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Vega Systems IncRedundancyXPort
Redundancy Management Framework
Redundancy Management Framework
  • 👋Introduction
  • 🗒️Release Notes
    • 7.4.0
    • 7.2.3
    • 7.2.2
    • 7.2.1
    • 7.2.0
    • 7.1.9
    • 7.1.8
    • 7.1.7
    • 7.1.6
    • 7.1.5
    • 7.1.4
    • 7.1.3
    • 7.1.2
    • 7.1.0
  • 🗝️Key Features
  • 💠Software Components
  • 🏗️Architecture Options
    • Federated
    • Independent
    • Single Site
  • 🗺️What to Install Where
    • Federated
      • Non-Clustered Mode
      • Clustered Mode
    • Independent
      • Non-Clustered Mode
      • Clustered Mode
    • Single Site
      • Non-Clustered Mode
      • Clustered Mode
  • 👨‍💻Installation
    • Pre-Installation
    • Manual Installation
      • RMF Services (Manual)
      • RMF Client (Manual)
    • Silent Installation
      • RMF Services (Silent)
      • RMF Client (Silent)
    • Post-Installation
      • Validate the Installation of RMF Services and UI
      • Validate the Installation of RMF Smart Client Components
    • Uninstallation
      • Manual Uninstallation
      • Silent Uninstallation
  • 🏷️License Activation
    • Online Activation
    • Offline Activation
      • Export License for Activation
      • Import Activated License
  • ⚙️Configuration Dashboard
    • Accessing the RMF Config Dashboard
    • Enable the SmartSync Service
      • Smart Sync Service Service Tray
        • Set Service Logon Settings
        • Start
        • Stop
        • Restart
        • Restart with detailed logs
        • Show Log
        • Clear Log
        • Exit
    • Set Synchronization Direction
      • Backup Mode
      • Restore Mode
    • Architecture Selection
      • Single Site
      • Federated
      • Independent
    • Server Labeling
    • Mode Selection
    • Server Linking
    • Storage Linking
    • Licensing
    • Add Camera
    • First Synchronization Run
    • Replace Camera
    • Move Camera
    • Delete Camera
    • Device Selection
    • Synchronize Hardware
    • Synchronize Camera
    • Synchronize Microphone
    • Synchronize Speaker
    • Synchronize Device Input
    • Synchronize Device Output
    • Synchronize Metadata
    • Synchronize Groups
    • Synchronize Roles
    • Synchronize Views
    • Scheduling Runs
      • Enable the SmartSync Scheduling
      • Disable the SmartSync Scheduling
  • ▶️Run Dashboard
    • Accessing the Dashboard
    • Run/Process Dashboard Details
  • 📊Workflows Dashboard
    • Accessing the Dashboard
    • Replicate Devices
    • Find and Fix Inconsistencies
    • Stream Selection
    • Roles Synchronization
    • Camera Password Updater
    • Reaction Time
    • Failback
    • Priority
    • Overlay
    • Logging
    • Export Log
    • Web API
    • Tune Performance
  • 💻High Availablity in the Smart Client
    • Prerequisites
    • Creating a High Availability View
    • High Availability Live Views
    • High Availability Playback
    • High Availability Independent Playback
    • PTZ Preset Management
      • Add PTZ Preset
      • Update PTZ Preset
      • Delete PTZ Preset
    • Video Export
    • High Availablity Bookmarks
    • Unified Start/Stop Recording Control
    • Joystick Support
    • Snapshot
  • 🔗Rest API
  • 🧩Integrations
    • VMS
    • PSIM
  • 👷Migration In Progress
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  • Pros
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  1. Architecture Options

Single Site

Active-Active Redundancy for Recording

PreviousIndependentNextWhat to Install Where

Last updated 3 days ago

Primary and Secondary recorders are part of a single Milestone deployment that utilizes one database. It is important to note that clustered SQL databases, clustered Management Servers, and the Milestone Management Server Failover are all classified as a 'Single Site' because they operate on a single unique database.

This setup ensures redundancy for the Recording Servers only. To achieve redundancy and failover for other Milestone components, solutions such as Milestone Management Server Failover, Windows Clustering with AlwaysOn SQL, or Evidian Clustering must be deployed in conjunction with RMF.

Pros

  1. Lower cost: Usually, fewer servers result in lower infrastructure costs.

Cons

  1. Weak Cybersecurity Design: Even with Always-On SQL clustering, there is only one effective database. A hack into one copy is a hack into all copies and will compromise all video security.

  2. Potential Outages during Upgrades: Even if clustering is used for failover, during software upgrades, all nodes must be taken offline and upgraded. The system experiences a loss of functionality during the process, which worsens if there are issues during upgrades, potentially causing all video security to fail.

🏗️
Single Site Architecture