Disaster recovery is one of the most consequential responsibilities of a security operations team. When a failover event occurs, whether planned as a drill or triggered by an actual outage, the expectation is that the destination site activates cleanly and operations resume with minimal disruption. What often stands between that expectation and reality is a set of pre-failover conditions that must all be true simultaneously: the right QRadar version on both sites, valid API connectivity, a verified backup, correctly deployed applications, and a functioning High Availability configuration, among others.
Historically, validating these conditions has required manual effort across multiple screens, runbooks, and team members. Issues surface late, during drills or in the heat of an incident, when the cost of discovering them is highest.
The Disaster Recovery Dashboard, a new capability in the QRadar Data Synchronization App, is designed to change that.
What is the Disaster Recovery Dashboard?
The Disaster Recovery Dashboard provides a unified, single-pane-of-glass view of your Disaster Recovery posture. It validates the full set of pre-failover and post-failover conditions across your main and destination sites automatically, on demand or on a recurring schedule, and presents the results in a consolidated view.
The dashboard covers eleven distinct validation checks:
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QRadar version compatibility
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Main site app configuration
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Destination site app configuration
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Main site console availability
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Destination site console availability
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Main and Destination site connectivity status
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API connectivity between sites
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Main site app deployment location
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Destination site app deployment location
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Destination site High Availability
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Destination site backup validation
The goal is to give security administrators verified, current knowledge of their DR environment at all times, not only when a failover is imminent.
Why This Matters: A Real-World Scenario
To understand the practical value of the Disaster Recovery Dashboard, consider the following scenario centred on one of the most commonly overlooked pre-failover prerequisites: QRadar version compatibility.
A financial services organisation runs QRadar in a distributed deployment across two geographically separated data centres. The main site has been running on QRadar 7.5.0, and the infrastructure team recently applied an update package on the main site console. The destination site, however, was not updated at the same time due to a separate maintenance window. Both sites are operational, and data synchronisation continues to run without visible errors.
Three weeks later, the organisation schedules a quarterly DR drill. The team initiates failover on the destination site. At activation, the process fails.
The root cause: a QRadar version mismatch between the main and destination site consoles. As documented in the QRadar Data Synchronization App prerequisites, both the main site and destination site must be on the same QRadar and app version for failover to succeed. The version divergence had gone undetected for weeks because there was no automated mechanism to flag it.
This is precisely what the QRadar Version Compatibility check in the Disaster Recovery Dashboard is designed to prevent. The dashboard continuously monitors the version state of both sites and surfaces a mismatch as a blocker the moment it occurs. Rather than discovering this during a drill, the team would have received an alert days or weeks earlier, with enough time to schedule the destination site update without urgency.
The consequence of discovering this issue mid-activation is not merely a failed drill. In a real disaster event, it translates directly to degraded security operations, manual recovery efforts under pressure, and extended mean time to recovery. The Disaster Recovery Dashboard moves that discovery to where it belongs: well before the need arises.
The same principle applies across the other ten checks the dashboard performs. A backup that was not successfully transferred to the destination site is surfaced by the Backup Validation check before it is needed. An App Host deployment configuration on the main site that would prevent application data from being captured in the failover process is flagged by the App Deployment Location check before activation begins. A High Availability configuration that must be removed from the destination site before failover, as required by the official prerequisites, is caught by the Destination Site HA check in advance.
The dashboard does not replace the operational discipline that sound DR practice requires. It ensures that by the time those procedures are executed, the environment has already been validated.
Core Benefits
Reduce Mean Time to Recovery:
Every minute spent diagnosing a configuration issue after initiating failover extends the window during which security operations are degraded or unavailable. The Disaster Recovery Dashboard compresses that diagnostic phase to near zero by ensuring pre-conditions are validated before the process begins. Administrators arrive at the activation step with confidence that the environment is ready, not with uncertainty about what may or may not be in place.
Proactively Detect Issues Before They Become Incidents:
Scheduled disaster recovery checks allow teams to monitor the state of their DR environment continuously, not only on the eve of a drill. Configuration drift, connectivity degradation, backup failures, and application deployment misconfigurations are all conditions that can develop gradually and silently over time. Surfacing them early, when remediation is straightforward, is far preferable to discovering them when the stakes are high.
Key Design Considerations
The Disaster Recovery Dashboard has been designed with operational usability as a primary concern.
Blocker and Caution classification
Not all failed checks carry equal weight. The dashboard distinguishes between conditions that would prevent failover from succeeding (Blockers) and conditions that warrant attention but may not be immediately disqualifying (Cautions). This allows administrators to prioritise their remediation efforts appropriately.
Dual view
Results are presented in both a tabular format and a graphical view. The graphical view is particularly effective for rapid situational awareness, enabling administrators to identify failing checks at a glance without reading through individual rows.
Troubleshoot Panel
Each check is accompanied by troubleshooting guidance that enables administrators to diagnose and resolve issues directly within the dashboard, reducing reliance on external documentation or support escalation for common problems.
On-demand and scheduled execution
Teams can run checks at any time or configure them to run on a defined schedule, ensuring the dashboard reflects the environment's current state without requiring manual intervention.
Getting Started
The Disaster Recovery Dashboard is available in the QRadar Data Synchronisation App version 4.0.0, which was released alongside QRadar 7.6.0 last week. To access this feature, your deployment will need to be on QRadar 7.6.0.
The app is available through the IBM Security App Exchange. For more information on supported environments and prerequisites, refer to the [QRadar Data Synchronization App documentation](https://www.ibm.com/docs/en/qradar-common?topic=apps-qradar-data-synchronization-app) on IBM Documentation.
We encourage the QRadar community to share experiences and ask questions through the IBM TechXChange community forums. Your engagement is an important input into how QRadar continues to evolve.
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