Format: Multiple Choice
Duration: 90 Minutes
Number of Questions: 50
Passing Score: 68%
Validation: This exam has been validated against Oracle Cloud Infrastructure 2025
Policy: Cloud Recertification
Earn associated certifications
Passing this exam is required to earn these certifications. Select each certification title below to view full requirements.
Oracle Cloud Database Services 2025 Certified Professional
Prepare to pass exam: 1Z0-1093-25
An Oracle Cloud Database Services 2025 Certified Professional has demonstrated the knowledge and skills required to implement Oracle Database Cloud Service on the Oracle Cloud Infrastructure (OCI) platform.
They can configure and monitor Oracle Base Database services, deploy Exadata DBs, manage MySQL Database and HeatWave, understand the NoSQL Database Cloud Service requirements and describe the Oracle Cloud Infrastructure Database Management service.
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Take recommended training
Complete one of the courses below to prepare for your exam (optional):
Become an Oracle Cloud Database Service Professional – 2025
Additional Preparation and Information
A combination of Oracle training and hands-on experience (attained via labs and/or field experience), in the learning subscription, provides the best preparation for passing the exam.
Review exam topics
The following table lists the exam objectives and their weightings.
Base Database Service – VM (BaseDB) 20%
Exadata Database Service (ExaDB) 20%
MySQL HeatWave Technical Overview 20%
NoSQL Database Service Technical Overview 20%
Oracle Cloud Infrastructure Database Management Service 20%
Base Database Service – VM (BaseDB)
Describe Base Database Service
Provisioning Base Database Service
Explain BaseDB – Database Lifecycle Management
Explain BaseDB – Backup and Recovery
Patch and Upgrade BaseDB User Managed Components
Describe Base Database Service Monitoring & Management Interfaces
Exadata Database Service (ExaDB)
Explain the Exadata Database Service
Provision Exadata Database Service
Explain Exadata Cloud Infrastructure and VM Cluster Management
Explain Exadata Database Lifecycle Management
Explain Exadata Database Service Management Interfaces & Utilities
MySQL HeatWave Technical Overview
Describe the MySQL HeatWave
Provision MySQL HeatWave
Migrate a MySQL Instance To MySQL HeatWave
Explain MySQL HeatWave OLAP AutoML Lakehouse
Operate MySQL HeatWave
NoSQL Database Service Technical Overview
Describe NoSQL
Explain Table Security Management
Explain Table Rate Limiting
Describe NoSQL data models
Explain provisioned throughput for NoSQL Database Cloud Service
Describe NoSQL language SDKs
Oracle Cloud Infrastructure Database Management Service
Describe the Oracle Cloud Infrastructure Database Management Service
Enable database management service for cloud databases
Monitor cloud databases
Perform diagnostics and tuning for cloud databases
Administer cloud databases
Sample Question and Answers
QUESTION 1
Which technology within the Exadata Database Service provides intelligent data offloading and processing capabilities directly within the storage tier?
A. Oracle Data Guard
B. Exadata Smart Scan
C. Oracle Active Data Guard
D. Exadata Smart Flash Cache
Answer: B
Explanation:
Exadata Smart Scan:
This technology is a core feature of Exadata storage servers. It allows the storage servers to perform
data filtering, projection, and other processing tasks directly within the storage tier before sending
the results to the database compute nodes. This significantly reduces the amount of data transferred
over the network, leading to improved query performance.
Why the other options are incorrect:
A . Oracle Data Guard: Used for disaster recovery and high availability, not for in-storage processing.
C . Oracle Active Data Guard: Allows read-only access to a standby database, but doesnt provide instorage processing.
D . Exadata Smart Flash Cache: Used for caching frequently accessed data in flash memory to
improve I/O performance. While it enhances performance, it does not provide intelligent data offloading and processing within the storage tier. Reference:
Oracle Exadata Database Service Documentation
QUESTION 2
Which two requirements must be met before you can create an Exadata Database Service VM Cluster?
A. A configured Oracle Cloud Infrastructure (OCI) Vault and Key.
B. A Virtual Cloud Network (VCN) with necessary subnets for client access and backups.
C. A valid support identifier (SI) associated with the OCI account.
D. A configured Exadata Cloud@Customer infrastructure.
E. An Exadata Infrastructure resource must be created first.
Answer: B, E
Explanation:
B . VCN and Subnets:
Exadata Database Service VM Clusters require a VCN to provide network connectivity for database
instances, client access, and backups. Proper subnets are essential for this network setup.
E . Exadata Infrastructure Resource:
Before creating a VM Cluster, an Exadata Infrastructure resource must be provisioned. The VM Cluster resides within this infrastructure.
Why the other options are incorrect:
A: OCI Vault and Key are used for encryption but not mandatory for VM Cluster creation.
C: A valid SI is needed for support but not a technical requirement for VM cluster creation.
D: Exadata Cloud@Customer is a separate service from Exadata Database Service.
Reference:
Oracle Exadata VM Cluster Documentation
QUESTION 3
Which statement accurately describes the primary function of a NoSQL Database Cloud Service SDK?
A. To define the physical storage layout of the database.
B. To provide a programming interface for interacting with the database, abstracting away low-level API details.
C. To manage the underlying infrastructure hosting the NoSQL database.
D. To configure network security policies for accessing the database.
Answer: B
Explanation:
SDK Function:
An SDK simplifies database interaction by providing libraries and tools that abstract away the
complexities of the underlying API. This allows developers to use familiar programming languages
and constructs to interact with the database.
Why the other options are incorrect:
A: Physical storage layout is managed by the database service, not the SDK.
C: Infrastructure management is handled by cloud providers, not the SDK.
D: Network security policies are managed via OCI console or infrastructure tools, not the SDK.
Reference:
Oracle NoSQL Database Service Documentation
QUESTION 4
Which two statements accurately describe the relationship between Database Management andmetrics collected in OCI Monitoring service?
A. Database Management retrieves performance data exclusively from the OCI Monitoring service and does not directly query the database.
B. Database Management directly queries the database for detailed performance data and supplements it with metrics from the OCI Monitoring service.
C. Database Management’s data collection is completely independent of the OCI Monitoring service.
D. Database Management relies on custom metrics uploaded to OCI Monitoring by the user in order to provide its monitoring features.
Answer: B, C
Explanation:
B: Database Management directly queries the database to gather performance data, such as SQL
performance and active session history. It also integrates with OCI Monitoring for infrastructure-level metrics like CPU, memory, and storage utilization.
C: Database Management can function independently of OCI Monitoring since it has its own data collection mechanisms.
Why the other options are incorrect:
A: Database Management does not rely solely on OCI Monitoring.
D: It does not require custom metrics from the user.
Reference:
Oracle Database Management Service Documentation
QUESTION 5
The concept of ‘schema-less’ in the context of NoSQL databases primarily refers to what?
A. The database automatically infers the schema from the data being inserted, without requiring any explicit schema definition beforehand.
B. All data stored within the database must conform to a single, universally defined schema for consistency.
C. Data is stored in a highly structured format, mirroring the tabular structure of relational databases with predefined columns and data types.
D. Data is stored in a binary format, eliminating the need for any schema or data interpretation.
Answer: A
Explanation:
Schema-less in NoSQL:
This means you don’t need to define a rigid, fixed structure before data insertion. Each record can
have its own structure, allowing flexibility for evolving data models. This is useful for unstructured or
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