Statseeker is the leading network performance monitoring (NPM) solution trusted by private, Fortune 500, and G20 governments around the world to test, monitor, and find network latency.
MEASURE AND MONITOR VITAL LATENCY DATA WITH A NETWORK LATENCY TEST TOOL
Identifying latency issues across your entire network is imperative for improving network performance. Statseeker NPM tests latency of every device on your network using Ping (ICMP), and records the round-trip time (Ping RTT) in microseconds. These results, collected every 60 seconds and stored indefinitely, substantially enhance your ability to quickly identify and address network latency issues. Learn more.
Statseeker identifies latency issues 2 times faster than other leading NPM providers, and with up to 10 times greater accuracy for identifying the root cause at a device and interface level. Use our out-of-the-box dashboards and reports to start troubleshooting latency problems within seconds, not minutes.
TROUBLESHOOT LATENCY ISSUES TO FIND THE ROOT CAUSE OF YOUR NETWORK LATENCY
With so many variables that can affect latency, it’s important to be able identify latency at the device or interface level as it happens and over a period of time.
Access Statseeker’s out-of-the-box dashboards and reports within seconds to start troubleshooting the cause of high latency compared to normal latency behavior of devices and links.
Understanding normal latency behavior is the key to detecting latency issues. Statseeker enables you to confidently monitor multiple latency statistics across critical network links through enhanced thresholding and anomaly detection alerts. If there is a problem, be the first to know about it!
MONITOR NETWORK LATENCY AT DEVICE END WITH CISCO IP SLA AND JUNIPER RPM
While Statseeker NPM is an automated 'passive' network latency test tool, sending Pings out across your network to determine latency for every device, our SNMP solution enables you to monitor 'active' latency tests from Cisco and Juniper devices. Once devices are configured with Cisco IP SLA and Juniper RPM ICMP-Ping Probe, you can monitor latency data at the device source such as ping RTT, delay, jitter, packet loss and Voice Quality Scoring (MOS).
Statseeker doesn't force you to compromise on what devices or interfaces are polled on your network to find the source of your latency problems. Statseeker delivers instant granular-level visibility of your entire network, and data history, at a fraction of the cost of traditional monitoring tools.
"The product has improved our organization by simplifying monitoring and giving real-time alerts for issues we might not immediately be aware of ... I can see the status on the dashboard and it makes it easy to know where the problems are."
Network Engineer, West Virginia Dept of Education
Want to know more about network latency?
Latency in general terms is a measure of delay for a signal to travel to its destination and back.
Network monitoring tools, commonly referred to as network performance monitoring (NPM) solutions, are tools to test and measure multiple network health metrics. One of those is latency, which is commonly measured using Ping.
Ping is an Internet Control Message Protocol (ICMP) echo request packet that is sent from the NPM server and waits for an ICMP echo reply from the destination. In simple terms, ping is testing a connection between two network elements.
Ping measures the round-trip time (Ping RTT) for the request to reach the destination and for the response to return to the NPM server.
A number of factors impact latency, including distance, device, traffic, applications, or bandwidth. Latency is subjective, as high latency does not imply there is an issue. What is important is to detect unusual or unexpected increases to latency of devices or interfaces. The causes of increases are multifold:
- Distance: the further the destination system is from the source, the longer the Ping RTT.
- Device: overloaded resources such as the device already handling too many requests, can lead to latency, as can updates, malicious code, and poorly performed requests.
- Traffic: any significant increase in traffic across a network caused by a spike in use of video, streaming and VPN applications for example - could impact latency.
- Bandwidth: an unexpected change in bandwidth availability, whether across a network or between specific connections, can cause increased latency.
Multiple variables can affect latency so it's important to have the most accurate latency-related data for all critical devices and interfaces at your fingertips. This is the benefit of using an SNMP network performance monitoring solution which can fast-track identifying the root cause of unusually high latency relative to normal latency behavior.
From the device end, check statistics such as recent availability, Ping delay, interface usage and traffic volume, event records, and health metrics such as CPU, temperature, and memory load. Immediately you should be able to discover the source. If an interface issue, drill deeper into data such as configuration, utilization, traffic type, volume, flow rate, packet loss, errors, and discards to identify the cause.
If you want to be alerted to latency issues across critical network links, ensure your NPM solution has advanced thresholding and anomaly detection alerts so you can commence troubleshooting before the latency issue becomes a problem.
Ping round-trip time (Ping RTT) is usually measured in milliseconds (ms). The benefit for latency test tools to measure in microseconds (1000th of a millisecond) is for high-precision monitoring of short distance low latency links, such as data center or on-premise connections.