te-path-analysis

Hop-by-hop path visualization displays latency, packet loss, DNS names, MPLS labels, and ISP ownership per hop to pinpoint root causes of performance issues. This detailed breakdown accelerates incident investigations and outage workflows.

Yes, BGP route analysis evaluates prefix reachability, AS paths, and route changes during an outage. By reviewing origin validation and routing updates, you can identify if path shifts contributed to the failure.

Endpoint diagnostics correlate endpoint metrics directly with network path performance to troubleshoot VPN slowdowns. By linking local device data to path visualization, you can isolate whether remote access degradation stems from the client or network.

Yes, accessing ThousandEyes MCP APIs is required to collect tests, path data, and anomalies for visualization. The Skill depends on these APIs to retrieve path visualization results and endpoint metrics for analysis.

The best way to investigate site slowdowns is running a path visualization from a ThousandEyes agent to the target. Reviewing hop-by-hop latency and packet loss reveals where degradation occurs across cloud or on-prem infrastructure.

Use BGP route analysis when investigating prefix reachability or AS path shifts, as standard path visualization focuses on hop-by-hop latency and packet loss. BGP analysis helps determine if routing changes caused the outage.