Monitoring and optimizing the performance of a network require skills. Due to a vast amount of data that traverse the network, it is very important to determine the right type of data to monitor. Addition of network visibility architecture will enable an organization to capture the relevant data at the right time.
In this article, we will tell you how easily a business can optimize its network performance supervision.
Components of network visibility architecture
It is very easy and quick to set up network visibility architecture. There are mainly four important components included in it. These are
- Data access
- Data manipulation
- Objective-built analysis tools
- Application intelligence
Phoenix IT solutions provide highly efficient and reliable network assessment solutions to its clients. These are infrastructure design, network performance optimization, project management, and IT life cycle management.
Data access is provided by different ways such as virtual taps, bypass switches, and physical taps. These devices provide timely access to all the data that is needed by a business. Once you obtain the monitoring data you require, you will then need to send it across to a network packet broker. This is a device that offers granular filtering property to enhance the movement of relevant data to the monitoring tools.
Specific kinds of information can be segmented into parts and sent across specific tools for enhancing efficiency and quicker time to resolution. Network packet broker provides various types of services such as data aggregation, load balancing, and deduplication.
Another important feature of a network packet broker is Application Intelligence. This function offers an additional level of analysis and filtering at the application layer of the OSI stack.
You can use this attribute to prevent overloading of application bandwidth on the network. You can also see the level of traffic on the network depending on the type of application such as Hulu, Pandora, Netflix, HTTP, FTP, RTP, etc. With Application Intelligence, it is also possible to recognize underperforming or slow applications.
Objective-built analysis tools
The last layer of the network visibility architecture is developed with the help of monitoring and security tools. These devices are special-purpose tools such as sniffer, application performance monitoring and network performance monitoring. They are manufactured to analyze specific data in the system.
APM tools have the ability to offer real-time data analytics that helps in the efficient management of the network. It helps in identifying the issues much before users do it.
Standalone deployment of the above tools is not advised as it can result in various issues such as overloaded hard disk space and processing. There is a requirement for several input ports to seize data across the network and different types of interface ports on the basis of network traffic speed.
An NPB can assist in capturing network data as well as filter it before it passes to the network performance monitoring tool. This helps in lessening the clutter and improving the tool efficacy. The additional level of filtering of redundant data improves the efficacy of the tool. It also eliminates the storage waste linked with the storage of irrelevant data.
Network administrators require network visibility architecture to find, segregate and resolve issues pertaining to the network and its areas of application. This architecture provides clarity to various network tools to help in quick and efficient resolution of the problem.