Unfortunately, hostilities in the Middle East are directly affecting data centres, forcing many IT teams to ask the very real question: what happens if our data centre or region is no longer available?
If that’s where your thinking is, then it’s about putting something reliable in place quickly, something you can trust if you need it.
The most practical way to reduce that risk is to create a standby database in another region. This gives you a live, continuously synchronised copy of your primary system, running independently and ready to take over if required. It removes the uncertainty of recovery and replaces it with a controlled, predictable process.
A standby fundamentally changes how recovery works. Instead of relying on regional High Availability (HA), backups, and rebuilds during an incident, you have a system that is up to date and out of region. Recovery becomes a planned action within predefined RTO/RPO requirements.
Many teams already know this is the right approach, but have held back because of practical barriers. Traditionally, multi-region DR has meant:
Complex configuration and manual setup.
Enterprise-only features, particularly in Oracle.
High licensing costs.
Projects that take weeks or months, rather than days.
For Oracle Standard Edition (SE) users, the lack of Data Guard has been a particularly well-known limitation. That gap has often forced teams into a difficult choice between accepting risk or upgrading to Enterprise Edition.
Standby MultiPlatform (StandbyMP) removes much of the friction associated with creating multi-region standbys.
StandbyMP provides a straightforward, database-aware way to build and manage standby environments across Oracle SE, SQL Server, and PostgreSQL. You don’t need enterprise features, and you don’t need to stitch together multiple tools or scripts.
The focus is simple: get a working standby in place, quickly and reliably.
With StandbyMP, a multi-region standby can be configured, tested, and ready within 24 hours, with full Dbvisit support guiding the process from start to finish.
Deploying StandbyMP is not a complex, multi-phase project; it’s a simple document process. You either provision a secondary environment in the region, in the cloud, or on-premises. StandbyMP is installed on both the primary and standby systems, and it handles the initial database synchronisation. From there, continuous replication is established, keeping the standby closely aligned with production.
Once that is in place, you validate the failover so that you know exactly how the system behaves. At the end of this process, you have a working, tested standby that can take over if needed.
In practical terms, you end up with:
A live database in another region.
Continuous data replication.
A tested and understood failover process.
Confidence that recovery is guaranteed.
To expedite the implementation, Dbvisit QuickStart can be conducted remotely with one of our experts. It can either be hands-on, where our team of DBAs does the installation directly, or they can guide your team through the process.
QuickStart includes:
Prerequisite discussion and preparation.
Overview of basic standby functionality.
Remote installation of standby software (agents and control centre).
Cost and complexity are often the reasons DR projects stall. By easily integrating StandbyMP, you are solving a specific problem in a focused way, without introducing enterprise licensing or overengineered solutions.
For teams managing mixed environments, this approach also brings consistency. The same solution can be used across Oracle SE, SQL Server, and PostgreSQL, reducing tool sprawl and simplifying operations.
If you’re concerned about the resilience of your current setup, Dbvisit can help you implement a working solution within 24 hours, fully configured and tested.
Learn more about Standby: https://dbvisit.com/solutions/standby-software-se
Get an online quote: https://dbvisit.com/dbvisit-pricing
Or get in touch, and we’ll walk through how this would fit into your current environment.