Exact2Pass
The modern enterprise database administration and high-availability cloud infrastructure landscape in 2026 relies heavily on zero-downtime cluster orchestration, fault-tolerant shared storage, and active-active database scaling. As global organizations run mission-critical transactional engines on Oracle Database 19c, database administrators, infrastructure engineers, and systems architects must master the full spectrum of Oracle Real Application Clusters (RAC), Automatic Storage Management (ASM), and Grid Infrastructure. Earning the Oracle Database 19c: RAC, ASM, and Grid Infrastructure Administration credential (1Z0-078) validates your advanced technical capacity to configure Clusterware resource stacks, tune Global Cache Fusion mechanics, manage ACFS file systems, and execute rolling grid upgrades. However, many senior database administrators and technical leads struggle on this intensive 120-minute proctored examination because they approach it as a simple syntax drill. Relying on flat answer repositories or context-stripped question files found on unverified public forums cannot prepare you for the intricate situational logic of resolving voting disk split-brain conditions, diagnosing inter-node interconnect packet drops, or configuring Transparent Application Continuity (TAC) failover pools under active enterprise transaction workloads.
True success on this 60–65 question expert-level evaluation requires a comprehensive, multi-dimensional command of both terminal-level Grid Infrastructure utilities (CRSCTL, SRVCTL) and underlying operating system kernel interactions. High-availability architects must demonstrate sharp diagnostic judgment when evaluating Oracle Cluster Registry (OCR) backup strategies, configuring ASM disk group rebalance speeds, managing Flex Cluster hub-and-leaf node topologies, and troubleshooting server-side connect-time load balancing. Candidates frequently spend several months searching for high-yield 1z0-078 exam questions online, hoping to locate an updated oracle database 19c rac asm and grid infrastructure administration 1z0-078 study guide to evaluate their configuration skills, or reviewing log files to verify their Cluster Health Monitor (CHM) metric traces. Without interactive workspace environments, a structured database administration course, or targeted practical practice that can provide actual help in exam preparation, passive reading fails to build the diagnostic capabilities needed to handle node evictions or isolate interconnect latency bottlenecks within the active cluster fabric.
At Exact2Pass, we replace passive reading with active, scenario-driven structural engineering exercises designed to build true platform confidence. Our premium preparation workspace simulates the functional operational layers, Grid Infrastructure management consoles, and real-time RAC performance diagnostic tools of the active Oracle 19c ecosystem. We guide you through executing gap analyses on legacy cluster configurations, setting up ASM rebalance operations, configuring Multitenant PDB services across server pools, and executing non-disruptive rolling patches using OPatchauto. This focused practice builds the exact data-sovereignty judgment and system execution skills demanded by top-tier enterprise consultation teams, ensuring you pass your official Oracle University proctored assessment on your very first try.
The 1Z0-078 certification exam is engineered to evaluate your end-to-end cluster deployment, storage virtualization, and high-availability administration capabilities across modern enterprise parameters. Our realistic simulation platform replicates active Grid Infrastructure command-line interfaces, ASM dynamic volume managers, and real-time AWR cluster performance monitors instead of serving up generic multiple-choice questionnaires. You will master the underlying database separations, operator-driven storage allocations, and security-level dependencies of the active Oracle 19c platform, preparing you to tackle any scenario-based infrastructure question with ease.
Which two statements are true about resources defined by an administrator and registered with Oracle 19c Clusterware for high availability? (Choose two.)
Which three statements are true about the services created when the DBCA is used to create a RAC database? (Choose three.)
Which two operating system users and groups must be created on each node before installing Oracle Grid Infrastructure 19c? (Choose two.)
A cluster running 19c Grid Infrastructure supports both Oracle 11g to 19c RAC databases using ASM.
The COMPATIBLE.ASM , COMPATIBLE.RDBMS , and COMPATIBLE.ADVM parameters are currently set to 11.2 for all diskgroups..
You must support these capabilities in all diskgroups:
1. ACFS Replication
2. ACFS Encryption
To what minimum values must the compatible attributes be set?
Which two statements are true concerning the installation of Oracle Grid Infrastructure 19c Cluster? (Choose two.)
Which four statements are true concerning the upgrading of Oracle Grid Infrastructure 19c? (Choose four.)
You support a RAC database with these characteristics:
1. There are six instances.
2. Server Pool prod has a maximum of four servers.
3. CRM is a policy managed, uniform service using Server Pool prod .
4. ERP is a policy managed, singleton service using Server Pool prod .
5. Grid infrastructure is installed and running in its default configuration.
Which four benefits are provided by this configuration in Oracle 19c? (Choose four.)
Which two statements are true about node listeners in a Grid Infrastructure Cluster using ASM? (Choose two.)
A Java application using thick JDBC connections will soon be deployed, and you must configure a RAC database to support highly available connections.
Broken connections must be re-established as quickly as possible.
Which feature will support this requirement?
Examine this command:
Which two statements are required for this command to succeed? (Choose two.)
