Oracle Maximum Availability Architecture (MAA) provides architecture, configuration, and lifecycle best practices for Oracle Databases, enabling high-availability service levels for databases residing in on-premises, cloud, or hybrid configurations.
New AI vector similarity search in Oracle Database 23c allows the combination of search in semantic and business data to provide highly accurate answers quickly and securely.
Learn more about the complete solution for Oracle Database high availability and disaster recovery.
Examine Oracle MAA tiers for application recovery point objectives (RPOs) and recovery time objectives (RTOs) for high availability, data protection, and disaster recovery.
Join Oracle experts for live and on-demand webinars and get the latest updates on high availability and scalability for modern database architectures. Learn best practices for disaster recovery, building applications, and zero downtime migration.
Oracle Real Application Clusters (Oracle RAC) allow customers to run a single Oracle Database across multiple servers to maximize availability and enable horizontal scalability while accessing shared storage. User sessions connecting to Oracle RAC instances can fail over and safely replay changes during outages without any changes to end user applications, hiding the impact of the outages.
Oracle Active Data Guard expands the capabilities of Oracle Data Guard to provide advanced data protection, disaster recovery, and scalability benefits. Use Oracle Active Data Guard to survive disasters and data corruption while creating, maintaining, and managing one or more synchronized standby databases.
Application Continuity (AC) is a feature available with Oracle RAC, Oracle RAC One Node, and Oracle Active Data Guard options that mask outages from end users and applications by recovering the in-flight work for impacted database sessions following outages.
Oracle Sharding distributes segments of a data set—a shard—across many databases on different computers, on-premises, or in the cloud and enables globally distributed, linearly scalable, multimodel databases. It allows organizations to meet data sovereignty requirements and support applications that require low latency and high availability.
Oracle RMAN is an Oracle Database client that performs backup and recovery tasks on Oracle Databases and automates administration of backup strategies. Oracle RMAN simplifies backing up, restoring, and recovering database files.
Oracle Database Flashback Technologies is a set of data recovery solutions that reverse human errors by selectively and efficiently undoing the effects of a mistake. Oracle Database Flashback supports recovery at all levels, including the row, transaction, table, and the entire database.
Edition-based redefinition (EBR) enables online application upgrades with uninterrupted application availability. Both the current application and upgraded application can run simultaneously, allowing users to be phased over to the new version of the application without interrupting business continuity.
When combined with other Oracle MAA technology, Oracle GoldenGate eliminates downtime during routine database maintenance and upgrades, operating system patches, application upgrades, and platform migrations. All operations are protected with failback capabilities, eliminating the risk of losing data. Oracle GoldenGate can be deployed in either multi-master or active-active configurations to achieve database scalability or distributed synchronization.
Easily migrate to Oracle Cloud using a simple Data Guard solution.
Migrate to Oracle Cloud using Zero Downtime Migration (ZDM), including options for non-CDB database migration and Oracle Multitenant architecture conversion.
GoldenGate is a logical data replication and data integration solution that allows logical replication to Oracle Autonomous Data Warehouse and Autonomous Transaction Processing.