Cloud Based Systems Monitoring with LogicMonitor – Configuration Example for VMware vCenter


LogicMonitor is a powerful but easy and simple to setup, cloud based systems monitoring solution (Monitoring as a service - MaaS), and all you need from your site or a customers site, is SSL access from an on-site collector to LogicMonitor's Cloud Data Center.

The list of hosts and applications that LogicMonitor can monitor is massive and constantly growing, and includes:
Cisco, Citrix Netscalers, Citrix XenServer, Databases, Dell Hardware Health, ESX Servers and vSphere vCenters, F5 Big IP Clusters, FreeBSD monitoring, HP Hardware Health, HP P4000/Lefthand SANs, IPMI Support, Java Applications, Kemp LoadMaster Load Balancers, Linux and Unix, Monitoring Log Files for Application Response Times, NetApp, Netscreen, pfSense Firewalls, Postfix, Sensatronics, SNMP, Sonicwall Firewalls, Specific URLs or Webpages, Varnish HTTP Accelerator, Web Servers, Windows, ….


This following walkthrough assumes that you have either a trial version of LogicMonitor (to obtain, go to and click on the 'TRY IT FREE' button) or paid for version, and have already run through the initial first time login setup wizard. The configuration example is for a new customer site, with the collector installed on the VMware vCenter to be monitored.

1. Logon to the VMware vCenter and point your web browser to and login.
2. Go to the Settings Tab in the WebUI → Collectors → and click the Add button
3. Adding Collector: Introduction → click Next
4. Adding Collector: Download collector → choose Windows collector → and for now click Yes to the “Will you use this collector to monitor other Windows hosts?”
Click on the Download Windows collector link
Click Run if receive the File Download - Security Warning
Click Run if then receive an Internet Explorer – Security Warning
And the LogicMonitor Collector – InstallShield Wizard will start

5. LogicMonitor Collector – InstallShield Wizard
Enter credentials as desired (for just monitoring VMware vCenter and guests, the use LocalSystem Account will be fine) → and click Next > → and click Install → then click Finish
6. Adding Collector: Download collector → click Next
7. Adding Collector: Collector Down Notification Setting → accept defaults for now and click Next
8. Adding Collector: Verification → tick the 'The collector is installed' box – this should come back with the 'Congratulations – the collector … has successfully registered' → then click Finish
Click OK to the 'Do you want to add a host for monitoring?'
9. Add Host Wizard: Host Name → enter host name or IP address and click Next
10. Add Host Wizard: Monitoring collector → select the collector that will monitor the host and click Next
11. Add Host Wizard: Network connectivity → if everything is okay, click Next
12. Add Host Wizard: Finish → click Submit → and for now click 'No, Thanks' to the 'Do you want to add another host now?'
13. From the Hosts Tab in the WebUI → select the newly added vCenter → select the System Tab to verify that the vCenter has been detected as a VMware vCenter
14. From the Host Tab in the WebUI → select the newly added vCenter → click on the More and Edit … in the top right of the WebUI
15. Edit host properties → click the Add button → add the Properties esx.user and esx.pass providing the username and password of an account that has read-only access as defined from the topmost level down the vCenter infrastructure hierarchy (security recommendation is for read-only access account) → and click Submit
And we're done! 
Note: To monitor ESX host hardware requires the hosts to be added in separately.

LogicMonitor out-of-the-box monitors the following metrics from vCenter server:
ESX ClusterAvailable CPU Resources, Available Memory, Failover Status
ESX Datastore Disk Usage
ESX Host CPU Usage, Disk Data Rates, Disk Latency, Disk Operations, Memory, Memory Shared, Memory Status, Memory Swap Rate, Memory Usage Percent, Network Data Rates, Network Packet Rates, Network Packets Dropped, Uptime
ESX Virtual Machines: OverviewVM Local Disk Operations, VM Memory Usage, VM Virtual Disk Operations, VM CPU Ready
ESX Virtual Machines CPU, CPU Ready, Disk Data Rates, Disk Operations, Memory – VMKernel Swap Rates, Memory Usage, Memory Used Percent, Network Data Rates, Network Packet Rates, Provisioned Disk Usage, Uptime, Virtual Disk Latency

Further information


  1. Well written! I think that small business is as necessary as big one especially if it comes to serve people located out of urban areas. None of the businesses run without a website therefore every small business can lose important information. To prevent this from happening I suggest to use the Ideals as data storage.


Post a Comment