Amazon Elastic Block Storage (EBS) Skill Overview
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- Category: Technical > Storage networking
Description
Amazon Elastic Block Store (EBS) is a scalable, high-performance block storage service designed for use with Amazon EC2 instances. It provides persistent storage that can be dynamically adjusted to meet the needs of various workloads, from simple backups to complex database applications. EBS offers multiple volume types, each optimized for different performance and cost requirements, and supports features like encryption, snapshots, and cross-region replication for enhanced security and disaster recovery. By integrating seamlessly with other AWS services, EBS enables users to build robust, efficient, and secure storage solutions tailored to their specific needs, making it an essential component for cloud-based infrastructure.
Stack
Amazon Cloud,
Expected Behaviors
Micro Skills
Defining what Amazon EBS is
Explaining the purpose of EBS in cloud computing
Describing the benefits of using EBS
Comparing EBS with other AWS storage options
Listing the various types of EBS volumes
Explaining the characteristics of each EBS volume type
Discussing the use cases for each EBS volume type
Understanding the cost implications of different EBS volume types
Identifying scenarios where EBS is beneficial
Explaining how EBS can be used for database storage
Describing the use of EBS for file systems
Discussing the role of EBS in application hosting
Logging into the AWS Management Console
Finding the EC2 dashboard
Locating the EBS section within the EC2 dashboard
Exploring the EBS dashboard and its features
Navigating to the EC2 dashboard in the AWS Management Console
Selecting the appropriate EC2 instance for volume attachment
Choosing the correct EBS volume type and size
Configuring volume settings such as IOPS and throughput
Attaching the EBS volume to the selected EC2 instance
Verifying the successful attachment of the EBS volume
Understanding different EBS volume types (e.g., gp2, io1, st1, sc1)
Determining the appropriate volume type based on workload requirements
Setting the initial size of the EBS volume
Configuring IOPS for provisioned IOPS volumes
Adjusting throughput settings for throughput-optimized volumes
Saving and applying the configured settings
Learning the benefits and use cases of EBS volume encryption
Enabling encryption for new EBS volumes
Using AWS Key Management Service (KMS) for managing encryption keys
Encrypting existing unencrypted EBS volumes
Ensuring compliance with security policies and regulations
Verifying the encryption status of EBS volumes
Identifying the EBS volume to be backed up
Initiating a snapshot creation from the AWS Management Console
Naming and tagging the snapshot for easy identification
Monitoring the progress of the snapshot creation
Understanding the incremental nature of EBS snapshots
Verifying the successful creation of the snapshot
Locating the desired snapshot in the AWS Management Console
Creating a new EBS volume from the snapshot
Configuring the new volume's settings (size, type, etc.)
Attaching the restored volume to an EC2 instance
Verifying the integrity and data consistency of the restored volume
Testing the restored volume to ensure it meets operational requirements
Identifying workload characteristics and requirements
Selecting the appropriate EBS volume type (e.g., gp3, io2)
Configuring IOPS and throughput settings for optimal performance
Implementing RAID configurations for enhanced performance
Monitoring and adjusting performance settings as needed
Understanding the limitations and constraints of resizing EBS volumes
Using the AWS Management Console to modify volume size and type
Using AWS CLI or SDKs to automate volume resizing
Ensuring data integrity during the resizing process
Verifying the successful resizing and modification of EBS volumes
Creating and configuring lifecycle policies for EBS snapshots
Automating snapshot creation and deletion based on policies
Monitoring and auditing lifecycle policy compliance
Adjusting lifecycle policies based on changing requirements
Ensuring cost-effectiveness through efficient lifecycle management
Identifying key performance metrics for EBS volumes
Setting up CloudWatch alarms for critical performance thresholds
Creating custom CloudWatch dashboards for EBS monitoring
Analyzing performance data to identify trends and issues
Integrating CloudWatch with other AWS services for comprehensive monitoring
Understanding the benefits and use cases for cross-region snapshot copying
Configuring cross-region snapshot copy settings in the AWS Management Console
Automating cross-region snapshot copying using AWS CLI or SDKs
Ensuring data consistency and integrity during the copy process
Testing and validating disaster recovery plans involving cross-region snapshots
Installing and configuring AWS CLI
Writing scripts to create and attach EBS volumes using AWS CLI
Automating snapshot creation and deletion using AWS CLI
Using AWS SDKs to manage EBS volumes programmatically
Scheduling automated tasks with AWS Lambda and CloudWatch Events
Enabling and managing EBS volume encryption
Configuring IAM policies for EBS volume access control
Implementing VPC endpoint policies for secure EBS access
Auditing EBS volume access using AWS CloudTrail
Applying best practices for data protection and compliance
Choosing the right EBS volume type based on cost and performance
Implementing lifecycle policies to manage storage costs
Using Reserved Instances and Savings Plans for cost optimization
Analyzing and optimizing storage usage with AWS Cost Explorer
Implementing data archiving strategies to reduce costs
Connecting EBS volumes with EC2 instances for persistent storage
Using EBS with Amazon RDS for database storage
Integrating EBS with AWS Backup for centralized backup management
Leveraging EBS with AWS Data Lifecycle Manager for automated backups
Using EBS with AWS Elastic Beanstalk for scalable applications
Identifying and resolving EBS volume attachment issues
Diagnosing and fixing EBS volume performance degradation
Using CloudWatch metrics to monitor EBS health
Resolving snapshot creation and restoration problems
Implementing best practices for EBS performance tuning
Analyzing workload requirements to determine appropriate EBS volume types
Designing multi-tier storage architectures with EBS
Implementing RAID configurations for EBS volumes
Balancing cost and performance in EBS storage solutions
Integrating EBS with other AWS storage services like S3 and Glacier
Designing cross-region replication strategies for EBS volumes
Automating snapshot management for disaster recovery
Testing and validating disaster recovery plans involving EBS
Implementing failover mechanisms for EBS volumes
Ensuring compliance with data protection regulations in disaster recovery plans
Analyzing EBS performance metrics using CloudWatch
Identifying and mitigating performance bottlenecks in EBS volumes
Implementing best practices for optimizing EBS IOPS
Configuring EC2 instances to maximize EBS performance
Utilizing EBS-optimized instances for high-performance workloads
Writing scripts to automate EBS volume creation and attachment
Automating EBS snapshot lifecycle management
Integrating EBS automation scripts with CI/CD pipelines
Implementing error handling and logging in EBS automation scripts
Conducting training sessions on EBS best practices
Reviewing and providing feedback on team members' EBS implementations
Developing and maintaining documentation on EBS usage guidelines
Facilitating knowledge sharing sessions on EBS
Mentoring junior team members on advanced EBS topics
Tech Experts
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