- 1 Welcome to Vunetrix Network Monitor+
- 2 Quick Start Guide+
- 3 Installing the Software+
- 4 Understanding Basic Concepts+
- 5 Ajax Web Interface—Basic Procedures+
- 5.1 Login
- 5.2 SSL Certificate Warning
- 5.3 General Layout
- 5.4 Sensor States
- 5.5 Review Monitoring Data
- 5.6 Compare Sensors
- 5.7 Historic Data Reports
- 5.8 Similar Sensors
- 5.9 Object Settings
- 5.10 Alarms
- 5.11 Logs
- 5.12 Tickets
- 5.13 Working with Table Lists
- 5.14 Object Selector
- 5.15 Priority and Favorites
- 5.16 Pause
- 5.17 Context Menus
- 5.18 Hover Popup
- 5.19 Main Menu Structure
- 6 Ajax Web Interface—Device and Sensor Setup+
- 6.1 Auto-Discovery
- 6.2 Create Objects Manually+
- 6.3 Manage Device Tree
- 6.4 Root Group Settings
- 6.5 Probe Settings
- 6.6 Group Settings
- 6.7 Device Settings
- 6.8 Sensor Settings+
- 6.8.1 List of Available Sensor Types
- 6.8.2 Active Directory Replication Errors Sensor
- 6.8.3 ADO SQL Sensor
- 6.8.4 Amazon CloudWatch Sensor
- 6.8.5 AVM FRITZ!Box WAN Interface Sensor
- 6.8.6 Cisco IP SLA Sensor
- 6.8.7 Citrix XenServer Host Sensor
- 6.8.8 Citrix XenServer Virtual Machine Sensor
- 6.8.9 Cluster Probe Health Sensor
- 6.8.10 Core Health Sensor
- 6.8.11 Dell PowerVault MDi Sensor
- 6.8.12 DHCP Sensor
- 6.8.13 DNS Sensor
- 6.8.14 Enterprise Virtual Array Sensor
- 6.8.15 Event Log (Windows API) Sensor
- 6.8.16 Exchange Backup (Powershell) Sensor
- 6.8.17 Exchange Database (Powershell) Sensor
- 6.8.18 Exchange Mailbox (Powershell) Sensor
- 6.8.19 Exchange Mail Queue (Powershell) Sensor
- 6.8.20 Exchange Public Folder (Powershell) Sensor
- 6.8.21 EXE/Script Sensor
- 6.8.22 EXE/Script Advanced Sensor
- 6.8.23 File Sensor
- 6.8.24 File Content Sensor
- 6.8.25 Folder Sensor
- 6.8.26 FTP Sensor
- 6.8.27 FTP Server File Count Sensor
- 6.8.28 Google Analytics Sensor
- 6.8.29 HTTP Sensor
- 6.8.30 HTTP Advanced Sensor
- 6.8.31 HTTP Apache ModStatus PerfStats Sensor
- 6.8.32 HTTP Apache ModStatus Totals Sensor
- 6.8.33 HTTP Content Sensor
- 6.8.34 HTTP Full Web Page Sensor
- 6.8.35 HTTP Push Count Sensor
- 6.8.36 HTTP Push Data Sensor
- 6.8.37 HTTP Push Data Advanced Sensor
- 6.8.38 HTTP SSL Certificate Expiry Sensor
- 6.8.39 HTTP Transaction Sensor
- 6.8.40 HTTP XML/REST Value Sensor
- 6.8.41 Hyper-V Cluster Shared Volume Disk Free Sensor
- 6.8.42 Hyper-V Host Server Sensor
- 6.8.43 Hyper-V Virtual Machine Sensor
- 6.8.44 Hyper-V Virtual Network Adapter Sensor
- 6.8.45 Hyper-V Virtual Storage Device Sensor
- 6.8.46 IMAP Sensor
- 6.8.47 INI File Content Check Sensor
- 6.8.48 IP on DNS Blacklist Sensor
- 6.8.49 IPFIX Sensor
- 6.8.50 IPFIX (Custom) Sensor
- 6.8.51 jFlow V5 Sensor
- 6.8.52 jFlow V5 (Custom) Sensor
- 6.8.53 LDAP Sensor
- 6.8.54 Microsoft SQL Sensor
- 6.8.55 MySQL Sensor
- 6.8.56 NetFlow V5 Sensor
- 6.8.57 NetFlow V5 (Custom) Sensor
- 6.8.58 NetFlow V9 Sensor
- 6.8.59 NetFlow V9 (Custom) Sensor
- 6.8.60 Oracle SQL Sensor
- 6.8.61 Packet Sniffer Sensor
- 6.8.62 Packet Sniffer (Custom) Sensor
- 6.8.63 Passive Application Performance Sensor
- 6.8.64 PerfCounter Custom Sensor
- 6.8.65 PerfCounter IIS Application Pool Sensor
- 6.8.66 Ping Sensor
- 6.8.67 Ping Jitter Sensor
- 6.8.68 Pingdom Sensor
- 6.8.69 POP3 Sensor
- 6.8.70 POP3 Email Count Sensor
- 6.8.71 Port Sensor
- 6.8.72 Port Range Sensor
- 6.8.73 Probe Health Sensor
- 6.8.74 QoS (Quality of Service) One Way Sensor
- 6.8.75 QoS (Quality of Service) Round Trip Sensor
- 6.8.76 RADIUS Sensor
- 6.8.77 RDP (Remote Desktop) Sensor
- 6.8.78 SCVMM Host Sensor
- 6.8.79 SCVMM Virtual Machine Sensor
- 6.8.80 Sensor Factory Sensor
- 6.8.81 sFlow Sensor
- 6.8.82 sFlow (Custom) Sensor
- 6.8.83 SFTP Secure File Transfer Protocol Sensor
- 6.8.84 Share Disk Free Sensor
- 6.8.85 SIP Options Ping Sensor
- 6.8.86 SMTP Sensor
- 6.8.87 SMTP&IMAP Round Trip Sensor
- 6.8.88 SMTP&POP3 Round Trip Sensor
- 6.8.89 SNMP APC Hardware Sensor
- 6.8.90 SNMP Cisco ADSL Sensor
- 6.8.91 SNMP Cisco ASA VPN Connections Sensor
- 6.8.92 SNMP Cisco ASA VPN Traffic Sensor
- 6.8.93 SNMP Cisco ASA VPN Users Sensor
- 6.8.94 SNMP Cisco CBQoS Sensor
- 6.8.95 SNMP Cisco System Health Sensor
- 6.8.96 SNMP Cisco UCS Chassis Sensor
- 6.8.97 SNMP Cisco UCS Physical Disk Sensor
- 6.8.98 SNMP Cisco UCS System Health Sensor
- 6.8.99 SNMP CPU Load Sensor
- 6.8.100 SNMP Custom Sensor
- 6.8.101 SNMP Custom String Sensor
- 6.8.102 SNMP Dell Hardware Sensor
- 6.8.103 SNMP Dell PowerEdge Physical Disk Sensor
- 6.8.104 SNMP Dell PowerEdge System Health Sensor
- 6.8.105 SNMP Disk Free Sensor
- 6.8.106 SNMP GSA System Health Sensor
- 6.8.107 SNMP Hardware Status Sensor
- 6.8.108 SNMP HP LaserJet Hardware Sensor
- 6.8.109 SNMP HP ProLiant Logical Disk Sensor
- 6.8.110 SNMP HP ProLiant Memory Controller Sensor
- 6.8.111 SNMP HP ProLiant Network Interface Sensor
- 6.8.112 SNMP HP ProLiant Physical Disk Sensor
- 6.8.113 SNMP HP ProLiant System Health Sensor
- 6.8.114 SNMP IBM System X Logical Disk Sensor
- 6.8.115 SNMP IBM System X Physical Disk Sensor
- 6.8.116 SNMP IBM System X Physical Memory Sensor
- 6.8.117 SNMP IBM System X System Health Sensor
- 6.8.118 SNMP interSeptor Pro Environment Sensor
- 6.8.119 SNMP LenovoEMC Physical Disk Sensor
- 6.8.120 SNMP LenovoEMC System Health Sensor
- 6.8.121 SNMP Library Sensor
- 6.8.122 SNMP Linux Disk Free Sensor
- 6.8.123 SNMP Linux Load Average Sensor
- 6.8.124 SNMP Linux Meminfo Sensor
- 6.8.125 SNMP Linux Physical Disk Sensor
- 6.8.126 SNMP Memory Sensor
- 6.8.127 SNMP NetApp Disk Free Sensor
- 6.8.128 SNMP NetApp Enclosure Sensor
- 6.8.129 SNMP NetApp I/O Sensor
- 6.8.130 SNMP NetApp License Sensor
- 6.8.131 SNMP NetApp Logical Unit Sensor
- 6.8.132 SNMP NetApp Network Interface Sensor
- 6.8.133 SNMP NetApp System Health Sensor
- 6.8.134 SNMP Poseidon Environment Sensor
- 6.8.135 SNMP QNAP Logical Disk Sensor
- 6.8.136 SNMP QNAP Physical Disk Sensor
- 6.8.137 SNMP QNAP System Health Sensor
- 6.8.138 SNMP RMON Sensor
- 6.8.139 SNMP SonicWALL System Health Sensor
- 6.8.140 SNMP SonicWALL VPN Traffic Sensor
- 6.8.141 SNMP Synology Logical Disk Sensor
- 6.8.142 SNMP Synology Physical Disk Sensor
- 6.8.143 SNMP Synology System Health Sensor
- 6.8.144 SNMP System Uptime Sensor
- 6.8.145 SNMP Traffic Sensor
- 6.8.146 SNMP Trap Receiver Sensor
- 6.8.147 SNMP Windows Service Sensor
- 6.8.148 SNTP Sensor
- 6.8.149 SSH Disk Free Sensor
- 6.8.150 SSH INodes Free Sensor
- 6.8.151 SSH Load Average Sensor
- 6.8.152 SSH Meminfo Sensor
- 6.8.153 SSH Remote Ping Sensor
- 6.8.154 SSH SAN Logical Disk Sensor
- 6.8.155 SSH SAN Physical Disk Sensor
- 6.8.156 SSH SAN System Health Sensor
- 6.8.157 SSH Script Sensor
- 6.8.158 SSH Script Advanced Sensor
- 6.8.159 SSH VMWare ESX(i) Disk Sensor
- 6.8.160 Syslog Receiver Sensor
- 6.8.161 System Health Sensor
- 6.8.162 TFTP Sensor
- 6.8.163 Traceroute Hop Count Sensor
- 6.8.164 Virtuozzo Container Disk Sensor
- 6.8.165 Virtuozzo Container Network Sensor
- 6.8.166 VMware Host Hardware (WBEM) Sensor
- 6.8.167 VMware Host Hardware Status (SOAP) Sensor
- 6.8.168 VMware Host Performance (SOAP) Sensor
- 6.8.169 VMware Virtual Machine (SOAP) Sensor
- 6.8.170 WBEM Custom Sensor
- 6.8.171 Windows CPU Load Sensor
- 6.8.172 Windows IIS 6.0 SMTP Received Sensor
- 6.8.173 Windows IIS 6.0 SMTP Sent Sensor
- 6.8.174 Windows IIS Application Sensor
- 6.8.175 Windows Last Update Sensor
- 6.8.176 Windows Logged In Users Sensor
- 6.8.177 Windows MSMQ Queue Length Sensor
- 6.8.178 Windows Network Card Sensor
- 6.8.179 Windows Pagefile Sensor
- 6.8.180 Windows Physical Disk Sensor
- 6.8.181 Windows Print Queue Sensor
- 6.8.182 Windows Registry Sensor
- 6.8.183 Windows Scheduled Task Sensor
- 6.8.184 Windows System Uptime Sensor
- 6.8.185 Windows Updates Status (Powershell) Sensor
- 6.8.186 WMI Custom Sensor
- 6.8.187 WMI Custom String Sensor
- 6.8.188 WMI Event Log Sensor
- 6.8.189 WMI Exchange Server Sensor
- 6.8.190 WMI Exchange Transport Queue Sensor
- 6.8.191 WMI File Sensor
- 6.8.192 WMI Free Disk Space (Multi Drive) Sensor
- 6.8.193 WMI HDD Health Sensor
- 6.8.194 WMI Logical Disk Sensor
- 6.8.195 WMI Memory Sensor
- 6.8.196 WMI Microsoft SQL Server 2005 Sensor (Deprecated)
- 6.8.197 WMI Microsoft SQL Server 2008 Sensor
- 6.8.198 WMI Microsoft SQL Server 2012 Sensor
- 6.8.199 WMI Process Sensor
- 6.8.200 WMI Remote Ping Sensor
- 6.8.201 WMI Security Center Sensor
- 6.8.202 WMI Service Sensor
- 6.8.203 WMI Share Sensor
- 6.8.204 WMI SharePoint Process Sensor
- 6.8.205 WMI Terminal Services (Windows 2008) Sensor
- 6.8.206 WMI Terminal Services (Windows XP/Vista/2003) Sensor
- 6.8.207 WMI UTC Time Sensor
- 6.8.208 WMI Vital System Data (V2) Sensor
- 6.8.209 WMI Volume Sensor
- 6.8.210 WMI Volume Fragmentation Sensor
- 6.8.211 WMI Windows Version Sensor
- 6.8.212 WSUS Statistics Sensor
- 6.9 Additional Sensor Types (Custom Sensors)
- 6.10 Sensor Channels Settings
- 6.11 Sensor Notifications Settings
- 7 Ajax Web Interface—Advanced Procedures+
- 7.1 Toplists
- 7.2 Arrange Objects
- 7.3 Clone Object
- 7.4 Multi-Edit
- 7.5 Create Device Template
- 7.6 Geo Maps
- 7.7 Notifications+
- 7.8 Libraries+
- 7.9 Reports+
- 7.10 Maps+
- 7.11 Setup+
- 7.11.1 Account Settings—My Account
- 7.11.2 Account Settings—Notifications
- 7.11.3 Account Settings—Schedules
- 7.11.4 System Administration—User Interface
- 7.11.5 System Administration—Monitoring
- 7.11.6 System Administration—Notification Delivery
- 7.11.7 System Administration—Core & Probes
- 7.11.8 System Administration—User Accounts
- 7.11.9 System Administration—User Groups
- 7.11.10 System Administration—Administrative Tools
- 7.11.11 Vunetrix Status—System Status
- 7.11.12 Vunetrix Status—Auto-Update
- 7.11.13 Vunetrix Status—Activation Status
- 7.11.14 Optional Downloads and Add-Ons
- 7.11.15 Chrome Desktop Notifications
- 7.11.16 Support—Contact Support
- 8 Enterprise Console+
- 9 Other User Interfaces+
- 10 Sensor Technologies+
- 10.1 Monitoring via SNMP
- 10.2 Monitoring via WMI
- 10.3 Monitoring via SSH
- 10.4 Monitoring Bandwidth via Packet Sniffing
- 10.5 Monitoring Bandwidth via Flows
- 10.6 Bandwidth Monitoring Comparison
- 10.7 Monitoring Quality of Service and VoIP
- 10.8 Monitoring Email Round Trip
- 10.9 Monitoring Backups
- 10.10 Monitoring Virtual Environments
- 10.11 Monitoring Databases
- 10.12 Monitoring Syslogs and SNMP Traps
- 11 System Administration Tools+
- 12 Advanced Topics+
- 12.1 Active Directory Integration
- 12.2 Application Programming Interface (API) Definition
- 12.3 Filter Rules for xFlow, IPFIX and Packet Sniffer Sensors
- 12.4 Channel Definitions for xFlow, IPFIX, and Packet Sniffer Sensors
- 12.5 Define IP Ranges
- 12.6 Define Lookups
- 12.7 Regular Expressions
- 12.8 Add Remote Probe+
- 12.9 Data Storage
- 12.10 Using Your Own SSL Certificate with Vunetrix's Web Server
- 12.11 Calculating Percentiles
- 13 Appendix+
Vunetrix Manual: Setting Up Notifications Based on Sensor Limits: Example
Note: This documentation refers to the Vunetrix System Administrator user accessing the Ajax interface on a master node. For other user accounts, interfaces, or nodes, not all of the options might be available as described. When using a cluster installation, failover nodes are read-only by default.
This section will show you exemplarily how to set up a notification for exceeded disk free limits. The approach for this specific use case is examined step by step. You can easily adapt it to declare limits for other sensor types.
There are several steps to take in order to set up notifications based on limits:
- Step 1: Provide necessary information about the delivery of notifications (SMTP and SMS).
- Step 2: Create notifications, specifying the type of notification and its content.
- Step 3: Define thresholds that will change a sensor's status (this is not necessary for every kind of notification).
- Step 4: Add suitable triggers to objects which will evoke notifications if something is going wrong in your network.
- Step 5: Test if the created notification will be triggered and delivered correctly.
Note: When you set up your own notifications, you will not necessarily need to go through all the steps described here. In this section, our main goal is to give you a general idea of the notifications concept.
Step 1: Setting up the Notification Delivery
Before creating notifications, you first have to define how those notifications actually will be delivered to your email account, mobile phone, or pager. To do so, choose Setup | System Administration | Notification Delivery from Vunetrix's main menu bar. Specify the mechanism of SMTP delivery, sender email and name, as well as the HELO ident. For SMS delivery, select your service provider and provide the corresponding credentials. You can find details about notification delivery in section System Administration—Notification Delivery.
Step 2: Setting up the Notification's Content
In order to get an informative message when a disk is running out of capacity, create a corresponding notification. Choose Setup | Account Settings | Notifications from Vunetrix's main menu bar and click on the button Add New Notification. Give the notification an explanatory name; in our case you could use Disk Free Limit Notification. However, if you want to trigger this notification on a global level (for example, for a probe or group) such that it would not only apply to breached disk free limits, a general name would be more suitable (like the predefined notification "Email to Admin"). If you leave the default text of the newly created notification, it will already contain all necessary information, like:
- which sensor is affected,
- since when the sensor is affected,
- last value of this sensor,
- etc.
See section More for the other options you have here.
After providing this basic information, select the delivery method. In our case, we choose Send Email for this notification by marking the corresponding checkbox. Specify who will receive the notification, its subject, the format, the content of the email, and its priority. By default, the email notification will contain several information parameters about the evoking sensor: its name, status, time, message, location in the device tree, etc. Feel free to adjust email messages to your needs (see section More). You can choose any other notification method, of course (see Account Settings—Notifications).
Creating an Email Notification
Once the notification is set up completely, click on Save. You will be redirected to the notifications overview page. You can now use this notification for every trigger on every object in your device tree.
Before creating triggers that evoke notifications, first specify the limits which you want to apply to your disks. For example, if you want to be notified when a disk has exceeded 80% of its capacity, force the sensor into a Warning status at this utilization. You have several options to set limits for disk free sensors:
- Set limits checked against all disks in the settings of multi-drive sensors: WMI Free Disk Space, SNMP Linux Disk Free, SSH Disk Free
- Enable limits in Channel settings of single sensors
- You can achieve both with Multi-Edit
Step 3.1: Define Limits in Sensor Settings (Multi-Disk Free Sensors Only)
You can set limits for sensors monitoring multiple disks directly via the Settings tab on a sensor's details page. Multi-Edit for existing sensors is also possible. Open the settings of the selected sensor(s) and go to section Set limits checked against ALL disks. There, for example, enable Percentage Limit Check. In the field Lower Warning Limit, enter the percentage suitable to your needs. In our example, this would be 20. Alternatively, you can use bytes to define a limit. However, we recommend using percentage values for more flexibility. This limit will apply to all channels of this sensor representing disks.
Setting Limits for All Disks
Note: This sensor setting is only available for multi-drive sensors. You can omit Step 3.1 for all sensors that are not from the type "disk free".
Step 3.2: Define Limits for Sensor Channels
In order to set specific limits for single disks, use the sensor's Channel settings. You can open channel settings via the gear icon in the respective channel gauge or in the channels table. Enable Limits at the bottom of the channel settings dialog and specify your desired limits in the Lower Warning Limit field. This limit will only apply to the respective channel.
Note: If you define channel limits when using the sensor's limit setting in the sensor's Settings tab at the same time, the first limit that applies will be considered. This way, you can individually define harder limits for single disks in a multi-disk sensor. All defined limits are valid side-by-side.
You have to take the approach via channel settings for sensor types that monitor only one (logical) disk, for example, the SNMP Disk Free Sensor. For these sensor types, you can use Multi-Edit if you want to apply the same limits for each of these sensors automatically.
- To see all sensors of this type at a glance, just filter for it: From Vunetrix's main menu bar, choose Sensors | By Type | SNMP Disk Free.
- Mark the checkboxes of the sensors you want to add a limit for.
- Click the screwdriver symbol in the multi-edit bar.
- Open the Channel Settings tab.
- Select the channel you want to add a limit for; in this case it would be most likely the channel Free Space.
- Then Enable Limits at the bottom of the dialog and enter the number in the correct field as described above.
Once done, save these settings—the new limit will apply to all channels with this name of the multi-edited sensors.
Setting Limits for Channels with Multi-Edit
Step 4: Setting up the Notification Trigger
You have specified limits to define when a sensor will go into a Warning (or Error) status. Now you can create the according triggers. The trigger we use in this example is the State Trigger. For details about other possible notification triggers, see section More.
- You can set up a State Trigger on any level in your device tree. For example, open a group containing the device(s) representing your disks.
- Go on the Notifications tab.
- Click Add State Trigger.
- Set the trigger to "When sensor is Warning" and choose the notification you have created before ("Disk Free Limit Notification" or a more general one) from the drop down list.
- Adjust the other notification settings to your needs and save this new object trigger.
Now you will be notified immediately when the capacity of one of your disks falls below the defined limit, in this case 20% free disk space.
Setting a Trigger for Disk Free Limit Notification
Step 5: Testing the Notification
Finally, test the notification which you have created. You can trigger this notification for test purposes immediately:
- From the main menu bar, choose Setup | Account Settings | Notifications.
- For the respective notification, click on the corresponding Test button.
Then, check if the notification was triggered and delivered correctly, depending on what delivery method you defined before. If you do not get a notification (or a defined action is not executed) at all, check the notification logs: From the main menu bar, choose Logs | System Events | Notifications. Look for the triggered notification in the table list (verifying that the notification delivery is set up correctly in general) and consider the corresponding message. See section Logs for more information.
This section provides information about additional options you have when working with notifications.
- Notification Settings:
You can create schedules to activate notifications only at specific times, for example, only on weekdays. In section Notification Summarization you can choose between various options to avoid message floodings. Furthermore, define which user groups will have access to edit this notification. For details about notification settings, refer to section Account Settings—Notifications.
- Content of Emails:
You can individually adjust the subject, content, header, and footer of emails to your needs. Vunetrix allows you to use placeholders here. See section Account Settings—Notifications for details about editing subject and message, and section System Administration—Notifcation Delivery for details about editing header and footer of emails.
- Other Triggers:
An alternative to the state trigger would be to add a Threshold Trigger; then you would not need to set up limits explicitly, though, this trigger type would only be suitable for disk free sensors when using the trigger for single sensors, one by one. Free disk sensors have free space in percent as primary by default, other sensors have primary channels with the units bytes or seconds. However, threshold triggers only apply to the primary or total channel. General notification triggering by threshold might not work as expected for sensors of the "percentage" type. You can find all available triggers in section Notifications.
- Add a Threshold Trigger to a sensor directly:
Go on a sensor's detail page and select the Notifications tab. Click on Add Threshold Trigger, select the desired channel, and provide the condition when this notification will be sent. In this example for free disk space, the setting would be "When Free Bytes C: (%) channel is Below 20 for at least 60 seconds perform Disk Free Limit Notification".
- Notifications with Libraries:
If your disk devices are spread over many groups, we recommend you to use a Vunetrix library for your disks. Choose Libraries | All diskspace sensors from the main menu bar, go on the Notifications tab, and add a state trigger as described above. Note: Not all disk free sensor types might appear. You can add them to this library in the settings of the library node. There you can filter by type or tag and add missing sensors this way. You can also filter by priority and other sensor properties.
Settings of a Library with Diskspace Sensors
Ajax Web Interface—Advanced Procedures—Topics
Other Ajax Web Interface Sections
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