Confluent Certified Administrator for Apache Kafka
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Exam Code
CCAAK
Exam Name
Confluent Certified Administrator for Apache Kafka
Questions
54 Questions Answers With Explanation
Update Date
04, 30, 2026
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Confluent CCAAK Sample Question Answers
Question # 1
Which ksqlDB statement produces data that is persisted into a Kafka topic?
A. SELECT (Pull Query) B. SELECT (Push Query) C. INSERT VALUES D. CREATE TABLE
Answer: C
Explanation:
INSERT VALUES is used to write data directly into a Kafka topic through a ksqlDB stream or table. This
data is persisted.
Question # 2
The Consumer property ˜auto offset reset determines what to do if there is no valid offset for a Consumer Group. Which scenario is an example of a valid offset and therefore the ˜auto.offset.reset does NOT apply?
A. The Consumer offset is greater than the last offset in the partition (log end offset). B. The Consumer offset is less than the smallest offset in the partition (log start offset). C. The Consumer Group started for the first time. D. When an offset points to a message that has been removed by compaction but is still within the current partition.offset range.
Answer: D
Explanation:
In this scenario, the offset itself is still valid, even though the record at that offset was compacted
away. The consumer can continue consuming from the next available record. Therefore,
auto.offset.reset does NOT apply, because there is a valid offset present
Question # 3
What is the correct permission check sequence for Kafka ACLs? What is the correct permission check sequence for Kafka ACLs?
A. Super Users -> Deny ACL -> Allow ACL -> Deny B. Allow ACL -> Deny ACL -> Super Users -> Deny C. Deny ACL -> Deny -> Allow ACL -> Super Users D. Super Users -> Allow ACL -> Deny ACL-> Deny
Answer: D
Explanation:
Kafka checks permissions in the following sequence:
1. Super Users: If the user is a super user (defined via super.users), access is granted immediately.
2. Allow ACL: If there is a matching Allow ACL, Kafka proceeds to the next step.
3. Deny ACL: If there is a matching Deny ACL, access is denied (even if an Allow exists).
4. Deny: If no matching ACLs are found, access is denied by default.
This order ensures that super users bypass ACLs, denials override allows, and default is deny.
Question # 4
Which option is a valid Kafka Topic cleanup policy? (Choose two.)
A. delete B. default C. compact D. cleanup
Answer: A, C
Explanation:
The delete policy deletes old log segments when they exceed the retention period or size.
The compact policy retains only the latest record for each key, enabling efficient key-based storage.
Question # 5
How does Kafka guarantee message integrity after a message is written on a disk?
A. A message can be edited by the producer, producing to the message offset. B. A message cannot be altered once it has been written. C A message can be grouped with message sharing the same key to improve read performance D. Only message metadata can be altered using command line (CLI) tools.
Answer: B
Explanation:
Kafka ensures message immutability for data integrity. Once a message is written to a Kafka topic
and persisted to disk, it cannot be modified. This immutability guarantees that consumers always
receive the original message content, which is critical for auditability, fault tolerance, and data
reliability
Question # 6
What are benefits to gracefully shutting down brokers? (Choose two.)
A. It will sync all its logs to disk to avoid needing to do any log recovery when it restarts. B. It will migrate any partitions the server is the leader for to other replicas prior to shutting down. C. It will automatically re-elect leaders on restart. D. It will balance the partitions across brokers before restarting.
Answer: A, B
Explanation:
A graceful shutdown ensures that logs are flushed to disk, minimizing recovery time during restart.
Kafka performs controlled leader migration during a graceful shutdown to avoid disruption and
ensure availability.
Question # 7
An employee in the reporting department needs assistance because their data feed is slowing down. You start by quickly checking the consumer lag for the clients on the data stream. Which command will allow you to quickly check for lag on the consumers?
A. bin/kafka-consumer-lag.sh B. bin/kafka-consumer-groups.sh C. bin/kafka-consumer-group-throughput.sh D. bin/kafka-reassign-partitions.sh
Answer: B
Explanation:
The kafka-consumer-groups.sh script is used to inspect consumer group details, including consumer
lag, which indicates how far behind a consumer is from the latest data in the partition.
The typical usage is bin/kafka-consumer-groups.sh --bootstrap-server <broker> --describe --group
<group_id>
Question # 8
When using Kafka ACLs, when is the resource authorization checked?
A. Each time the resource is accessed. B. The initial time the resource is accessed. C. Each time the resource is accessed within the configured authorization interval. D. When the client connection is first established.
Answer: A
Explanation:
Kafka ACLs (Access Control Lists) perform authorization checks every time a client attempts to access
a resource (e.g., topic, consumer group). This ensures continuous enforcement of permissions, not
just at connection time or intervals. This approach provides fine-grained security, preventing
unauthorized actions at any time during a session.
Question # 9
You want to increase Producer throughput for the messages it sends to your Kafka cluster by tuning the batch size (˜batch size) and the time the Producer waits before sending a batch (˜linger.ms). According to best practices, what should you do?
A. Decrease ˜batch.size and decrease ˜linger.ms B. Decrease ˜batch.size and increase ˜linger.ms C. Increase ˜batch.size and decrease ˜linger.ms D. Increase ˜batch.size and increase ˜linger.ms
Answer: D
Explanation:
Increasing batch.size allows the producer to accumulate more messages into a single batch,
improving compression and reducing the number of requests sent to the broker.
Increasing linger.ms gives the producer more time to fill up batches before sending them, which
improves batching efficiency and throughput.
This combination is a best practice for maximizing throughput, especially when message volume is
high or consistent latency is not a strict requirement
Question # 10
Your Kafka cluster has four brokers. The topic t1 on the cluster has two partitions, and it has a replication factor of three. You create a Consumer Group with four consumers, which subscribes to t1. In the scenario above, how many Controllers are in the Kafka cluster?
A. One B. two C. three D. Four
Answer: A
Explanation:
In a Kafka cluster, only one broker acts as the Controller at any given time. The Controller is
responsible for managing cluster metadata, such as partition leadership and broker status. Even if the
cluster has multiple brokers (in this case, four), only one is elected as the Controller, and others serve as regular brokers. If the current Controller fails, another broker is automatically elected to take its
place.
Question # 11
A company is setting up a log ingestion use case where they will consume logs from numerous systems. The company wants to tune Kafka for the utmost throughput. In this scenario, what acknowledgment setting makes the most sense
A. acks=0 B. acks=1 C. acks=all D. acks=undefined
Answer: A
Explanation:
acks=0 provides the highest throughput because the producer does not wait for any
acknowledgment from the broker. This minimizes latency and maximizes performance.
However, it comes at the cost of no durability guarantees ” messages may be lost if the broker fails
before writing them. This setting is suitable when throughput is critical and occasional data loss is
acceptable, such as in some log ingestion use cases where logs are also stored elsewhere.
Question # 12
How can load balancing of Kafka clients across multiple brokers be accomplished?
A. Partitions B. Replicas C. Offsets D. Connectors
Answer: A
Explanation:
Partitions are the primary mechanism for achieving load balancing in Kafka. When a topic has multiple partitions, Kafka clients (producers and consumers) can distribute the load across brokers
hosting these partitions.
Question # 13
Which technology can be used to perform event stream processing? (Choose two.)
A. Confluent Schema Registry B. Apache Kafka Streams C. Confluent ksqlDB D. Confluent Replicator
Answer: B, C
Explanation:
Kafka Streams is a client library for building real-time applications that process and analyze data
When a broker goes down, what will the Controller do?
A. Wait for a follower to take the lead. B. Trigger a leader election among the remaining followers to distribute leadership. C. Become the leader for the topic/partition that needs a leader, pending the broker return in the cluster. D. Automatically elect the least loaded broker to become the leader for every orphan's partitions.
Answer: B
Explanation:
When a broker goes down, the Controller detects the failure and triggers a leader election for all
partitions that had their leader on the failed broker. The leader is chosen from the in-sync replicas
(ISRs) of each partition.
Question # 15
You are managing a Kafka cluster with five brokers (broker id '0', '1','2','3','4') and three ZooKeepers. There are 100 topics, five partitions for each topic, and replication factor three on the cluster. Broker id ˜0 is currently the Controller, and this broker suddenly fails. Which statements are correct? (Choose three.)
A. Kafka uses ZooKeeper's ephemeral node feature to elect a controller. B. The Controller is responsible for electing Leaders among the partitions and replicas. C. The Controller uses the epoch number to prevent a split brain scenario. D. The broker id is used as the epoch number to prevent a split brain scenario. E. The number of Controllers should always be equal to the number of brokers alive in the cluster. F. The Controller is responsible for reassigning partitions to the consumers in a Consumer Group.
Answer: A, B, C
Explanation:
Kafka relies on ZooKeepers ephemeral nodes to detect if a broker (controller) goes down and to
elect a new controller.
The controller manages partition leadership assignments and handles leader election when a broker
fails.
The epoch number ensures coordination and avoids outdated controllers acting on stale data.
Question # 16
If a broker's JVM garbage collection takes too long, what can occur?
A. There will be a trigger of the broker's log cleaner thread. B. ZooKeeper believes the broker to be dead. C. There is backpressure to, and pausing of, Kafka clients. D. Log files written to disk are loaded into the page cache.
Answer: B
Explanation:
If the broker's JVM garbage collection (GC) pause is too long, it may fail to send heartbeats to
ZooKeeper within the expected interval. As a result, ZooKeeper considers the broker dead, and the
broker may be removed from the cluster, triggering leader elections and partition reassignments.
Question # 17
A customer has a use case for a ksqlDB persistent query. You need to make sure that duplicate messages are not processed and messages are not skipped. Which property should you use?
A. processing.guarantee=exactly_once B. ksql.streams auto offset.reset=earliest C. ksql.streams auto.offset.reset=latest D. ksql.fail.on.production.error=false
Answer: A
Explanation:
processing.guarantee=exactly_once ensures that messages are processed exactly once by ksqlDB,
preventing both duplicates and message loss.
Question # 18
Multiple clients are sharing a Kafka cluster. As an administrator, how would you ensure that Kafka resources are distributed fairly to all clients?
A. Quotas B. Consumer Groups C. Rebalancing D. ACLs
Answer: A
Explanation:
Kafka quotas allow administrators to control and limit the rate of data production and consumption
per client (producer/consumer), ensuring fair use of broker resources among multiple clients.
Question # 19
You are using Confluent Schema Registry to provide a RESTful interface for storing and retrieving schemas. Which types of schemas are supported? (Choose three.)
A. Avro B. gRPC C. JSON D. Thrift E. Protobuf
Answer: A, C, E
Explanation:
Avro is the original and most commonly used schema format supported by Schema Registry.
Confluent Schema Registry supports JSON Schema for validation and compatibility checks.
Protocol Buffers (Protobuf) are supported for schema management in Schema Registry.
Question # 20
Which of the following are Kafka Connect internal topics? (Choose three.)
A. connect-confiqs B. connect-distributed C. connect-status D. connect-standalone E. connect-offsets
Answer: A, C, E
Explanation:
connect-configs stores connector configurations.
connect-status tracks the status of connectors and tasks (e.g., RUNNING, FAILED).
connect-offsets stores source connector offsets for reading from external systems.
Question # 21
By default, what do Kafka broker network connections have?
A. No encryption, no authentication and no authorization B. Encryption, but no authentication or authorization C. No encryption, no authorization, but have authentication D. Encryption and authentication, but no authorization
Answer: A
Explanation:
By default, Kafka brokers use the PLAINTEXT protocol for network communication. This means:
â— No encryption “ data is sent in plain text.
â— No authentication “ any client can connect without verifying identity.
â— No authorization “ there are no access control checks by default.
Security features like TLS, SASL, and ACLs must be explicitly configured.
Question # 22
Which valid security protocols are included for broker listeners? (Choose three.)
A. PLAINTEXT B. SSL C. SASL D. SASL_SSL E. GSSAPI
Answer: A, B, D
Question # 23
Which secure communication is supported between the REST proxy and REST clients?
A. TLS (HTTPS) B. MD5 C. SCRAM D. Kerberos
Answer: A
Question # 24
Which statements are correct about partitions? (Choose two.)
A. A partition in Kafka will be represented by a single segment on a disk. B. A partition is comprised of one or more segments on a disk. C. All partition segments reside in a single directory on a broker disk. D. A partition size is determined after the largest segment on a disk.
Answer: B, C
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