Today, a client’s experience is often measured by the performance of the network. What are the responses times of the applications, the speed with which orders can be sent for delivery, how responsive is the support tools, etc? An organization’s digital foundation is often defined by the difference between a satisfied client and one who is unhappy.
Many performance issues can arise at any time: network problems, equipment failures, or misconfiguration. Monitoring network performance in real-time requires knowing the network’s performance as it is happening (or identifying problems before they occur) to respond quickly. A real-time network traffic monitoring tool is needed for the networking team to achieve this goal.
It’s a well-known fact that networking teams regularly perform tasks such as planning, deploying, upgrading, maintaining, troubleshooting, and monitoring networks. These activities are highly data-driven and rely heavily on the specific understanding and interpretation of data from applications, gadgets, and traffic running on the networks by the network team.
Monitoring tools provide NetOps teams with real-time visibility into the network, so they are continuously tracking performance, activity, security, and recognizing possible problems before they occur.
Does this make a difference? In the end, it’s easy to understand: time is money. To be fair, here are an additional four reasons why you need to monitor real-time network traffic:
A significant change in Network Troubleshooting
First and foremost, it makes troubleshooting networks faster.
The time and resources your NetOps team spends on troubleshooting as a result of being stuck on an issue are quickly consuming the value that network performance management (NPM) solutions provide. Troubleshooting can be sped up by being alert to real-time traffic, setup mistakes, or bottlenecks. Finding current activity is the clear-cut advantage.
Imagine where a worker is working with an online customer and the audio or video is not stable while using Webex, Zoom, or another UCS service. A hard ticket should be sent to IT by the worker. If IT has time, the staff will be contacted and the issue will be recreated. Because conditions might change, this is problematic and incorrect. As a result, workers have pulled away from their main jobs.
The IT team may receive support alerts for network latency or KPI failures because NPM solutions are being implemented, UCS is being monitored in real-time, and packages are being stored. In other words, they are perfect for analyzing, streaming, and packaging phone calls, then, troubleshooting the situation or collaborating with somebody qualified to fix it.
No matter whether regularly testing the network or monitoring it a lot, there are NPM solutions that can also provide network sharing plans to assist NetOps in recognizing the main cause of an issue faster. MTTR can also be increased by doing real-time monitoring of a network since it also provides additional IT expertise to fix the issue.
Preventing network problems
In addition, monitoring network traffic in real-time helps prevent network blackouts. Today, there are a seemingly endless number of reasons why networks are failing. Downtime is a very expensive event irrespective of who or what caused it (the network or an application). Network performance and traffic can be effectively monitored so that team members can detect problems before they occur.
For example, if a switch or router is down or misconfigured, network traffic might choose an alternate path, which could take longer and influence the productivity of the entire office.
Switches are often used to manage networks for businesses. By utilizing them, various gadgets are connected to the router. Resources can be shared and access to the internet is enabled. Investing in a managed switch service offers several advantages when it comes to switches.
Visibility is important because, without it, nobody is aware of the problem, so sluggish network performance is often accepted. In spite of this, the NetOps team can make use of features, such as multipath analysis, in real-time and back in history if you use an NPM solution, so the switches and routers report in real-time, constantly.
As a result of comparing the current and previous routes, NetOps can recognize when traffic is switching routes, or when parts of traffic do so. Performing a deeper analysis with a better understanding of the issue allows you to change the QoS settings and solve the problem.
Improves the performance of the network
Thirdly, by joining real-time network traffic monitoring and better alarms, teams can lessen the burden of overall network administration. A complex set of notifications, messages, and issues are beyond the capabilities of NetOps teams.
The process of bringing up issues within the team (especially when the environment online proves to be complex) needs to be automated. The use of advanced NPM solutions, including delay and panic alarms, can help NetOps teams decrease the number of void alarms and focus on the most important issues.
Nevertheless, the adequacy and significance of alerts can be influenced greatly by striking the right balance between examining frequency and alertness.
In addition to high memory consumption, CPU consumption, encrypted traffic, and performance warnings, the NetOps teams could be overburdened with warnings about high memory and CPU consumption. While all of these factors are significant, sometimes only one can take precedence.
There are NPM solutions that offer alerts with various levels of seriousness. In this way, NetOps teams can sort and report alerts according to their seriousness, so that priorities can be addressed first. In addition to thresholds, warnings often include options that can be changed for each app type.
Performance requirements for certain applications can be different from those for other applications, which is significant. As per the supported KPI service level agreements, thresholds can be set for critical business applications and Internet service providers.
Get real-time network monitoring now
We have a team of network monitor technicians who are skilled at detecting and recognizing malfunctions of gear or devices. The real-time monitoring of a network is generally concerned with the visitor system, the traffic on a network link, and other elements. It shows to every visitor that applications are being accepted by sending a full-time feed from the network.
It is possible for the system to show additional information in selected areas, for example, meeting servers, addresses email, or telephone to alert PC administrators during a slow network response or sudden failure caused by connection issues.
FieldEngineer.com connects freelancers with businesses looking for the best talent to work on projects. The platform has 60,000 freelancers. Join now to find network monitoring professionals!