A recovery plan you have never tested is a hope, not a plan. We design high availability and disaster recovery on OCI to real recovery targets, then prove it with a tested failover.
High availability keeps a workload running when one component fails. Disaster recovery brings it back when a whole region or site is lost. Most estates confuse the two, pay for one while believing they have the other, and find out the gap only during an incident.
We separate the two clearly, design each to a stated recovery time and recovery point objective, and build the architecture across OCI availability domains, fault domains, and regions to match. Then we run a real failover test so the numbers on the plan are numbers you have seen happen.
Multi availability domain and fault domain design so a single failure does not take the workload down.
Replication and standby environments in a second region with a defined, tested failover.
Data Guard and Autonomous Database cross region copies tuned to your recovery point target.
Layered backups that protect against deletion and corruption, not just hardware loss.
Step by step failover and failback runbooks your team can execute under pressure.
A real, witnessed failover that proves the RTO and RPO before you ever need them.
DR patterns trade cost against recovery speed. The right one depends on how much downtime and data loss the workload can tolerate.
| Pattern | Typical RTO | Cost |
|---|---|---|
| Backup and restore | Hours to a day | Lowest, you pay for storage only |
| Pilot light | Tens of minutes | Low, core systems warm, rest scaled up on failover |
| Warm standby | Minutes | Higher, a scaled down copy runs continuously |
| Active active | Near zero | Highest, full capacity in two regions |
Book an assessment and we will show you what good looks like for your workloads, in writing, with a clear price.