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Which CDP form factor is deployed entirely on a customer's own on-premises hardware and serves as the storage and SDX foundation for private cloud?

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2026 Statistics

Key Facts: Cloudera CDP Generalist Exam

60

Number of Questions

Cloudera

90 min

Exam Duration

Cloudera

~$300

Exam Fee (USD)

Cloudera / training listings

Pass/Fail

Scoring (about 60-70%)

Cloudera

13

Core Components Tested

Cloudera CDP-0011 blueprint

5

Analytic Experiences

Cloudera

The Cloudera CDP Generalist (CDP-0011) is a broad-knowledge certification covering the Cloudera Data Platform. It is an online, proctored multiple-choice exam of about 60 questions in 90 minutes, costing roughly $300 USD, with no reference materials allowed. It tests the functions and comparisons of core CDP components (HDFS, Ozone, Hive, Impala, Kudu, HBase, Phoenix, YARN, Spark, Kafka, NiFi, Oozie, Hue), SDX security and governance (Ranger, Atlas, Knox), the five analytic experiences, public-cloud and Private Cloud Base deployment, and the Cloudera Manager, Workload XM, and Replication Manager tools.

Sample Cloudera CDP Generalist Practice Questions

Try these sample questions to test your Cloudera CDP Generalist exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In CDP Private Cloud Base, which component is the primary distributed file storage system that splits large files into blocks and replicates them across DataNodes?
A.HDFS
B.Apache Ozone
C.Apache Kudu
D.Apache HBase
Explanation: HDFS (Hadoop Distributed File System) is the foundational block-based storage layer in CDP. A NameNode holds metadata (file-to-block mapping and block locations) while DataNodes store the actual data blocks, with a default replication factor of three for fault tolerance.
2Apache Ozone was introduced in CDP primarily to overcome which limitation of HDFS?
A.Lack of SQL query support
B.The NameNode small-file and scalability limit on the number of objects
C.Inability to run on commodity hardware
D.Absence of replication for fault tolerance
Explanation: Apache Ozone is a scalable, distributed object store designed to scale to billions of keys and handle small files efficiently, addressing the HDFS NameNode metadata bottleneck. Its key components are the Ozone Manager (OM), Storage Container Manager (SCM), and DataNodes.
3Which two daemons make up the core of Apache Ozone's metadata management?
A.NameNode and DataNode
B.ResourceManager and NodeManager
C.Ozone Manager (OM) and Storage Container Manager (SCM)
D.Master and RegionServer
Explanation: Apache Ozone separates the namespace and block management roles: the Ozone Manager (OM) manages the key/namespace metadata, while the Storage Container Manager (SCM) manages the block (container) space and DataNode lifecycle. This separation is what lets Ozone scale far beyond a single HDFS NameNode.
4A team needs a SQL data warehouse engine in CDP that tolerates a DataNode failure mid-query and is best for long-running, complex batch ETL. Which engine fits best?
A.Apache Impala
B.Apache Kudu
C.Apache Phoenix
D.Apache Hive (on Tez)
Explanation: Apache Hive is the batch-oriented SQL data warehouse engine in CDP. It is fault tolerant and can recover from mid-query node failures, making it ideal for long-running, complex ETL and multi-database queries even though its latency is higher than Impala.
5Which CDP SQL engine is purpose-built for low-latency, interactive (BI-style) queries with high throughput, but does not recover from a mid-query node failure?
A.Apache Impala
B.Apache Hive
C.Apache Oozie
D.Apache NiFi
Explanation: Apache Impala is a massively parallel processing (MPP) SQL engine designed for fast, interactive analytics. It delivers very low latency and high throughput for BI dashboards, but unlike Hive it is not fault tolerant, so a query that fails mid-execution must be restarted.
6What is the primary role of YARN in a CDP cluster?
A.Storing data blocks across the cluster
B.Managing cluster resources (CPU/memory) and scheduling application containers
C.Providing SQL access to HBase
D.Capturing schema and lineage metadata
Explanation: YARN (Yet Another Resource Negotiator) is the cluster resource-management and job-scheduling layer. The ResourceManager allocates cluster resources globally and the NodeManager on each worker runs and monitors application containers such as Spark or MapReduce tasks.
7Within YARN, which daemon runs on each worker node to launch containers and report resource usage back to the ResourceManager?
A.RegionServer
B.DataNode
C.NodeManager
D.TabletServer
Explanation: The NodeManager is the per-node YARN agent. It launches and monitors application containers on its host and continuously reports node health and resource utilization to the global ResourceManager, which makes the overall scheduling decisions.
8Which CDP component is a fast, in-memory, distributed processing engine commonly used for ETL, analytics, and machine learning, and typically runs on YARN?
A.Apache Ozone
B.Apache Hue
C.Apache Phoenix
D.Apache Spark
Explanation: Apache Spark is the unified in-memory data processing engine in CDP, used for batch ETL, streaming, SQL, and machine learning. It commonly runs on YARN, which allocates its executors, and can read from HDFS, Ozone, Kudu, HBase, and other stores.
9Which statement best describes Apache Hue in CDP?
A.A web-based interactive SQL editor and analytics workbench for querying Hive, Impala, and other engines
B.A NoSQL database for real-time key lookups
C.A workflow scheduler that triggers Spark and MapReduce jobs
D.A columnar storage engine for fast analytics
Explanation: Apache Hue is a web-based analytics workbench that gives analysts a graphical SQL editor and browsers for Hive, Impala, and other engines. It lets users write and run queries, explore tables, and visualize results without using the command line.
10What is the primary function of Apache Oozie in CDP?
A.Real-time stream processing of Kafka topics
B.Workflow scheduling and coordination of Hadoop jobs such as Spark, Hive, and MapReduce
C.Storing time-series sensor data
D.Providing role-based access control policies
Explanation: Apache Oozie is a workflow scheduler that orchestrates and coordinates Hadoop jobs. It runs directed-acyclic-graph (DAG) workflows of actions such as Hive, Spark, and MapReduce, and can launch them on a time-based or data-availability trigger.

About the Cloudera CDP Generalist Exam

The Cloudera CDP Generalist exam (CDP-0011) validates broad, role-agnostic knowledge of the Cloudera Data Platform (CDP) across public and private cloud form factors. Unlike role-based certifications, it is aimed at administrators, developers, data analysts, data engineers, and data scientists alike. The blueprint emphasizes describing and comparing the main CDP architecture components (HDFS, Apache Ozone, Hive, Hue, YARN, Spark, Impala, Oozie, Kafka, NiFi, HBase, Phoenix, and Kudu), the security and governance provided by Cloudera's Shared Data Experience (SDX), the five analytic experiences, deployment of CDP on public clouds and CDP Private Cloud Base, and the management tools Cloudera Manager, Workload XM, and Replication Manager.

Questions

60 scored questions

Time Limit

90 minutes

Passing Score

Pass/Fail (approximately 60-70%)

Exam Fee

$300 (approximately) (Cloudera)

Cloudera CDP Generalist Exam Content Outline

25%

Main CDP Architecture Components

Describe and compare HDFS, Apache Ozone, Hive, Hue, YARN, Spark, Impala, Oozie, Kafka, NiFi, HBase, Phoenix, and Kudu. Know storage vs query vs streaming roles, Hive vs Impala trade-offs, Ozone vs HDFS scalability, and when to use Kudu, HBase, or Phoenix.

15%

CDP Security and Governance (SDX)

Compare CDP Public Cloud and Private Cloud Base security. Cover SDX with Apache Ranger (authorization), Atlas (metadata/lineage), and Knox (perimeter gateway); cloud SSO vs LDAP/Kerberos; HDFS Transparent Data Encryption with Ranger KMS; Navigator Encrypt; and TLS/SSL.

15%

Five Analytic Experiences

Match workloads to Cloudera Data Engineering (Spark ETL), Data Warehouse (Hive/Impala SQL), Operational Database (HBase/Phoenix OLTP), Machine Learning / Cloudera AI (data science), and DataFlow (NiFi streaming ingestion).

15%

CDP Public Cloud Deployment

Deploy CDP on AWS, Azure, and GCP using the Management Console, environments, and Data Lakes. Know cloud object storage (Amazon S3, Azure Data Lake Storage Gen2, Google Cloud Storage) and the networking/IAM prerequisites for registering an environment.

10%

CDP Private Cloud Base Local System Requirements

Identify on-premises requirements: supported 64-bit Linux, a supported JDK, a supported relational database, forward/reverse DNS, NTP time sync, OS tuning (swappiness, transparent huge pages, ulimits), ZooKeeper HA, and host sizing with role distribution.

5%

Cloudera Manager

Centralized deployment, parcel-based install and rolling upgrades, configuration management, and health and performance monitoring of clusters and services, with a per-host Cloudera Manager Agent.

5%

Workload XM

Workload Experience Manager provides end-to-end visibility to analyze, troubleshoot, and optimize workloads, flag slow or failing queries, recommend tuning, and support migration and scaling.

5%

Replication Manager

Replicate and migrate data and associated metadata (such as Hive schemas) between clusters and clouds for backup, disaster recovery, and migration, using secure peer relationships and replication policies.

How to Pass the Cloudera CDP Generalist Exam

What You Need to Know

  • Passing score: Pass/Fail (approximately 60-70%)
  • Exam length: 60 questions
  • Time limit: 90 minutes
  • Exam fee: $300 (approximately)

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

Cloudera CDP Generalist Study Tips from Top Performers

1Master the component map: which tool is storage (HDFS, Ozone, Kudu, HBase), which is a query engine (Hive, Impala, Phoenix), which is streaming (Kafka, NiFi), and which is scheduling or UI (Oozie, Hue).
2Memorize the Hive vs Impala trade-off: Hive is fault-tolerant and batch-oriented; Impala is a low-latency MPP engine that cannot recover from a mid-query failure.
3Know Ozone vs HDFS: Ozone (with Ozone Manager and Storage Container Manager) scales to billions of keys and handles small files, overcoming the single-NameNode metadata limit.
4Learn the three SDX components cold: Ranger enforces authorization, Atlas manages metadata and lineage, and Knox is the perimeter gateway; Ranger KMS manages HDFS TDE keys.
5Be able to match each of the five analytic experiences to a workload, and distinguish the three management tools: Cloudera Manager (admin/monitor), Workload XM (optimize), Replication Manager (replicate/DR).
6Review Private Cloud Base prerequisites (64-bit Linux, JDK, relational database, DNS, NTP, ZooKeeper HA) and the public-cloud object stores (S3, ADLS Gen2, GCS).

Frequently Asked Questions

What are the exam facts for the Cloudera CDP Generalist (CDP-0011)?

CDP-0011 is an online, proctored, multiple-choice exam of about 60 questions in 90 minutes, costing roughly $300 USD. It is graded pass/fail, allows no reference materials, and tests broad knowledge of the Cloudera Data Platform.

Who should take the CDP Generalist exam?

Unlike role-based exams, CDP-0011 is designed for multiple roles: administrators, developers, data analysts, data engineers, and data scientists. It validates broad, general knowledge of CDP rather than deep specialization in one area.

Which topic carries the most weight on CDP-0011?

Describing the function of the main CDP architecture components is the heaviest area at about 25%, covering HDFS, Ozone, Hive, Hue, YARN, Spark, Impala, Oozie, Kafka, NiFi, HBase, Phoenix, and Kudu.

What are the five analytic experiences in CDP?

They are Cloudera Data Engineering, Cloudera Data Warehouse, Cloudera Operational Database, Cloudera Machine Learning (Cloudera AI), and Cloudera DataFlow. The exam expects you to match each workload to the right experience.

What is SDX in CDP?

Shared Data Experience (SDX) is the layer that delivers consistent security, governance, metadata, schema, and lineage across all CDP workloads and form factors, using Apache Ranger for authorization, Apache Atlas for governance, and Apache Knox for perimeter security.

How should I prepare for CDP-0011?

Focus on the role of each CDP component and the trade-offs between them (Hive vs Impala, Ozone vs HDFS, HBase vs Kudu vs Phoenix), the five analytic experiences, SDX security, public-cloud and Private Cloud Base deployment, and the functions of Cloudera Manager, Workload XM, and Replication Manager.