Portfolio

Xangati ESP for Cloud Workspace and Cloud Infrastructure

Xangati ESP for Cloud Workspace and Cloud Infrastructure software-dashboard modules provide self-healing support for compute environments, storage and networking data sources, and offer enhanced visibility into end-user metrics, spanning a range of software-dashboard modules for Virtual Infrastructure, Virtual Desktop Infrastructure (VDI) and Virtual Applications.

Xangati ESP for Cloud Workspace
Xangati ESP for Cloud Workspace is an IT Operations and Analytics control platform for VDI environments enabling application/workload Service Assurance and optimized capacity utilization. Xangati combines insights, data intelligence and predictive analytics to help enterprises evolve from traditional performance monitoring to complete control with one self-learning tool to ensure better business outcomes.
VDI_Module Xangati ESP VDI Module empowers IT departments to deliver the highest level of service assurance to the users of Citrix XenDesktop or VMware Horizon with View environments, while running the virtualized infrastructure at peak efficiency. Xangati service assurance analytics include measures for end-user quality of experience, capacity utilization, efficiency, resource consumption and performance metrics tied to business outcomes or strategic initiatives.
Xangati VirtualApp Module empowers IT departments to deliver the highest level of service assurance to the users of Citrix XenApp environments, while running the infrastructure at peak efficiency. Service assurance includes performance, availability, quality of service, network traffic, capacity utilization, efficiency, user experience and SLA management in real-time and at scale with the aid of artificial intelligence including machine learning, predictive analytics and prescribed remediation.
NET_Module Xangati ESP Network Module is designed for the network infrastructure and virtual network switch data objects. It communicates with the networking switches and services by polling them or by receiving “flows” of metrics from any of the popular networking protocols, to get information about latencies and throughput without the need to install agents on the switches.
Storage_Module Xangati ESP Storage Module is designed for the storage infrastructure and virtual storage objects. Xangati collects metrics on the IOPS, throughput and latency of each datastore as well as the number of hypervisors and guest VMs using each. Xangati monitors the choke points for storage systems typically the network interfaces through which storage talks to the controllers that perform read/write transactions, the disks’ ability to deliver I/O, and/or the flash’s ability to cache and deliver I/O.
MyModule MyModule for Xangati ESP lets you define multiple objects of the same type to be viewed together in a single, compact dashboard. Create an aggregated performance index, live view, recording and reporting for your specific requirement.
Xangati ESP Executive Dashboard provides a unique view of performance, availability, and weighted capacity. Specifically designed as an executive level view of VDI and VI deployments with its own recordings and reporting. Distinct from VDI and VI dashboards it focuses on performance, availability, and weighted capacity indexes, providing a window to areas that directly affect business outcomes.
Operations_Center The Xangati Operations Dashboard is designed for MSPs and enterprises that manage several clients or business units in multiple locations or geographies. The Operations Dashboard connects seamlessly to Xangati’s Virtual App Module, Web App Module, VDI, VI and any and all other deployed modules. The Ops dashboard gives a comprehensive status overview of the modules being monitored, including performance, availability, and relative capacity and efficiency indices.
Xangati ESP for Cloud Workspace – Extensions
Xangati ESP Extension for NVIDIA pGPU enables deep visibility into the utilization of pGPU resources in XenServer deployments. It automatically discovers and maps pGPUs and their associated vGPU using VMs. It tracks and alerts upon pGPUs CPU, IO and Memory usage in real time and using historical reports. You can now optimize the utilization of your pGPU resources by providing per VM utilization and percentage utilization of pGPU, Memory and Frame buffers.
Xangati has implemented deep integration into EMC VNX storage pools that shows the IOPS, throughput and latency that EMC VNX is contributing to the hypervisors. Additionally, data on NFS or CIFS (Common Internet File System) shares, iSCSI or Fibre Channel LUNs (Logical Unit Numbers) and CPU utilization and overall network bitrates are collected.
Xangati has implemented deep integration into NetApp storage systems in 7-mode that shows the IOPS, throughput and latency that NetApp is contributing to the hypervisors. Additionally, data on NFS or CIFS (Common Internet File System) shares, iSCSI or Fibre Channel LUNs (Logical Unit Numbers) and CPU utilization and overall network bitrates are collected.
Xangati app for ServiceNow

ServiceNow gives IT outstanding insight into its business services workflow logic as well as infrastructure and technology ecosystem, offering detailed maps illustrating the organization’s physical and virtual systems and the connections between them. Xangati examines those same assets and connections, only from the roles of utilization and performance. Nearly all monitoring solutions provide performance issue alerts, but only at the narrowest street level, from the perspective of uncorrelated, individual assets. Xangati correlates these alerts across silos, discovers the root causes behind infrastructure traffic jams, and offers remedial actions to correct the problems with unprecedented speed and accuracy.

Deployed together, ServiceNow and Xangati can drive enterprises far down the road toward self-healing and self-optimizing IT.

ServiceNow and Xangati: Accelerating Remediation to the Max


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Xangati App on Oracle Public Cloud
Xangati is now available in the Oracle Public Cloud (OPC) marketplace. It is targeted to customers who are thinking of moving their applications to the public cloud or are wondering if all public clouds offer the same performance standards. Xangati for OPC provides unprecedented visibility into performance of cloud instances, something way beyond what is possible by using REST APIs offered by various public clouds, with some at a non-nominal cost. In addition, Xangati uses a flow probe so that any instance’s network interactions can be fully understood, which is very important in constructing an application topology view provided by Xangati. The core value of Xangati is derived from its deep analytics, which not only help identify performance problems, capacity saturation and resource slack, but offer click-thru remedial actions to affect control, whether it be self-healing a performance problem or optimizing resource utilization. The days and nights of chasing alerts, staring at logs, debating in war rooms, worrying about over/under provisioning are no longer needed with Xangati.

Xangati App on Oracle Public Cloud


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Xangati ESP for Cloud Infrastructure
Xangati ESP for Cloud Infrastructure is an IT Operations and Analytics control platform for cloud/hybrid-cloud environments enabling Service Assurance and optimized capacity utilization with the use of virtual servers and containers. Xangati combines insights, data intelligence and predictive analytics to help enterprises evolve from traditional performance monitoring to complete control with one self-learning tool to ensure better business outcomes.
VI_Module Xangati ESP VI Module empowers IT departments to deliver the highest level of service assurance to the users of Hybrid Cloud. Xangati ESP’s cross-silo solution works across VMware vSphere, Microsoft Hyper-V, Citrix XenServer, NVIDIA pGPU and Dockers-container environments, as well as AWS and Microsoft Azure public cloud services, while running the infrastructure at peak efficiency.
WEB_Module Xangati ESP WebApp Module empowers IT departments to deliver the highest level of service assurance to the users of Web Applications written to any of the popular Web server platforms, while running the infrastructure at peak efficiency. Service assurance includes performance, availability, quality of service, network traffic, capacity utilization, efficiency, user experience and SLA management in real-time and at scale with the aid of machine learning, predictive analytics and prescriptive remediation.
NET_Module Xangati ESP Network Module is specifically designed for the network infrastructure. Using SNMP, it automatically discovers and maps all virtual and physical interfaces as well as subnets. Using NetFlow, sFlow, IPFIX or similar protocols from specfic routers and switches, Xangati ESP discovers and maps all IP-based identities whether they are VMs, hosts, storage, servers, clients, devices or other assets. Xangati tracks bandwidth, packet rate, services and interaction counts of each of these identities and their conversations with each other in real time on a second by second basis. Unusual behavior manifests as alerts using Xangati’s powerful profiling engine and network contentions, inefficiencies and saturations are automatically identified with recommended actions to correct them.
Storage_Module The Xangati ESP Storage Module is dedicated to storage management as part of our service assurance analytics framework, which includes all indexes and the storm-tracker utility. Key categories tracked and measured are Controllers, Volumes/LUNS, Storage Interfaces, Datastores, VMs and NetApp 7-mode and C-mode devices, as well as EMC VNX assets. Xangati automates the relationships between functional components of the hybrid-cloud infrastructure to allow storage administrators to understand how the virtual infrastructure is using storage optimally.
MyModule MyModule for Xangati ESP lets you define multiple objects of the same type to be viewed together in a single, compact dashboard. Create an aggregated performance index, live view, recording and reporting for your specific requirement.
Xangati ESP Executive Dashboard provides a unique view of performance, availability, and weighted capacity. Specifically designed as an executive level view of VDI and VI deployments with its own recordings and reporting. Distinct from VDI and VI dashboards it focuses on performance, availability, and weighted capacity indexes, providing a window to areas that directly affect business outcomes.
Operations_Center The Xangati OC Dashboard is specifically designed for MSPs and enterprises that must manage several clients or business units in multiple locations or geographies. The OC Dashboard connects seamlessly to Xangati’s Virtual App Module, Web App Module, VDI, VI, and any and all other deployed modules. The OC dashboard gives a comprehensive status overview of the modules being monitored, including performance, availability, relative capacity, anomaly and efficiency indices.
Xangati ESP for Cloud Infrastructure – Extensions

Xangati ESP for Cloud Infrastructure’s Amazon Web Services Extension shows CPU, Memory and Storage utilization of your VM s and Virtual Private Cloud hosted in AWS account. With AWS extension you can optimize the performance and utilization of your hybrid cloud infrastructure with second-by-second visibility.

Xangati ESP for Cloud Infrastructure’s Microsoft Azure Extension shows CPU, Memory and Storage utilization of your VM s and Virtual Private Cloud hosted in Azure account. With the Azure extension you can optimize the performance and utilization of your hybrid cloud infrastructure with second-by-second visibility.
In a hybrid-cloud infrastructure, any on-prem or cloud-based virtual machine can be a Docker host as can a physical server. Xangati ESP discovers, maps and tracks all containers and images in Docker hosts so that they can be profiled and alerted upon within the overall context of end-to-end visibility and performance and efficiency control services provided by Xangati.
Xangati has implemented deep integration with EMC VNX storage such that its controllers, volumes, LUNs and storage interfaces are automatically discovered, mapped, tracked, profiled and alerted upon across multiple metrics including IOPS and Byte Rates. Additionally, controllers, volumes and LUNs are associated with hypervisor-based NFS/iSCSI/CIFS datastores and hosts for powerful end-to-end visibility. Storage level contentions are automatically identified as and when they occur, and remediation actions are prescribed to overcome potential choke-points.
Xangati has implemented deep integration with both C-mode and 7-mode NetApp storage such that their controllers, volumes and storage interfaces are automatically discovered, mapped, tracked, profiled and alerted upon across multiple metrics including IOPS and Byte Rates. Additionally, controllers and volumes are associated with hypervisor-based NFS/iSCSI/CIFS datastores and hosts for powerful end-to-end visibility. Storage level contentions are automatically identified as and when they occur and remediation actions suggested to overcome them.

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