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DBS-C01 Real Exam Questions

AWS Certified Database - Specialty (DBS-C01) Exam. Everything you need to prepare, practice, and pass.

368

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6

Exam Domains

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Certification Overview

This certification heavily emphasizes workload-specific database design across relational (Aurora, RDS MySQL/PostgreSQL/SQL Server) and NoSQL (DynamoDB) services. Key areas include deployment and migration strategies using AWS DMS, robust management and operations, and critical monitoring and troubleshooting techniques. A significant focus is also placed on implementing comprehensive database security measures.

What This Certification Proves

The AWS Certified Database - Specialty (DBS-C01) certification validates an individual's advanced expertise in designing, deploying, and maintaining optimal AWS database solutions for various workloads. It demonstrates proficiency in a wide range of AWS database services, proving the ability to handle complex data challenges and ensure high performance, scalability, and security.

Who Should Take This Exam

This exam is ideal for experienced Database Administrators, Database Developers, Solution Architects, and DevOps Engineers who have two or more years of hands-on experience working with AWS database technologies. It targets professionals looking to specialize in AWS data solutions and validate their deep understanding of database strategies and operations on the AWS platform.

Topic Breakdown

6 domains covering 365 questions

DomainQuestionsWeight
Management And Operations8624%
Deployment And Migration7922%
Workload-Specific Database Design7119%
Database Security6718%
Monitoring And Troubleshooting5415%
Security Operations82%

Study Plans

Choose a study plan that matches your schedule and experience level

30 Days

Intensive Sprint

Week 1-2

  • Master fundamentals: Management And Operations
  • Read Amazon official documentation
  • Complete 13 questions daily

Week 3

  • Deep dive: Deployment And Migration
  • Review weak areas from results
  • Take 2 full-length exams

Week 4

  • Review all flagged questions
  • Timed exams to build stamina
  • Final revision of key concepts

60 Days

Balanced Approach

Week 1-2

  • Survey all exam domains
  • Set up study environment
  • Begin with foundational topics

Week 3-4

  • Focus: Management And Operations
  • Focus: Deployment And Migration
  • 7 questions daily

Week 5-6

  • Focus: Workload-Specific Database Design
  • Hands-on labs if applicable
  • Review explanations for wrong answers

Week 7-8

  • Complete all 368 questions
  • Identify and eliminate weak areas
  • Take 3 full-length timed tests

90 Days

Comprehensive Study

Month 1

  • Learn all exam domains at a comfortable pace
  • Build strong foundational knowledge
  • 5 questions daily

Month 2

  • Deep dive into each domain
  • Hands-on practice and labs
  • Take weekly timed exams

Month 3

  • Work through all 368 questions
  • Identify and eliminate weak areas
  • Take 3 full-length timed exams

DBS-C01-Specific Tips

  • Master the differences and appropriate use cases for various AWS relational databases (Aurora MySQL/PostgreSQL, RDS MySQL/SQL Server), focusing on High Availability (Multi-AZ) and performance scaling (read replicas).
  • Deep dive into Amazon DynamoDB, covering its core concepts like partitions, indexes, DAX, Streams, and Global Tables, understanding its serverless architecture and ideal use cases for NoSQL workloads.
  • Gain practical experience with AWS Database Migration Service (DMS), understanding its capabilities for homogeneous and heterogeneous migrations, schema conversion tools, and continuous data replication.
  • Focus on database security best practices across all AWS database services, including encryption at rest and in transit, IAM roles and policies, security groups, network ACLs, and AWS KMS integration.
  • Practice monitoring and troubleshooting database performance and availability using AWS CloudWatch, Performance Insights, and database specific logs for services like Aurora and RDS.
  • Understand how to automate the deployment and management of database infrastructure using Infrastructure as Code tools like AWS CloudFormation.
  • Review the Well-Architected Framework's pillars (especially Reliability, Performance Efficiency, and Security) as they apply to designing and operating robust database solutions on AWS.

Relevant Career Roles

AWS Database AdministratorCloud Solutions ArchitectSenior Database EngineerDevOps Engineer (Data Focus)Data Migration Specialist

Sample Questions

Try 5 free questions from the DBS-C01 question bank

Q1Management and Operations

A company needs to deploy an Amazon Aurora PostgreSQL DB instance into multiple accounts. The company will initiate each DB instance from an existing Aurora PostgreSQL DB instance that runs in a shared account. The company wants the process to be repeatable in case the company adds additional accounts in the future. The company also wants to be able to verify if manual changes have been made to the DB instance configurations after the company deploys the DB instances. A database specialist has determined that the company needs to create an AWS CloudFormation template with the necessary configuration to create a DB instance in an account by using a snapshot of the existing DB instance to initialize the DB instance. The company will also use the CloudFormation template's parameters to provide key values for the DB instance creation (account ID, etc.). Which final step will meet these requirements in the MOST operationally efficient way?

Q2Deployment and Migration

A company is moving its fraud detection application from on premises to the AWS Cloud and is using Amazon Neptune for data storage. The company has set up a 1 Gbps AWS Direct Connect connection to migrate 25 TB of fraud detection data from the on-premises data center to a Neptune DB instance. The company already has an Amazon S3 bucket and an S3 VPC endpoint, and 80% of the company's network bandwidth is available. How should the company perform this data load?

Q3Monitoring and Troubleshooting

A company has deployed an e-commerce web application in a new AWS account. An Amazon RDS for MySQL Multi-AZ DB instance is part of this deployment with a database- 1.xxxxxxxxxxxx.us-east-1.rds.amazonaws.com endpoint listening on port 3306. The company's Database Specialist is able to log in to MySQL and run queries from the bastion host using these details. When users try to utilize the application hosted in the AWS account, they are presented with a generic error message. The application servers are logging a "could not connect to server: Connection times out" error message to Amazon CloudWatch Logs. What is the cause of this error?

Q4Management and Operations

A company stores critical data for a department in Amazon RDS for MySQL DB instances. The department was closed for 3 weeks and notified a database specialist that access to the RDS DB instances should not be granted to anyone during this time. To meet this requirement, the database specialist stopped all the DB instances used by the department but did not select the option to create a snapshot. Before the 3 weeks expired, the database specialist discovered that users could connect to the database successfully. What could be the reason for this?

Q5Management and Operations

A software company uses an Amazon RDS for MySQL Multi-AZ DB instance as a data store for its critical applications. During an application upgrade process, a database specialist runs a custom SQL script that accidentally removes some of the default permissions of the master user. What is the MOST operationally efficient way to restore the default permissions of the master user?

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