Document Library
Redundancy Management Framework (RMF)
- Data Sheet
- Quick Start
- Installation
- Initial Configuration Workflows
- High Availability Camera Management Workflows
- Software Update Workflows
- Rec. Server Management Workflows
- High Availability Alarm Management Workflows
- Admin Scope Management Workflows
- Smart Client How-To's for Security Personnel
- High Availability PTZ Presets
- Rest API
- More
- White Papers
- A & E
Data Sheet
Quick Start
Begin Here: First-Time Deployment Guide for RMF.
This document outlines various potential failure scenarios and elucidates how RMF effectively mitigates these risks. For a more immersive and user-centric understanding of these failure scenarios, we recommend exploring our interactive Failure Simulator tool.
Installation
In-Depth Guide: Installing RMF in Federated and Non-Clustered Settings
Comprehensive Guide: Installing RMF in Federated and Clustered Settings
Comprehensive Installation Guide: RMF in Non-Federated and Clustered Settings
A Detailed Guide to Installing RMF in Non-Federated and Non-Clustered Environments.
A comprehensive Guide for RMF License Activation: Online & Offline Process
Automating Software Deployment: Guide to Command Line Utilities for use by Software Management Tools.
Reference Directory: Scenario-Specific RMF Installation and Maintenance Guides.
Initial Configuration Workflows
Administrator’s Guide: Setting up Redundant Roles and End-User Smart Client Views in Federated and Non-Federated Deployments.
Beginner’s Guide: Initial RMF Setup in Non-Federated Environments,
Beginner’s Guide: Initial RMF Setup in Federated Environments
High Availability Camera Management Workflows
Guide: How to Remove a High Availability Camera in Federated and Non-Federated Deployments.
Guide: How to Rename a High Availability Camera in Federated and Non-Federated Deployments
Illustrates the workflow while moving dual recorded cameras between XProtect Recording Servers.
This guide provides a step-by-step workflow to effectively replace a high availability camera within an XProtect + RMF deployment setup.
This guide illustrates the workflow to add a new high availability camera in an XProtect + RMF deployment.
Software Update Workflows
Detailed Guide: Updating XProtect and RMF in Non-Federated and Clustered Settings
A Step by Step Guide to Updating XProtect and RMF in Non-Federated and Non-Clustered Environments.
A Step by Step Guide to Updating XProtect and RMF in Federated and Non-Clustered Environments.
A Step by Step Guide to Updating XProtect and RMF in Federated and Clustered Environments.
Guide to Updating XProtect Device Pack in Redundant Federation and Non-Federation Architectures.
References to Comprehensive Guides for Updating XProtect and RMF Software.
Rec. Server Management Workflows
This document outlines the procedural workflow for removing a recording server as a redundant recorder within an XProtect + RMF deployment.
A step-by step guide: Labeling a recording server for use as a redundant recorder.
High Availability Alarm Management Workflows
Guide: How to Delete a Custom Event.
Incorporating Third-Party Device-Specific Events into the RMF Framework for Alarm Generation.
Guide: How to Remove a High Availability Alarm.
Use this guide to learn how to modify an RMF alarm – change events and/or sources.
Refer to this guide for instructions on setting up and RMF alarm, choose event triggers and redundant video sources.
Admin Scope Management Workflows
This document contains the workflow to extract RMF logs from a Smart Client machine.
Learn how to turn on/off Smart Client Overlay.
Adjust the Maximum Time a Smart Client Window Should Wait Following Video Source Loss, Prior to Initiating Connection to an Alternate Source.
Set or Reset Failback behavior in the Smart Client.
Change the Order of Redundant Sources for Connection Attempts.
This document contains the workflow to export RMF logs from the Management Server machine.
Enable/Disable RMF Logging.
Alter the HTTP Port for Communication with RMF Rest API.
Easy-to-Use Guide: Aligning Role-Based Access in Federated and Non-Federated Redundant Architectures
Smart Client How-To’s for Security Personnel
Practical Guide: Enabling or Disabling High Availability Recording in the Smart Client
Save a Scene to the Clipboard.
Save and Fetch High Availability Bookmarks.
Guide: Utilizing High-Availability Independent Playback in the Smart Client
Take a Snapshot of a Scene and Save it as a File.
Guide to Utilizing High-Availability Playback in the Smart Client
High Availability PTZ Presets
More
Guide: Setting up Smart Walls with XProtect + RMF. Extend High Availability to Smart Walls.
RMF facilitates the replication of edge recording retrieval settings across redundant recordings of a camera. Recording servers, independently fetch missing footage to make themselves whole again.
White Papers
Unlike traditional high-availability architectures that replicate everything—including mistakes and malware—Vega Systems’ Redundancy Management Framework for XProtect (RMF) provides cybersecurity by design. It combines selective object-level synchronization, which prevents malicious or unintended changes from spreading, with fully isolated data centers that eliminate shared attack surfaces and block lateral threats. Together, these two layers provide a resilient and secure foundation for mission-critical video infrastructure.
Discover the increasing importance of redundant video recording, both in the present day and for the future, in this enlightening article.
Dive into this white paper to explore the numerous advantages of dual recording redundancy across various deployment architectures.
A & E
Detailed technical specifications, product descriptions, and guidelines for use.
User Manual
Data Sheet
White Papers
Unlike traditional high-availability architectures that replicate everything—including mistakes and malware—Vega Systems’ Redundancy Management Framework for XProtect (RMF) provides cybersecurity by design. It combines selective object-level synchronization, which prevents malicious or unintended changes from spreading, with fully isolated data centers that eliminate shared attack surfaces and block lateral threats. Together, these two layers provide a resilient and secure foundation for mission-critical video infrastructure.
Discover the increasing importance of redundant video recording, both in the present day and for the future, in this enlightening article.
Dive into this white paper to explore the numerous advantages of dual recording redundancy across various deployment architectures.
A & E
Detailed technical specifications, product descriptions, and guidelines for use.
