EMCO Ping Monitor

EMCO Ping Monitor

EMCO Ping Monitor

Based on packet loss, latency, and jitter metrics, ICMP connection ping is used to detect up/down states of monitored hosts and estimate their connection quality in real time. You are able to obtain comprehensive statistics for any host over any time period, including a list of outages, percentage of uptime, average latency, latency deviation, and so on, thanks to the program's ability to store information about each ping.

With EMCO Ping Monitor, it is simple to locate hosts with various status and quality characteristics and navigate to them for more in-depth data. At the point when the program distinguishes changes in the host's state or association quality, it can advise you of those changes. Voice notifications, email, and the Windows Tray are all supported by the program. A script or executable file that will be used for custom notifications can also be configured.

Data analysis and reporting tools are built into the software. You are able to easily estimate the performance of hosts over any historical period and track their metrics with aggregated monitoring information, which is aggregated and represented in graphs.
What is ping checking and how can it function?
The product utilizes ping observing to cooperate with network has and find their status and organization execution. The program can screen a few has all the while, and collaborate with each host freely. With a response accuracy of 0.01 milliseconds, monitoring of more than 8000 hosts is made possible by a special high-performance engine.

The program examines each host's echo responses as it continuously sends ICMP echo requests to them. Assuming the ping succeeds, the program will save its time to and fro. The program knows that the connection has been broken if multiple ping tests fail simultaneously, so the host state is changed down and the appropriate notifications are sent.

EMCO Ping Screen utilizes the consequences of the most recent association cycles to evaluate the constant nature of the host association by computing parcel misfortune, reaction time, and jitter measurements. Depending on those metrics, the software classifies quality as good, warning, poor, or critical.





The product can likewise assess have execution for any verifiable period by utilizing the ping results for that period to ascertain the host uptime proportion, parcel misfortune, normal inactivity, dormancy slant, coefficient of variety (CV) and normal assessment score (MOS).