Cloud Architects and Solutions Engineers
Designing a cloud-native application architecture and selecting the appropriate database backend
Use cases
About
The Storage Types mind map template provides a technical taxonomy of modern data storage architectures, covering 7 major categories including Object Storage, Relational Databases, and In-Memory systems. This Storage Types cheat sheet is designed for cloud architects and software engineers to evaluate infrastructure needs across 108 specific nodes of technical detail. The template contrasts high-performance options like 'Local SSD' against scalable solutions like 'Global Relational Database', detailing specific attributes such as ACID transactions, IAM security, and horizontal scalability. By mapping out the differences between block storage and managed file shares, this Xmind template serves as a decision-making framework for selecting the right database or file system for unstructured and structured data workloads.
Terms and ConditionsWhen to use this template
Computer Science Students and IT Professionals
Preparing for a technical interview or cloud certification exam regarding storage services
DevOps Engineers and System Administrators
Comparing storage costs and performance tiers during a DevOps infrastructure review
How to use this template
Step 1
Download and open the file
Download the .xmind file and open it in Xmind desktop or the web app to view the full 108-node storage hierarchy.
Step 2
Compare storage characteristics
Navigate between the 'Object Storage' and 'Relational Database' branches to compare scalability, consistency, and performance metrics side-by-side.
Step 3
Customize for your provider
Edit the node labels to reflect specific service names from AWS, Azure, or Google Cloud to create a provider-specific storage reference guide.
Frequently asked questions
According to the template, Object Storage is designed for unstructured data with infinite scale and global accessibility, whereas Persistent Disks are network-attached block storage arrays that are redundant and reliable, often used as boot options or file servers.
The 'Local SSD' node is categorized under high-performance block storage. It is ideal for fast scratch disks where performance is prioritized over reliability, as data is lost if the instance is terminated.
Yes, the template specifically references 'Strong consistency' and 'ACID transactions' under the Relational and Document Database branches, helping users identify which storage types support strict data integrity.
Absolutely. You can expand the 'Security' sub-branches to include your specific provider's IAM, ACL, and encryption key management (CMEK/CSEK) workflows to match your organization's compliance standards.
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