NiCE VMware vSphere Management Pack

Monitor your VMware hosts at full depth — including CPU, memory, storage, network, and disk usage — to detect issues before they impact services. Enhanced visibility includes ESXi configuration, Linux mount points, VM snapshots, and datastore IOPS, giving administrators a complete picture of performance and capacity.

VMware ESXi is a software-based hypervisor that helps create virtual machines on one or more physical host systems. They abstract memory, storage, and processing power for virtual machines. On the other hand, ESXi hosts refer to the servers or data storage devices on which the hypervisor is installed.

Gain detailed insight into your vCenter infrastructure with near real-time monitoring of vCenter components using the latest VMware REST API (powered by Broadcom). Event-driven alerts and continuous discovery ensure that changes in your environment are detected immediately, so you can respond faster and maintain high availability.

The vCenter Server is not a physical server, but rather an application for central administration of a vSphere infrastructure. A vCenter consists of a vSphere Client and Web Client, a vCenter Server database, a vCenter Single Sign-On, the managed ESXi hosts, and the hosted virtual machines.
It runs under Windows or as a vCenter Server Appliance (a preconfigured Linux derivative). The virtualization structure, which operates on it, not only eliminates downtimes associated with maintaining physical storage and servers but also enables up to 80% higher hardware utilization.

Track clusters, hosts, and virtual machines across your datacenter with high-availability monitoring via SCOM Resource Pools. Automatically discover new components and keep a finger on the pulse of your entire virtual environment, including powered-off or suspended VMs.

A data center is a complex entity comprising hardware, network components for internal and external connections, storage, comprehensive security management, and a managed power supply.

The virtualization of data centers reflects this complexity in software-based, centrally managed containers. This reduces operating costs while increasing scalability and overall performance by up to 80%. For this purpose, standard VMware data centers use so-called ESXi hosts as physical servers on which the virtualizing hypervisor runs.

There is also a management server running the vCenter Server application, which serves as a management client for data center management and provides access to virtual machines, storage networks and arrays, as well as various IP networks.

Monitor datastore health and performance with improved IOPS tracking, storage latency, and capacity metrics. Get alerts for threshold violations and ensure optimal resource allocation, all fully integrated into your SCOM dashboards for seamless management.

VMware vSphere Datastores are virtual storage containers for files located on a local server hard drive or in the network on a SAN (Storage Area Network). They hide the peculiarities of each storage device and offer a unified model for storing virtual machine files.

Monitor every virtual machine in detail, including CPU, memory, network, and disk usage, uptime, balloon drivers, and guest disks. Detect anomalies early to ensure VMs perform optimally and consistently.

Virtual machines (VMs) emulate different operating systems on a single physical computer to save storage space, time, and management costs. In this way, software replaces the physical infrastructure to provide a virtual environment for any application.

With all the benefits, however, instabilities can also occur if too many VMs are running on a physical computer. By comprehensively monitoring the key components and detecting problems in time, you get the maximum performance from your VMs.

Ensure storage is efficiently allocated with monitoring for thin-provisioned datastores. Receive alerts before capacity issues impact VM performance, helping prevent downtime and maintain smooth operations.

Thin provisioning is a cost-saving method of providing storage capacity in virtualized storage environments. However, when a data store runs out of space, thin-provisioned virtual disks can no longer dynamically grow to meet the additional storage needs.
If this condition occurs, virtual machines with additional storage requirements are stopped immediately to prevent a failure of the guest operating systems.

Keep clusters running at peak performance with comprehensive monitoring of CPU, memory, active VM counts, storage HA, and failover. Alerts help prevent “noisy neighbor” issues and ensure balanced resource allocation.

VMware clusters come into play when you need more VMs, and they don’t fit on a single physical server. They consolidate multiple physical servers with their combined resources. Each runs a VM used for High Availability (HA) and load balancing of the cluster.

Monitor vSAN performance, capacity, and configuration with enhanced metrics for mission-critical applications. Leverage vSphere MP 6.1 to track microservice flows, storage utilization, and compliance with policies for optimal vSAN efficiency.

VMware vSAN is software-defined storage used in conjunction with the VMware ESXi hypervisor. Regardless of the base hardware, vSAN provisions and manages storage space based on defined policies. This storage is primarily used for high-performance and mission-critical applications, as well as for VDI and back-office systems.

Track the status, availability, and health of all vCenter services. Proactively identify service failures to maintain DRS, HA, and overall infrastructure reliability.

With vCenter Service, you use a centralized platform for managing, operating, resource provisioning, and performance evaluation of virtual machines and hosts.

Use preconfigured, customizable rules and views to visualize performance, detect anomalies, and analyze trends across your VMware infrastructure — without creating new monitors from scratch.

Manage VM snapshots efficiently to prevent performance degradation. Monitor snapshot sizes, creation, and removal to maintain storage health and minimize cleanup efforts.

With the Snapshot Manager, you create a disk copy of a VM to be able to restore it at a later point in time, which is especially useful after a failure or system error.
However, because snapshot changes are written to a separate delta file, snapshot disks can quickly double in size, affecting the performance of your VMs.