UFM uses a logical fabric model to manage the fabric as a set of business-related entities, such as time critical applications or services. Service-Oriented Automatic Resource Provisioning UFM enables segmentation of the fabric into isolated partitions, increasing traffic security and application performance. Enables Multiple Isolated Application Environments on a Shared FabricĬonsolidating multiple clusters into a single environment with multi-tenant data centers and heterogeneous application landscapes requires specific policies for the different parts of the fabric. UFM’s unique traffic map quickly identifies traffic trends, traffic bottlenecks, and congestion events spreading over the fabric, which enables the administrator to identify and resolve problems promptly and accurately. Advanced Traffic Analysisįabric congestion is difficult to detect when using traditional management tools, resulting in unnoticed congestion and fabric under-utilization. UFM includes an advanced granular monitoring engine that provides real-time access to switch and host data, enabling cluster-wide monitoring of fabric health and performance, real-time identification of fabric-related errors and failures, quick problem resolution via granular threshold-based alerts and a fabric utilization dashboard. UFM’s central dashboard provides a one-view fabric-wide status view.
The ability to monitor, troubleshoot, configure and optimize all fabric aspects is available via one interface. UFM provides all fabric management functions in one central console.
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