Observiant-operated locations with agents on infrastructure you control.
Observiant-operated measurement locations give you an external perspective. Choose from the locations available with your plan.
Explore monitoring locationsInstall your own agents where your network needs visibility. Measure from your servers, sites, or private network, alongside your system agents.
System agents and user agents have separate plan allowances.
Compare plan allowancesKNOW THE PATH FORWARD.