BDS-C00 Exam Details

  • Exam Code
    :BDS-C00
  • Exam Name
    :AWS Certified Big Data - Speciality (BDS-C00)
  • Certification
    :Amazon Certifications
  • Vendor
    :Amazon
  • Total Questions
    :264 Q&As
  • Last Updated
    :May 25, 2026

Amazon BDS-C00 Online Questions & Answers

  • Question 111:

    An Amazon Redshift Database is encrypted using KMS. A data engineer needs to use the AWS CLI to create a KMS encrypted snapshot of the database in another AWS region. Which three steps should the data engineer take to accomplish this task? (Choose three.)

    A. Create a new KMS key in the destination region.
    B. Copy the existing KMS key to the destination region.
    C. Use CreateSnapshotCopyGrant to allow Amazon Redshift to use the KMS key from the source region.
    D. In the source region, enable cross-region replication and specify the name of the copy grant created.
    E. In the destination region, enable cross-region replication and specify the name of the copy grant created.
    F. Use CreateSnapshotCopyGrant to allow Amazon Redshift to use the KMS key created in the destination region.

  • Question 112:

    A social media customer has data from different data sources including RDS running MySQL, Redshift, and Hive on EMR. To support better analysis, the customer needs to be able to analyze data from different data sources and to combine the results.

    What is the most cost-effective solution to meet these requirements?

    A. Load all data from a different database/warehouse to S3. Use Redshift COPY command to copy data to Redshift for analysis.
    B. Install Presto on the EMR cluster where Hive sits. Configure MySQL and PostgreSQL connector to select from different data sources in a single query.
    C. Spin up an Elasticsearch cluster. Load data from all three data sources and use Kibana to analyze.
    D. Write a program running on a separate EC2 instance to run queries to three different systems. Aggregate the results after getting the responses from all three systems.

  • Question 113:

    You can use _____ and _____ to help secure the instances in your VPC.

    A. security groups and multi-factor authentication
    B. security groups and 2-Factor authentication
    C. security groups and biometric authentication
    D. security groups and network ACLs

  • Question 114:

    You have a large number of web servers in an Auto Scaling group behind a load balancer. On an hourly basis, you want to filter and process the logs to collect data on unique visitors, and then put that data in a durable data store in order to run reports. Web servers in the Auto Scaling group are constantly launching and terminating based on your scaling policies, but you do not want to lose any of the log data from these servers during a stop/termination initiated by a user or by Auto Scaling.

    What two approaches will meet these requirements?

    Choose 2 answers

    A. Install an Amazon CloudWatch Logs Agent on every web server during the bootstrap process. Create a CloudWatch log group and define metric Filters to create custom metrics that track unique visitors from the streaming web server logs. Create a scheduled task on an Amazon EC2 instance that runs every hour to generate a new report based on the CloudWatch custom metrics
    B. On the web servers, create a scheduled task that executes a script to rotate and transmit the logs to Amazon Glacier. Ensure that the operating system shutdown procedure triggers a logs transmission when the Amazon EC2 instance is stopped/terminated. Use Amazon Data pipeline to process data in Amazon Glacier and run reports every hour
    C. On the web servers, create a scheduled task that executes a script to rotate and transmit the logs to an Amazon S3 bucket. Ensure that the operating system shutdown process triggers a logs transmission when the Amazon EC2 instance is stopped/terminated. Use AWS Data Pipeline to move log data from the Amazon S3 bucket to Amazon Redshift in order to process and run reports every hour
    D. Install an AWS Data Pipeline Logs Agent on every web server during the bootstrap process. Create a log group object in AWS Data Pipeline, and define Metric filters to move processed log data directly from the web servers to Amazon Redshift and runs reports every hour

  • Question 115:

    A city has been collecting data on its public bicycle share program for the past three years. The 5PB dataset currently resides on Amazon S3. The data contains the following datapoints:

    1.

    Bicycle origination points

    2.

    Bicycle destination points

    3.

    Mileage between the points

    4.

    Number of bicycle slots available at the station (which is variable based on the station location)

    5.

    Number of slots available and taken at a given time

    The program has received additional funds to increase the number of bicycle stations available. All data is regularly archived to Amazon Glacier.

    The new bicycle stations must be located to provide the most riders access to bicycles.

    How should this task be performed?

    A. Move the data from Amazon S3 into Amazon EBS-backed volumes and use an EC-2 based Hadoop cluster with spot instances to run a Spark job that performs a stochastic gradient descent optimization.
    B. Use the Amazon Redshift COPY command to move the data from Amazon S3 into Redshift and perform a SQL query that outputs the most popular bicycle stations.
    C. Persist the data on Amazon S3 and use a transient EMR cluster with spot instances to run a Spark streaming job that will move the data into Amazon Kinesis.
    D. Keep the data on Amazon S3 and use an Amazon EMR-based Hadoop cluster with spot instances to run a Spark job that performs a stochastic gradient descent optimization over EMRFS.

  • Question 116:

    Your customers located around the globe require low-latency access to private video files. Which configuration meets these requirements?

    A. Use Amazon CloudFront with signed URLs
    B. Use Amazon EC2 with provisioned IOPS Amazon EBS volumes
    C. Use Amazon S3 with signed URLs
    D. Use Amazon S3 with access control lists

  • Question 117:

    You are deploying an application to track GPS coordinates of delivery in the United States. Coordinates are transmitted from each delivery truck once every three seconds. You need to design an architecture that will enable realtime processing of these coordinates from multiple consumers.

    Which service should you use to implement data ingestion?

    A. Amazon Kinesis
    B. AWS Data Pipeline
    C. Amazon AppStream
    D. Amazon Simple Queue Service

  • Question 118:

    An enterprise customer is migrating to Redshift and is considering using dense storage nodes in its Redshift cluster. The customer wants to migrate 50 TB of data. The customer's query patterns involve performing many joins with thousands

    of rows.

    The customer needs to know how many nodes are needed in its target Redshift cluster. The customer has a limited budget and needs to avoid performing tests unless absolutely needed.

    Which approach should this customer use?

    A. Start with many small nodes.
    B. Start with fewer large nodes.
    C. Have two separate clusters with a mix of a small and large nodes.
    D. Insist on performing multiple tests to determine the optimal configuration.

  • Question 119:

    Your company wants to start working with AWS, but has not yet opened an account. With which of the following services should you begin local development?

    A. Amazon DynamoDB
    B. Amazon Simple Queue Service
    C. Amazon Simple Email Service
    D. Amazon CloudSearch

  • Question 120:

    An organization is designing an Amazon DynamoDB table for an application that must meet the following requirements:

    1.

    Item size is 40 KB

    2.

    Read/write ratio 2000/500 sustained, respectively

    3.

    Heavily read-oriented and requires low latencies in the order of milliseconds

    4.

    The application runs on an Amazon EC2 instance

    5.

    Access to the DynamoDB table must be secure within the VPC

    6.

    Minimal changes to application code to improve performance using write-through cache Which design options will BEST meet these requirements?

    A. Size the DynamoDB table with 10000 RCUs/20000 WCUs, implement the DynamoDB Accelerator (DAX) for read performance, use VPC endpoints for DynamoDB, and implement an IAM role on the EC2 instance to secure DynamoDB access.
    B. Size the DynamoDB table with 20000 RCUs/20000 WCUs, implement the DynamoDB Accelerator (DAX) for read performance, leverage VPC endpoints for DynamoDB, and implement an IAM user on the EC2 instance to secure DynamoDB access.
    C. Size the DynamoDB table with 10000 RCUs/20000 WCUs, implement Amazon ElastiCache for read performance, set up a NAT gateway on VPC for the EC2 instance to access DynamoDB, and implement an IAM role on the EC2 instance to secure DynamoDB access.
    D. Size the DynamoDB table with 20000 RCUs/20000 WCUs, implement Amazon ElastiCache for read performance, leverage VPC endpoints for DynamoDB, and implement an IAM user on the EC2 instance to secure DynamoDB access.

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