| Fault isolation |
Quickly identifies and focuses on the root cause of a network error |
Reduces the time required to respond to, and resolve, an error |
| Direct object monitoring |
Eliminates the need for event correlates and engine deduplication |
Reduces event traffic. Shortens the MTTR |
| Automated problem detection and response at local level |
Corrects problems at the source before users are affected |
Minimizes expensive downtime and performance problems. Frees engineers for more important issues |
| Centralized, scalable monitoring and administration |
Ability to manage an entire environment from a single centralized console |
Increases the effectiveness regardless of the geographical distribution of the environment |
| Provides monitors with preset thresholds |
Allows handling of routine tasks efficiently and relieves senior IT staff |
Maximizes productivity and utilization of IT staff |
| Enhanced state model with fault correlation and alarming capabilities |
Gives ability to define escalation models for your company, so the right person in the right location can react instantly |
Minimizes expensive downtime and dramatically increases the change for a direct and successful reaction |
| Ease of integration and control of different services and devices (e.g. temperature, hard disc space, SAP, Oracle, log files, etc.) through a extremely flexible scripting interface |
Enables centralized monitoring of every important service, device or business process in your network |
Improved root cause analysis to increase the productivity and reduce downtime |
| Highly flexible alarming mechanism responding to different network events through an extremely flexible scripting interface |
Apart from detection of an error/event and direct reaction on an event/error like an instantaneous switch over to backup systems is possible |
Reduce the negative effects of errors for your end users drastically and increases security by far. |
