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Cloud, Virtualization, SDN, and HCI Topology in ObserveOps

ObserveOps automatically builds topology maps for your cloud, virtualization, software-defined networking, and hyper-converged infrastructure as soon as polling data is available. No scan scheduler is needed. The moment ObserveOps starts collecting data from a supported platform, the relationships between components appear in the appropriate topology tab — accounts, regions, hosts, virtual machines, clusters, and SDN fabrics — all mapped and kept current automatically.

Prerequisites

  • Each device or account must be discovered and configured as a monitor in ObserveOps.
  • Polling must be active and returning data for monitors to appear in their topology tab.
  • No additional scan configuration is required for Cloud, Virtualization, SDN, or HCI tabs.

Cloud Topology

The Cloud tab shows the topology of your cloud provider accounts and the resources inside them. ObserveOps groups resources by account and region, giving you a visual map of how cloud workloads are distributed across your environment.

Cloud topology map showing an AWS account connected to ap-south-1 and us-east-1 regions

Supported cloud providers:

ProviderWhat ObserveOps Maps
Amazon Web Services (AWS)AWS account connected to each monitored region, with resource counts per region
Microsoft AzureAzure subscription connected to resource groups and services
Microsoft Office 365 (O365)O365 tenant connected to monitored services and users

The sidebar tree for the Cloud tab organizes entries under each provider category. Expand a provider to see the individual accounts or subscriptions. Click an account to load its topology map showing all connected regions and resource groups.

Virtualization Topology

The Virtualization tab shows the topology of your hypervisor environments. ObserveOps maps the relationship between hypervisor hosts and the virtual machines running on them, organized by hypervisor platform.

Virtualization topology map showing an ESXi host connected to virtual machines

Supported virtualization platforms:

PlatformWhat ObserveOps Maps
VMware ESXiESXi host connected to its virtual machines and datastores
VMware vCentervCenter server connected to managed ESXi hosts and VMs
Proxmox VEProxmox host connected to its VMs and containers
KVMKVM hypervisor connected to its virtual machines
Citrix XenXen host connected to its virtual machines
Citrix Xen ClusterXen cluster connected to member hosts and VMs
Hyper-VHyper-V host connected to its virtual machines
Hyper-V ClusterHyper-V cluster connected to member hosts and VMs

Click any hypervisor entry in the sidebar to load its map. The selected host appears as the central node. All VMs and related components connected to it appear as child nodes.

SDN Topology

The SDN tab shows the topology of your software-defined network environments. ObserveOps maps the components of your SDN fabric — controllers, edge devices, and managed connections — into a visual representation of how traffic flows through the software-defined layer.

SDN topology map showing Edge1 connected to Edge2, Edge3, and Edge4 devices in a Cisco SD-WAN fabric

Supported SDN platforms:

PlatformWhat ObserveOps Maps
Cisco Catalyst SD-WANWAN Edge devices and Manager nodes organized into the SD-WAN overlay fabric
Cisco ACIACI fabric components including spines, leaves, and EPGs

The sidebar tree for the SDN tab organizes entries under each SDN platform. Expand Cisco SD-WAN to see WAN Edge and Manager categories. Click any individual edge device to load its topology map showing all connected edge devices in the fabric.

Connection types in SDN topology:

  • Solid lines represent controlled connections — direct managed paths between devices.
  • Dashed lines represent tunnel connections — paths established through overlay tunnels for specific traffic flows.

This distinction helps you differentiate managed control paths from dynamic data tunnels at a glance.

HCI Topology

The HCI tab shows the topology of your hyper-converged infrastructure clusters. ObserveOps maps the relationship between the HCI cluster controller, the physical nodes, and the virtual machines running inside the cluster.

HCI topology map showing a Nutanix AHV cluster connected to Ubuntu, CVM, and Linux-Test-Machine nodes

Supported HCI platforms:

PlatformWhat ObserveOps Maps
NutanixNutanix cluster (AHV) connected to its Controller VMs (CVMs) and guest virtual machines

Click the Nutanix cluster entry in the sidebar to load the HCI topology map. The cluster appears as the central node. All CVMs and VMs provisioned on that cluster appear as connected nodes.