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  • Open Networking Enterprise Suite (ONES)
    • ONES Application
      • ONES Telemetry Collector(s) and Visibility
      • ONES Time Scale Metric Calculation
      • ONES Rule Engine
      • ONES Orchestration
      • ONE DL
      • ONES AVIZ Support
      • ONES Security
      • ONES Multisite
    • Licensing
  • What's new?
  • Getting Started
    • Supported Switch Platforms and NOS
    • Scalability
    • Subscription
    • ONES Installation
      • Installation Pre-requisites
      • Download ONES Package
      • Installing ONES Application
      • Upgrade ONES Application
      • ONE-DL cloud Deployment
      • Installing ONES Agents 3.1.0
        • ONES Telemetry Agent Installation
        • ONES Server Agent Installation
        • ONES Orchestration Agent Installation
        • Agent Less Telemetry
          • Cumulus(NVUE API)
          • Arista EOS (eAPI)
          • CISCO NXOS (GRPC)
      • Adding New Controller
      • Installing ONES Multisite
    • VM Deployment
      • VMware ONES Deployment
      • KVM ONES Deployment
      • Upgrade VM
  • ONES Web GUI Administration
    • Login Page
    • Adding Devices
    • AI Asistance
    • Monitor
    • Inventory
      • Devices
      • Configurations
        • YAML Based Configuration
          • VXLAN-Symmetric
            • VXLAN-Symmetric-SAG-no-mclag-vrf
            • VXLAN-Symmetric-SAG-mclag-vrf
            • VXLAN-Symmetric-SVI-no-mclag-vrf
            • VXLAN-Symmetric-SVI-mclag-vrf
            • VXLAN-Symmetric-SAG-vrf-RoCE
          • VXLAN-SVI
            • VXLAN-SVI-no-mclag-IPv6-eBGP-IPv6-SVI
            • VXLAN-SVI-no-mclag-iBGP-IPv4-Underlay
            • VXLAN-SVI-no-mclag-eBGP-IPv6-SAG
            • VXLAN-SVI-no-mclag-eBGP-IPv4-Underlay
            • VXLAN-svi-no-mclag-eBGP-BGPU-Underlay
          • VXLAN-SAG
            • VXLAN-SAG-no-mclag-iBGP-no-host
            • VXLAN-SAG-no-mclag-iBGP-BGPU-Underlay
            • VXLAN-SAG-no-mclag-iBGP-BGPU-Underlay-HostPO
            • VXLAN-SAG-no-mclag-ebgp-no-host
          • VXLAN-MGLAG
            • VXLAN-MCLAG-ibgp-sag
            • VXLAN-MCLAG-ebgp-svi.yaml
            • VXLAN-MCLAG-ipv6-ibgp-sag
            • VXLAN-MCLAG-ebgp-BGPU-IPv6SAG
            • VXLAN-MCLAG-ibgp-BGPU-IPv6svi
            • VXLAN-MCLAG-ipv4-ibgp-svi
            • VXLAN-MCLAG-ipv6-ebgp-sag
          • VXLAN-Asymmetric
            • VXLAN-Asymmetric-SAG-no-mclag
            • VXLAN-Asymmetric-SAG-mclag
            • VXLAN-Asymmetric-SVI-no-mclag
            • VXLAN-Asymmetric-SVI-mclag
          • MH-VXLAN
            • MH-VXLAN-ibgp-sag
            • MH-VXLAN-ipv6-ibgp-sag
            • MH-VXLAN-Asymmetric-SAG
            • MH-VXLAN-ebgp-BGPU-IPv6SAG
            • MH-VXLAN-ipv6-ebgp-sag
            • MH-VXLAN-Symmetric-2-SAG-vrf
          • MCLAG
            • MCLAG-IPv4-SVI-AccessHosts
            • MCLAG-ibgp-BGPU-Underlay-IPv4SVI-AccessHosts
            • MCLAG-ibgp-IPv6-Underlay-IPv6SVI-AccessHosts
            • MCLAG-IPv4-Underlay-IPv6SVI-AccessHosts
            • MCLAG-IPv6-Underlay-IPv6SVI-AccessHosts
          • L3-MCLAG
            • L3-MCLAG
            • L3-MCLAG-bgpU-combinedLink
            • L3-MCLAG-bgp-combinedLink
          • L2-LS
            • L2LS-EC-L2
            • L2LS-EC-L3-ipv4
            • L2LS-EC-L3-ipv6
          • iBGP
            • i-BGP-IPv6-CLOS-IPv6-host
            • i-BGP-IPv6-CLOS-IPv4-svi
            • i-BGP-IPv4-CLOS-L2PO-host
            • i-BGP-IPv4-CLOS-L2-host
            • i-BGP-IPv4-CLOS-IPv6-svi
            • i-BGP-IPv4-CLOS-IPv4-PO-host
            • i-BGP-BGP-U-CLOS-IPv4-svi
            • i-BGP-BGP-U-CLOS-IPv4-host
          • e-BGP
            • e-BGP-IPv6-CLOS-IPv6-host
            • e-BGP-IPv6-CLOS-IPv4-svi
            • e-BGP-IPv4-CLOS-L2-host
            • e-BGP-IPv4-CLOS-IPv6-svi
            • e-BGP-BGP-U-CLOS-IPv6-svi
            • e-BGP-BGP-U-CLOS-IPv6-host
          • BGP-PO
            • BGP-PO-SLFOW-LeafOnly-EC
            • BGP-PO-SLFOW-LeafOnly-EC-incr1
            • BGP-PO-MCLAG-SLFOW-LeafOnly-EC
          • LeafOnly-EC
          • IPCLOS-1-IPv4-SVI-AccessHosts
          • DHCP-IPCLOS-IPv4-SVI-AccessHosts
          • VXLAN-Symmetric-SAG-vrf-RoCE
        • GUI Based Configuration
        • NetOps Based Configuration
    • Rule Engine
      • Rules Type
        • Add Rules: Entity
        • Add Rules: Entity by Properties
      • Alerts
    • Analytics
    • Settings
    • Integrations
      • Slack Channel Integration
      • Zendesk Support Integration
      • Service Now Integration
      • Cloud Services
        • Splunk
        • Amazon S3
    • Accounts
  • Support
    • How to contact Aviz Networks Support?
    • Backup and Recovery
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  1. Open Networking Enterprise Suite (ONES)
  2. ONES Application

ONES Multisite

One single solution to monitor all the data centre availability and one-click access to sites.

PreviousONES SecurityNextLicensing

Last updated 2 months ago

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The ONES rule engine enables the detection of incidents and the generation of alerts, but this information is limited to the specific site managed by the corresponding controller. While this data is valuable for data center administrators to address and resolve issues, enterprise-level administrators or executives interested in the overall health of the entire network must access individual ONES instances at each data center to view the status. This process can be inefficient and cumbersome.

To solve this, ONES Multisite provides a solution by offering a geospatial representation of anomalies across multiple sites, spread over different geographical locations, giving a comprehensive view of network health. ONES instances from data centers around the world can register with a central ONES Multisite application. Once registered, the multisite system regularly polls each site for key data, such as the number of managed devices (endpoints) and critical alerts, and presents this information on a map, displaying individual sites and their last contact times. Additionally, ONES Multisite allows users to log in to individual data centers to access more detailed information if needed.

For a quicker glance about the health conditions, different colors and blinking patterns are used,

  • Green blink : Site is reachable with no critical alerts

  • Red blink : Site is reachable but there are critical alerts

  • Red : Site is not reachable