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Use network-flow and packet-derived metrics to locate performance degradation across network paths.

Probe loss and jitter through browser WebRTC

Search Kubernetes network traffic by workload, API, and network context, then save packet captures for later review.

A Linux toolkit for packet capture, replay and statistics

Monitor network performance and availability across IP devices from one central platform.

Map network devices and surface bandwidth, packet-loss, jitter, and connectivity issues with live alerts.

Inspect captured traffic at the protocol level

Store packet captures with searchable session metadata

Send and receive test packets with a desktop or CLI client

Analyze network traffic, flows, hosts, and protocol behavior through a web-based monitoring console.

Inject controlled failures into services and infrastructure to test reliability and recovery behavior.

Analyze protocol traffic across local and remote capture points

Measure network-path quality between sites with continuous synthetic probes and performance diagnostics.

Inspect packets through a terminal interface to tshark

Capture packets and diagnose wired or wireless network behavior

Measure throughput, jitter, loss and application-oriented network quality

Diagnose IPv4, IPv6 and dual-stack browser reachability

Capture traffic with DNS-specific filters

Graph and alert on several network endpoints

Edit and replay recorded packet traffic

Trace packets through the Windows networking stack

Watch Linux wireless-device signal and packet statistics

Keep latency distributions and loss history across network paths

Route test traffic through a controllable TCP proxy to simulate latency, outages and other network faults.