Server uptime monitoring tools

Server health is an important aspect to keep your web server optimized and give best performance. A server monitoring software ensures that the server is capable of hosting the applications and there are many server monitoring tools available for this job.

Here we will reveal the top 10 server monitoring tools which will help your system run smoother and will ensure optimum resource utilization. A server monitoring tool analyses the processes and performance of your web server and give you a graphical presentation and data analytics.

This graphical presentation and data represents how your server is performing. What are the processes that are using the maximum resources and when you need to scale up the resources on your virtual machines. Based on your needs and role, you need to monitor a specific part of your server. There are different types of tools available for monitoring server health. There are many tools available in the market, but it will not be justified to mention every tool on the list. We have checked the efficiency and based on the user reviews, compiled this list.

So let us check our list of top 10 server monitoring tools, starting from the most preferred ones. Grafana is multi-platform, open-source analytics and interactive visualization software available since It offers a wide range of charts, graphs, and alerts for the web when connected to support data sources.

Not only this, but Grafana is also easily expandable through a plugin system. Tech developers can create endless numbers of complex monitoring dashboards using interactive query builders.

It is one of the best server monitoring tools often used with time series databases such as Prometheus, Graphite, and monitoring platforms such as Sensu, Netdata, and PRTG. The best part is that you can install the package on your cloud server and use it to monitor the server performance.

You can deploy Grafana with one click on SkySilk Cloud. You can create a workflow to perform an action or a routine task by just dragging and dropping the icons in the left pane. A typical workflow can check for an intended result and perform an action based on the response.

For instance, you can create a workflow to delete older or unnecessary folders when the memory in the disk shrinks below the threshold value. OpManager helps you gain insights about server performance in an integrated, centralized view. This helps you stay on top of your network servers. It highlights information about alarms, availability, response time of servers, and performance statistics of all servers on your network.

The dashboard is user-friendly and can be customized to your organization's specific requirements. It also offers a CCTV view that can be configured to display a required dashboard at regular intervals.

The reports available in OpManager have recorded data about the performance of the servers in your network.

All the monitored data is stored as reports in OpManager for further reference and analysis. For instance, you can obtain a health report for all the servers in your network.

Reports are intuitive and graphically represent the servers based on availability, packet loss, response time, disk utilization, CPU, and memory utilization. OpManager also allows IT admins to schedule the generation of reports.

The time frame for scheduling reports can also be specified. The historical data helps network administrators to prevent the recurrence of server faults. Server uptime refers to the availability of services, processes and applications running on servers. Server uptime can be tracked using a dedicated server uptime monitoring software. These software give you the status and availability of all services running on your servers at any given instant.

Server Uptime Monitoring Tools. Home » Features » Software to monitor server uptime. What is Server Management? What is SNMP? NodeQuery provides insights into your servers health, availability and performance. The Open Source NodeQuery agent collects selected Linux server data, which is sent to their monitoring system for further processing.

Munin is a monitoring tool, accessible through a web interface. It surveys all your servers and remembers what it saw. It presents all the information in graphs. Munin is Open Source. Uptime Robot works as another notifier that continuously monitors your website, similar to Better Uptime. It checks your website availability at one minute intervals from 30 different locations across 6 continents. Uptime's pricing is based on basic, superior, business and enterprise plans.

It was inspired from convenience, accuracy, delegation and process groups and based on Python. Graphite is an open-source enterprise-ready monitoring tool that runs equally well on cheap hardware or Cloud infrastructure used to track the performance of websites, applications, business services, and networked servers. It revolutionized server monitoring, by making it easier than ever to store, retrieve, share, and visualize time-series data. Best described by the developer on GitHub, Cabot is a free, open-source, self-hosted infrastructure monitoring platform that provides some of the best features of PagerDuty , Server Density , Pingdom and Nagios without their cost and complexity.

It is Docker ready and takes 5 minutes to deploy. Glances reminds you of the top command that could be run via a web interface. It is a cross-platform system monitoring tool written in Python. It uses the Python libraries available in the main Python distribution, having a small list of dependencies without the need of installing many packages or libraries.

It's free, open source and lightweight, capable of monitoring as many services and system resources as possible. It is of course suitable for production servers and its simplicity and small size allows deployment on embedded devices as well. Nixstats is a powerful and easy to use monitoring platform to keep track of server performance and website uptime.

It doesn't require complicated setups and you can get started within minutes with a one line command to install the monitoring agent on all your servers. Cacti is an open-source, robust and extensible operational monitoring and fault management framework with a complete network graphing solution designed to harness the power of RRDTool 's data storage and graphing functionality over time-series data. Zenoss Server Monitoring goes beyond the traditional approach of separately monitoring silos of device types, like servers.

It enables monitoring all servers as one part of a complete IT stack of cloud and on-premises infrastructure to ensure optimal application performance. Datadog offers a day free trial of either system.

Sematext offers infrastructure monitoring from the cloud. The company has created a range of monitors that can each be used as a standalone service. One of the systems that Sematext runs is called Sematext Synthetics. This is a synthetic modeling service that can perform entire run-throughs of a typical visitor journey through a website.

This is particularly useful for a new website before it is published or for new features that are to be added to an existing website. Another use for the Synthetics service is to check on the availability of a website. These uptime monitors can be combined with other tests, such as load time measurements and API statuses. Tests can be performed regularly from servers located in many physical locations around the world. There is also a choice for the user over whether to run browser-based tests or HTTP tests.

Although every run is logged and summarized in graphs available in the system dashboard, it is probably the problems that interest most system administrators. The Sematext tests will carry on, possibly without any interest from the tech team that manages the website. The service raises an alarm should the monitored website become unavailable. This means that the tech team can get on with other tasks and just switch to the web server when unplanned downtime occurs.

As a SaaS system, Sematext Synthetics is charged for by subscription. All three plans are available on a day free trial. Tests can be performed with Ping or through a Web browser. It is a managed service with human operators manning the testing system.

If a target is found to be down, the system retests from two other locations before notifying the customer. This procedure is built into the service in order to prevent false-positive reporting and cut down the number of alerts that the client receives that could be due to a glitch in the Internet connection used for the test. All tests are logged and a list of each availability check can be inspected in the user dashboard.

The console also shows the sequence of test results in a color-coded bar. A failed contact event gets documented with screenshots of the failure message appearing in a browser. Subscribers get notified when a test fails. These notifications can be implemented by phone call, SMS, email, or Slack message.

The operators for the service can be contacted by the client around the clock. The user can specify tests to check on the availability of APIs and services that get triggered within pages on a site. Incidences can be sent straight through to Help Desk software. There is a range of integrations for Better Uptime that enables it to interface with other applications. There is a Free plan of Better Uptime, which launches tests against ten targets every three minutes.

This plan includes notification by email. There are three paid plans, called Freelancer , Small Team , and Business. The tests in all of these plans are launched every 30 seconds. The Freelancer edition includes testing of 50 targets, Small Team has a limit of targets, and the Business plan has no limit on the number of targets that can be nominated for testing. All plans include a day money-back guarantee. With this tool, you can view whether devices are classified as Up , Critical , Warning , or Undefined.

You can also view a network topology map that shows the status of your devices from a geographical perspective. This is referred to as NetPath critical path visualization. NetPath is most useful in live environments where you want to develop a quick perspective of how many devices are up in both your legacy and virtual environments. All of the status information you see is kept up-to-date by an autodiscovery feature. The autodiscovery feature scans for new devices on startup and adds them to the software automatically.

Throughout the lifetime of the product, autodiscovery ensures that new devices are added to your monitoring environment. The dashboard gives you a commanding view of the network and helps you identify network issues before they become critical. SolarWinds Network Performance Monitor offers a scalable pricing structure that increases in price the more elements you want.

You can also download a day fully functional free trial. Each of these tools is exceptionally useful for checking up on your network periodically. With the Response Time Monitor you can view the availability and latency of multiple devices. You can even choose how often to poll the selected devices. These help to automatically discover devices throughout the network and keep your manual monitoring down to a minimum. You can also get a day free trial download. Site24x7 covers all the IT support of websites, enabling it to help web entrepreneurs to keep their sites available.

The cloud service performs continual checks on the sites of customers from 90 locations around the world. These checks not only spot when sites go down but also when sites are not deliverable all over the world. That regional outage might be due to the actions of national governments or problems with internet performance.

Websites stand at the top of a stack of services and the failure of one supporting layer will cause the website to go down. So, knowing that a site has gone down is not enough; website owners need to quickly identify why it went down. Site24x7 assists system administrators to prevent outages by identifying equipment and applications that are under pressure.

The ability to spot status issues on the network, server, and in-application performance gives systems administrators a chance to reallocate resources to head off disaster. Should there be no warning signs of an impending outage, the Site24x7 check can identify which internet service caused the failure.

Site24x7 is a cloud-based service provider and is charged for by subscription. The service is available for free to small businesses that only need to monitor up to five websites or servers. Enterprises that need more advanced monitoring capacity than that can choose between four paid editions. ManageEngine OpManager constantly monitors the availability of network devices and servers, recording the duration of each piece of equipment in service.

The OpManager system starts its service life by scanning the network and logging all attached devices, including servers, in an inventory. It then repeatedly checks on availability, showing statuses in the system dashboard. The statistics in the dashboard include uptime graphs that can be gathered on one screen or distributed on drill-down feature pages for each device — the OpManager dashboard screens are customizable. Each metric that the OpManager system tracks is shadows by a performance expectation threshold.

If problems arise, the system issues an alert.