Oracle MAA for Data Resiliency Across Hyperscalers
summary
Oracle MAA explains concrete blueprints: Zero Downtime Migration and Autonomous Recovery Service move and protect Exadata/Autonomous Database with tested RTO/RPO targets (bronze minutes–hours, silver instance failures <30s—Exadata single‑digit seconds, gold disasters seconds–2 minutes, platinum near‑zero RTO and 0–10s RPO). Validation uses chaos engineering—simulating corruptions and pulling Exadata cells—and features RAC, Data Guard/Active Data Guard (up to 30 replicas), and GoldenGate across OCI, Azure, Google (silver/gold) and AWS (silver/gold arriving).
AI-written summary · about
chapters (8)
- 0:00Oracle MAA introduction
- 2:29Downtime risks types and impacts
- 6:26MAA tiers RTO/RPO differences
- 8:52Multicloud resiliency with MAA
- 10:41MAA technology building blocks
- 13:55MAA certification on hyperscalers
- 14:37Why Oracle MAA stands out
- 15:40MAA learning resources
related talks
31mOracle Maximum Availability Architecture (MAA) best practices for OCI
21mNever-down applications with Oracle Maximum Availability Architecture
31mMaximum Availability Architecture blueprints
24mHigh Availability and Disaster Recovery Smart Features
34mOracle Autonomous Database: simplify your database management
32mActive Data Guard: Disaster recovery tips and tricks
19mMission-critical databases made simple
27mAutomating Data Management for All
