AWS Storage Types and Use Cases
Object Storage​
Amazon S3 (Simple Storage Service)
- Highly durable, available object storage
- Use cases: Static website hosting, data lakes, backup/archiving, mobile app content
- Tiered storage options (Standard, Infrequent Access, Glacier, etc.)
- Stores data as objects within buckets (no true folders or directories)
- Unlimited storage with individual objects up to 5TB
- Cannot mount S3 as a drive or modify just parts of objects
Amazon S3 Glacier
- Low-cost archival storage
- Use cases: Long-term data retention, compliance archives, digital preservation
- Multiple retrieval options (minutes to hours)
- Ideal for data that's rarely accessed but must be preserved
Block Storage​
Amazon EBS (Elastic Block Store)
- Persistent block storage for EC2 instances
- Use cases: Databases, enterprise applications, boot volumes
- Multiple volume types optimized for different workloads
- Point-in-time snapshots for backup
File Storage​
Amazon EFS (Elastic File System)
- Fully managed NFS file system
- Use cases: Content management, web serving, data sharing between EC2 instances
- Automatically scales capacity as files are added/removed
- Supports thousands of concurrent connections
Amazon FSx
- Managed file systems for Windows (FSx for Windows) and Lustre (FSx for Lustre)
- Use cases: Windows applications, high-performance computing, machine learning
- Native compatibility with Windows or Lustre protocols
- FSx for NetApp ONTAP offers additional enterprise features
Data Transfer/Edge​
AWS Snow Family
- Physical devices for data migration and edge computing
- Use cases: Large-scale data transfers, edge locations with limited connectivity
- Includes Snowcone, Snowball, and Snowmobile options
- Secure transfer of petabytes of data
Storage Gateway​
AWS Storage Gateway
- Hybrid storage integration
- Use cases: Connecting on-premises environments with AWS storage
- File, volume, and tape gateway options
- Enables hybrid cloud storage architectures
Each storage solution is designed for specific types of data, access patterns, and performance requirements, allowing you to choose the right storage for each workload.