Shulou(Shulou.com)05/31 Report--

In this issue, the editor will bring you about the eight servers and application performance monitoring tools, which are rich in content and analyzed and described from a professional point of view. I hope you can get something after reading this article.

For large networks that can have hundreds of thousands or even millions of requests every day, even the smallest latency can have an impact on the business. A minor bottleneck in a small office network can lead to delays in the enterprise network. So how do you achieve performance?

Each network administrator's ideal choice for performance monitoring is slightly different. Some people want to see every detail of resource usage and optimize all applications to meet their needs. Others are simply interested in service response and uptime. Most people want both. None of these methods are wrong, and finding the right server monitoring that suits your needs is an important part of network optimization.

There is no one-size-fits-all solution for server performance monitoring. below we will introduce 10 solutions ranging from open source solutions to enterprise-level paid implementation. Each has its own advantages and disadvantages, and the purpose is to help you find the right tools for the network.

How do I choose a server monitoring tool?

1. Performance and resource usage of the application itself

A good monitoring application will use the least resources to get the job done. Even a comprehensive network suite often focuses on minimizing the system and network resources used to get the job done. Performance monitoring tools will use sufficient resources to effectively keep a close eye on their assigned nodes.

two。 Versatility

Know exactly what it needs to do in a given network before entering any application. Some performance monitoring is very basic, such as tracking only the usage of system resources on the server. Others are more powerful, tracking everything from bandwidth to system usage and performing in-depth analysis on a node-by-node basis. These systems usually use larger packages and are designed or intended to be used with other applications to create a complete network management system. Determining what features are needed on the network will help you narrow down which software might be suitable.

3. Visualization and ease of use

Many performance monitoring tools come with detailed graphs, charts and statistics to help you better understand how the network works. The way this information is displayed plays an important role in its ultimate usability. The way this information is presented and organized is also an important factor in how easy it is to use the software. Can you quickly identify which parts of the usage report are valuable to your network? Will improve efficiency and help you get more from the software.

4. Deployment

Does the software need to be installed in a centrally controlled location or on each node it monitors? Is it a cloud-based service? If you need to place the agent on multiple nodes throughout the network, can you easily install the agent? Even small networks should take this into account, because the ease of installation on a given device varies from network to network.

SolarWinds Server and Application Monitor

It is a stand-alone product in the overall Orion platform family developed by SolarWinds. Multi-function application monitoring is designed to expand with your network, and server and application monitoring can be set up as an one-stop service to meet a variety of network needs.

Because of its fast and simple setup, server and application monitoring can be quickly deployed to manage large and complex network environments. SolarWinds provides detailed application monitoring templates, so they can be customized to suit almost any environment.

It allows infrastructure monitoring on AWS and Azure cloud-based IaaS configurations, providing administrators with the control they need across the network, regardless of physical location or setup. Virtualization monitoring is also available, providing server and application monitoring with the versatility needed to accommodate most network and service designs.

Automatic asset discovery and active catalogs help easily build complex networks in software, while SolarWinds products enable storage performance monitoring to help ensure smooth data access across large storage platforms. The software can help diagnose and identify the root causes of application problems in order to quickly solve potential problems.

As part of a larger Orion platform, SolarWinds servers and application monitoring can be used in conjunction with other products to provide comprehensive management of Web performance, network, database, and virtualization resource configuration and monitoring. SolarWinds offers a 30-day free version.

Paessler PRTG Network Monitor

Paessler PRTG Network Monitoring is a highly customizable performance monitoring solution with up to 100 free "sensors" available in its free software version.

Each monitored resource on a given device is treated as a "sensor". For example, monitoring CPU usage on the server will be a sensor. PRTG estimates that most devices require four to seven sensors each, so even its free software version is suitable for small and medium-sized networks.

Automatic device discovery enables rapid deployment, and PRTG monitors existing cloud-based resources. Custom alarms and bandwidth monitoring provide key details about network and application deceleration. A wide range of data representation options help analyze key performance information in a way that makes sense to the user.

The pricing of the software is based on how many of these sensors are deployed in the network and has different price levels based on the total sensor. A free 30-day trial version is available.

LibreNMS

LibreNMS is a popular open source NMS software. It has a detailed and extensive knowledge base to help new users familiarize themselves with the software. After years of community development, it has led to many plug-ins for LibreNMS.

A large number of plug-ins support automatic network discovery and are designed for device configuration, performance monitoring, and consistent performance. Oxidized,RANCID and Nisen are just popular plug-ins that can be easily paired with LibreNMS to achieve a comprehensive network management system.

LibreNMS also supports access to the platform from mobile devices with available Android and iOS applications. This allows administrators to control their network even when they leave the office. Distributed polling enables LibreNMS to scale and provide solutions for large networks.

As an open source software, LibreNMS has great depth and flexibility, but most of its advantages will come from experienced users who will have time to delve into the details of LibreNMS.

ManageEngine OpManager

OpManager is a dedicated performance and infrastructure monitoring tool. It provides extended performance monitoring across a variety of devices, including all standard performance monitoring statistics, including CPU usage, memory, storage, etc.

It is part of the ManageEngine product line. It can be run as a stand-alone product, but it is designed to be used with other ManageEngine software to fully manage a larger network.

OpManager also has PGSQL database statistics that provide DBA with detailed information about the performance and query time of large networks. This tool helps to provide valuable tools for data-intensive networks that rely heavily on databases, thereby reducing query time and improving efficiency.

OpManager includes a number of custom features in monitoring configurations and customizing alerts to help administrators with the information and warnings they need to run the network effectively. Download the 30-day free trial version.

Open NMS

OpenNMS is also an open source tool with a large number of utilities and network management software for a dedicated user base. OpenNMS has two branch distributions, each with its own unique advantages.

The first is Meridian, the standard OpenNMS distribution. It is essentially a "stable version" of OpenNMS, with most product and community support for both versions. Most OpenNMS users choose to run Meridian.

The second one is Horizon. It can be broadly described as a beta platform for new technologies, ideas and implementations. Documentation and community support for Horizon is significantly reduced because most users choose Meridian. It represents the forefront of the OpenNMS open source framework.

OpenNMS has configurable service monitoring, performance management through a range of standard protocols, and allows custom alerts. The combination of automatic network discovery and topology discovery helps to set up quickly and easily and provides more insight into the network framework to which it is assigned.

OpenNMS can also be easily integrated into existing infrastructure and provides extensive documentation through its community to help easily set up and integrate into existing platforms.

WhatsUp Gold

WhatsUp Gold is a dedicated performance monitoring platform with a large number of customization options in its interface. It has an easy-to-use, intuitive interface that can be customized to display different amounts of information. This display can also be configured so that the information is divided, and you can easily configure specific types of information to be displayed to the team that needs it most.

WhatsUp Gold also has automatic layer 2 / 3 network mapping to help easily set up a comprehensive diagram of the current working network. The network topology is displayed in a convenient way, making it a simple task to find potential failures or performance bottlenecks.

One of the main functions of WhatsUp Gold is its ability to proactively monitor and warn potential problem areas. Intelligent workflow design helps keep these alerts at the forefront when necessary, so that potential problems can be resolved quickly without service disruption.

OP5

OP5 is designed as an enterprise-class network performance monitoring solution that can handle a wide range of network environments very well. Everything from the dashboard to the network mapping display to the customization available in the software points to the intended use of OP5 as a service provider scale monitoring platform.

A good example is the macro view of OP5's monitored network nodes. The available map widgets provide a real global picture of how each system is interconnected based on geographical location.

The flexibility of OP5 comes from the fact that it contains widgets that can be added or removed from the central dashboard, giving administrators complete control over the amount of information displayed. These widgets can be configured to display separated information to different departments to help people focus on critical data.

Visual reports provide detailed information about potential bottlenecks or problem areas. These visual representations include graphs and charts to clearly understand when and where problems may occur.

Additional redundant monitoring helps to further strengthen the design goal of OP5, which is to become an one-stop service for enterprise network monitoring requirements.

Icinga

Another open source performance monitoring tool, Icinga 2, is designed to provide powerful performance monitoring while consuming the least system resources. Icinga is available in many different versions and distributions, providing a great deal of flexibility in completely free packages.

Icinga 2 can be integrated with other popular open source tools to form part of a complete network performance monitoring solution that can scale to almost any scale. The dynamic customization of the software itself and rule-based performance configuration allow administrators to adjust the installation of Icinga to meet their needs.

Icinga 2 effectively uses system resources to create simple resource footprint while still providing enterprise performance monitoring and statistics. Detailed performance data can help guide users into potential problem areas, and a comprehensive alert system will warn administrators of impending disasters.

As an open source tool, most of the flexibility of Icinga comes from the many plug-ins that can be used with applications. Even without a great deal of tuning and research, Icinga 2 is incredibly capable as a performance monitoring solution out of the box, but open source enthusiasts will welcome the extra versatility provided by design concepts.

These are the eight servers and application performance monitoring tools shared by the editor. If you happen to have similar doubts, please refer to the above analysis to understand. If you want to know more about it, you are welcome to follow the industry information channel.

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