STOR2RRD provides storage performance and capacity monitoring for IBM DS8000, IBM Storwize, and IBM SVC. It generates historical, future trends, and nearly "realtime" performance utilization graphs of monitored storages. It graphically presents the IO rate, data throughput, and response times for all Ports, Pools, Ranks, Mdisks, Volumes (LUNs), and drives. It collects complete physical and logical configuration of all storages.
Shinken is an advanced monitoring system that is based on Nagios, but redesigned and rewritten from scratch while maintaining compatibility. It can monitor all IT devices from systems to end user applications. In case of a failure, Shinken can alert the operation engineers so they can promptly repair it. It has the same capabilities as Nagios along with more advanced built-in facilities such as load balanced and high availability monitoring.
Panoptes is a scalable, extensible network and host monitoring tool. It includes a dynamic Web management interface based on the Dojo toolkit. It monitors SNMP, TCP port availability, ICMP, HTTP response and content, and SSL certificates internally. It supports monitoring anything else via shell scripts. It also includes a packet capture tool for discovery of hosts, port, and OS.
Pandora FMS is a software-monitoring tool which has been created for all kinds of companies. It is specially designed for large environments and works by first managing servers, applications, and communications, and then notifying clients of problems and failures before they occur. Pandora FMS also includes a configurable report system which evaluates and notifies the client on the level of fulfilment and compliance of their systems. It supports all kinds of technologies unifying the management tools of your system, such as performance monitoring, network monitoring, and availability management. Pandora FMS makes your company management more agile and improves your process performance.
Switchmap is a Perl program that creates HTML pages that show information about a set of Cisco Ethernet switches. It uses SNMP to gather data from a list of switches, given the list of IP addresses and names. The output pages show, for each port, the status, duplex, VLAN, speed, and what's connected to the port (MAC address, IP address, DNS name). The pages help network engineers quickly see switch information.