contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible Previously, Zabbix server and Zabbix proxy runtime control options were not supported on BSD-based systems. Changing the runtime command transfer method has allowed to withdraw this limitation. Now the majority

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible Reporting file systems with zero inodes vfs.fs.get agent items are now capable of reporting file systems with the inode count equal to zero, which can be the case for file systems with dynamic inodes

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible low-level discovery - automated discovery of low-level entities on a particular device (e.g. file systems, network interfaces, etc). low-level discovery rule - set of definitions for automated discovery

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible selective data and configure attempt intervals When streaming item values from Zabbix to external systems, you can now configure which item values the connector should stream based on their type of information

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible also: Cause and symptom problems. Streaming to external systems It is now possible to stream item values and events from Zabbix to external systems over HTTP (see protocol details). The tag filter can

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible menu. This feature may be handy for running scripts used for managing problem tickets in external systems. The event menu is now also available by clicking on the problem name in the problem widget of the

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible 30 Reporting file systems with zero inodes vfs.fs.get agent items are now capable of reporting file systems with the inode count equal to zero, which can be the case for file systems with dynamic inodes

util key on Linux now starts with 0. • Key vfs.fs.size returns data in bytes for all operating systems now. • Key vfs.fs.size now takes into account reserved diskspace for root user. • Comment at the are set to UTF-8 encoding. 9 • Precompiled binaries (agent, sender, get) might not work on 64bit systems with glibc versions older than 2.5. Common symptom is failing to start with the error message: Floating 8.2 Audit filter Accountability is important on any system with more than one user (and on many systems with single user as well). Zabbix frontend records all operations in an audit log. In version 1

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent auto registration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible Numeric (unsigned). An error icon is displayed in case of errors. Regular expressions The File systems for discovery global regular expression has been updated to include ”apfs”. 10 What’s new in Zabbix

contains instructions for setting up automatic discovery of network devices, active agents, file systems, network inter- faces, etc. Distributed monitoring deals with the possibilities of using Zabbix discovery • automatic discovery of network devices • agent autoregistration • discovery of file systems, network interfaces and SNMP OIDs Fast web interface • a web-based frontend in PHP • accessible low-level discovery - automated discovery of low-level entities on a particular device (e.g. file systems, network interfaces, etc). low-level discovery rule - set of definitions for automated discovery