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Topology

The Topology section provides a visual network map editor for building and maintaining end-to-end network diagrams. Each node on the map is linked to a monitored host, allowing the map to reflect live device and link status at a glance.

Navigate to ORCHESTRATOR → Monitoring → Topology. Use the [Entity] button in the top-right corner to switch between entities.

Topology Map

The toolbar across the top of the editor provides all map editing functions:

Control Description
Map Create, copy, save, and manage topology maps
View Toggle display options such as labels and grid
+ Node Add a monitored host as a node on the map
+ Shape Add a decorative shape (e.g., cloud, rectangle)
+ Text Box Add a free-form text label
+ Link Create a link between two selected nodes
Delete Selected Remove the selected node or link

Node status is indicated by the ring colour surrounding each icon:

  • Green ring — Device is online and reachable
  • Red ring — Device is offline or unreachable

Clicking on a node opens a real-time bandwidth graph showing inbound and outbound traffic for the associated interface, along with the 95th percentile line for capacity planning reference.


Creating a Topology Map

1. Create or copy a map

Click Map to open the map management menu.

Map Menu

Option Description
New Blank Start from an empty canvas
New from existing map → Copy map Duplicate an existing custom map
New from existing map → Copy SD-WAN VPN Pre-populate the map from an existing SD-WAN VPN configuration
Save As Save the current map under a new name
Manage Maps View, rename, or delete saved maps

2. Add nodes

Click + Node to open the Add Node dialog.

Add Node

Field Description
Select Host Bind the node to a monitored host. When bound, the node reflects the live status of that host. Leave as Not a host for decorative/unmonitored nodes.
Name Display label shown on the map
Name Position Place the label above (Top) or below (Bottom) the icon
Select Icon Choose from built-in icons (SD-WAN, UAP-520, wifi-iot, etc.) or upload a custom icon

Click Save to place the node on the canvas. Reposition it by dragging.

  1. Click to select the first node.
  2. Hold Ctrl and click the second node.
  3. Click + Link in the toolbar to draw a link between them.

Right-click a link to open the context menu, then select Edit Link.

Right-click Link

Edit Link

Field Description
Interface on Node 1 Bind the link endpoint to a specific interface on the first device (e.g., eth0). The link will reflect the live status of that interface.
Label Text label displayed alongside the link endpoint
Interface on Node 2 Bind the link endpoint to a specific interface on the second device, or to a VPN tunnel
Show Arrow Display an arrowhead — None or Triangle
Label Font Size Font size for the link label
Line Style Visual style — Solid, Dashed, or Dotted
Line Color Colour of the link line
Line Width Thickness of the link line in pixels

When an interface is bound, the link colour dynamically reflects its status: green for up, red for down, and dashed when the link is degraded or inactive.

5. Save the map

Click Map → Save As to name and save the map. Save regularly while editing — there is no auto-save.


SD-WAN Topology

If SD-WAN instances are configured within the selected entity, mfusion automatically generates an SD-WAN topology map. No manual creation is required.

SD-WAN Topology

The auto-generated map displays all SD-WAN hub devices and their associated VPN instances. Each VPN panel shows a live summary of its configuration and connectivity:

Field Description
VPN Protocol Tunneling protocol in use — OpenVPN, IPsec, or WireGuard
Gateway IP Public IP or hostname of the SD-WAN gateway/concentrator
Tunnel IP / Network The tunnel subnet allocated to this VPN instance
VPN Port UDP/TCP port used by the VPN service
Advertised Networks Networks advertised through this VPN tunnel
Number of Clients Count of currently connected SD-WAN client devices

Double-click any VPN instance on the map to view detailed connection status for that specific instance, including individual client device tunnels and their health.