• Apple Server and Storage Monitoring
• SNMP Monitoring
• Mac OS X and Windows native Console Application
• Web interface also included
• Built-in Case System
• Enterprise stability and reliability

Lithium has unparalleled monitoring support for Apple's Xserve (Intel and G5) and Xserve RAID server and storage products. What sets Lithium apart from other monitoring systems is that it uses the Apple proprietary monitoring protocols to deliver a real monitoring system for these devices. With the ability to monitor Mac OS X Server and Client as well as Apple's Xsan file system, Lithium is the ultimate solution for monitoring a Mac-centric network -- and everything else in the network too.

Lithium has built-in support for monitoring device using the industry standard SNMP protocol. Lithium delivers out-of-the-box support for any device that supports SNMP. The Basic and Advanced SNMP modules that ship with LITHIUM|Core deliver monitoring support for common SNMP MIBS. Additional and vendor/device-specific monitoring capability is provided though the use of Device Modules.

Graphically rich, interactive monitoring and management consoles are available for both Mac OS X and Windows XP/Vista. The Console applications provide users with advanced graphing, device browsing, fault management and incident investigation facilities.

Lithium's Core component comes bundled with an OS-independent web-based interface that allows you to view in-depth network monitoring and operational telemetry anytime, anywhere without the need for additional client software.

Lithium incorporates a tightly-integrated case management system for tracking and recording fault investigation, incident reporting, user requests and communications. Lithium allows you to bind monitored entities to cases. This allows the retrieval of all cases relating to a particular device, network interface, site, etc at any time.

Built from the ground-up by LithiumCorp for enterprise scalability and reliability, the Lithium Network Monitoring Platform delivers this with a combination of a flexible architecture, process-per-device resourcing and the reliability and stability of a UNIX-based back-end.