trapping mechanisms • server software for Linux, Solaris, HP-UX, AIX, Free BSD, Open BSD, OS X • native high performance agents (client software for Linux, Solaris, HP-UX, AIX, Free BSD, Open BSD, OS All hosts now are required to belong to at least one group. • CPU index for system.cpu.util key on Linux now starts with 0. • Key vfs.fs.size returns data in bytes for all operating systems now. • Key to execute desired command. • Trying to run a Zabbix daemon, compiled on Linux kernel 2.6.27 or later on a system with kernel 2.6.26 or older will fail:socket() for [[-]:10050] failed with error 22:

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily proc.cpu.util item has been added to monitor process CPU utilisation. This item is supported on Linux and Solaris platforms. net.udp.service and net.udp.service.perf items have been added with the possibility now bypass the internal DNS resolver cache. net.tcp.listen on Linux 2.6.14 and upward kernel systems now tries to make use of the kernel’s NETLINK interface. When building from source, this code is only

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily server can be started by executing: shell> service zabbix-server start This will work on most of GNU/Linux systems. On other systems you may need to run: shell> /etc/init.d/zabbix-server start 21 Similarly Zabbix operates on market leading versions. Zabbix server is tested on the following platforms: • Linux • Solaris • AIX • HP-UX • Mac OS X • FreeBSD • OpenBSD • NetBSD • SCO Open Server • Tru64/OSF1

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily server can be started by executing: shell> service zabbix-server start This will work on most of GNU/Linux systems. On other systems you may need to run: shell> /etc/init.d/zabbix-server start Similarly Zabbix operates on market leading versions. Zabbix server is tested on the following platforms: • Linux • Solaris • AIX • HP-UX • Mac OS X • FreeBSD • OpenBSD • NetBSD • SCO Open Server • Tru64/OSF1

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily server can be started by executing: shell> service zabbix-server start This will work on most of GNU/Linux systems. On other systems you may need to run: 25 shell> /etc/init.d/zabbix-server start Similarly Zabbix operates on market leading versions. Zabbix server is tested on the following platforms: • Linux • Solaris • AIX • HP-UX • Mac OS X 27 • FreeBSD • OpenBSD • NetBSD • SCO Open Server • Tru64/OSF1

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily server can be started by executing: shell> service zabbix-server start This will work on most of GNU/Linux systems. On other systems you may need to run: shell> /etc/init.d/zabbix-server start Similarly Zabbix operates on market leading versions. Zabbix server is tested on the following platforms: • Linux • Solaris • AIX • HP-UX • Mac OS X • FreeBSD • OpenBSD • NetBSD • SCO Open Server • Tru64/OSF1

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily interface discovery Network interface discovery support has been added for the following platforms: • Linux • Windows • Solaris • HP-UX • AIX 5.1.1.2 Mounted filesystem discovery Mounted filesystem discovery their types. Network interface discovery support has been added for the following platforms: • Linux • Windows • Solaris • HP-UX • AIX • FreeBSD • OpenBSD • NetBSD • MacOS X It is possible to

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily allows to retrieve all properties of a systemd unit. This item is supported by Zabbix agent 2 on Linux platforms only. Time zone selection Time zone selection fields have been improved in the following server can be started by executing: shell> service zabbix-server start This will work on most of GNU/Linux systems. On other systems you may need to run: shell> /etc/init.d/zabbix-server start Similarly

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily total items do not provide statistics of loopback interfaces (e.g. lo0). sensor is now supported on Linux 2.6+. zabbix[hosts] internal check returns the number of monitored hosts. wmi.get is added to Windows "{#FSTYPE}":"ext4", "{#MY_CUSTOM_MACRO}":"90" } can be used in the following trigger prototype: {Template_OS_Linux:vfs.fs.size[{#FSNAME},pused].last()}>{#MY_CUSTOM_MACRO} To be expanded correctly, the macro must

featured and easily extensible agent • deployed on monitoring targets • can be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily used config file, DB version, started/stopped Zabbix processes. The logging is also consistent on Linux and Windows machines now. ** Handling automatically discovered hosts ** Hosts discovered by a network server can be started by executing: shell> service zabbix-server start This will work on most of GNU/Linux systems. On other systems you may need to run: shell> /etc/init.d/zabbix-server start Similarly