AWS Mindmap: 2025 Ultimate Guide

AWS, or Amazon Web Services, need no formal introduction given its enormous popularity. The most popular cloud technology is Amazon Web Services. It enables us developers to access more than 170 AWS services from anywhere at any time. 

An "AWS mind map" is a visual representation or diagram that organizes and depicts the core ideas, services, and components of Amazon Web Services (AWS). Mind maps are a graphical technique used to arrange and display knowledge in an easy-to-understand and recall fashion. They frequently employ branches, nodes, and connections to visually represent the links between various concepts or parts.

What is an AWS Mindmap?

Mind-mapping software is, in some ways, a hack. It enables us to make better judgements, focus on vital personal and professional problems, and increase our productivity significantly. It's also a really useful method for documenting and developing your ideas. In other words, we can do tasks faster and with greater quality than with more traditional approaches. Furthermore, despite its growing popularity in recent years, mind mapping software is not widely used in business. 

Making mind maps has proven to be a highly effective and efficient method for improving my personal understanding of AWS concepts and services.

Mind maps allow us to organize our thoughts and ideas in a way that is both intuitive and enlightening by providing an organized and visual representation of difficult information. These mind maps are a fantastic resource for learning about AWS's vast array of services and how they are linked. These also assist us with cloud engineer qualifications.  By graphically highlighting AWS services and their relationships, we can gain a full understanding of the AWS ecosystem. To learn more about the AWS ecosystem you can refer in certifications for Cloud Engineers. There are various branches or subtopics under AWS Mindmap. Some of them are discussed in below sections in detail.

1. AWS Compute

Infrastructure As a Service (IAAS) is what AWS computing is. AWS compute is, to put it simply, a way to manage and provide infrastructure (virtual machines/containers) for your use cases. It provides us Infrastructure As a Service (IAAS) in cloud computing. This infrastructure as a service may be thought of as the processing power needed by our applications to execute computation-intensive activities or host applications. Users in AWS may dynamically supply the number of resources they are utilizing and then only pay for the computing resources they have utilized by employing these computing services. 

Below are the important AWS Compute services:

1. AWS EC2: Cloud-based virtual instances that are scalable.
2. AWS Lambda: To run code in response to events, use serverless computing.
3. AWS ECS: High-performance and scalable container service.
4. AWS Batch: Scale up batch workloads.
5. AWS Fargate: Run containers without having to handle the supporting infrastructure.

2. AWS Storage

AWS S3, the company's first openly available cloud storage solution, was launched by Amazon in 2006. Amazon S3 is the most well-known and widely used Amazon storage solution. Numerous methods, including the REST API, SOAP, web interface, and others, may be used to programmatically access an unlimited quantity of data that has been stored. The ideal option for storing videos, pictures, and application data.

Depending on the workload's requirements for data access, dependability, and cost, we may choose from a selection of AWS cloud storage classes provided by Amazon S3. S3 storage classes were developed with the express purpose of providing the cheapest storage for different usage patterns. 

Below are important AWS storage services:

1. Amazon S3: Exceptionally robust and scalable object storage service.
2. Amazon EBS: Block storage that is persistent for usage with Amazon EC2 instances.
3. Amazon EFS: A fully managed, scalable file system for EC2 instances.
4. AWS Storage Gateway: Enables the connection of on-site settings to AWS cloud storage.

3. AWS Databases

A database is required for every programme to function. Furthermore, the speed of an application is highly connected to how effectively its underlying database operates. AWS Database Services is a collection of databases made available online by AWS for our use. You just need to focus on your application code and business growth when utilising AWS Database Services. The rest will be maintained and handled by AWS, which includes all hardware updates, security patches, and even software upgrades, all for free!

When I say "free," I mean you just pay AWS for the period you used their database services; there are no additional fees for hardware upgrades or other services.
 AWS provides highly scalable, fully managed services for Internet-scale applications via a pay-as-you-go business model. They provide a wide range of databases, including relational and non-relational databases. 

Let's talk about the different AWS Database Services now.

1. Amazon RDS: Relational database management service.
2. Amazon DynamoDB: Key-value and document database that is fully controlled and expandable.
3. Amazon Redshift: Data warehousing service that is quick and scalable.
4. Amazon Aurora: A relational database that is completely controlled and compatible with MySQL and PostgreSQL.
5. Amazon Neptune: Graph database that is fully maintained.

4. AWS Networking

In any business, a network is a way for devices to communicate with one another. AWS Networking can help you build a fast, reliable, and secure network. AWS provides a number of on-demand, conveniently accessible, and highly scalable cloud services. Amazon VPC, Amazon EC2, Amazon Route 53, Load Balancers, Amazon Gateway, and other AWS services round up an AWS network. Each service contributes to the formation of an Amazon Network. AWS offers a diverse set of networking services. You may configure the Internet route by combining IP addresses and deploying logical servers in compliance with transmission standards.

1. Amazon VPC: To isolate resources in the cloud, create a virtual private cloud.
2. Amazon Route 53: Highly available and scalable DNS service.
3. AWS Direct Connect: Create a dedicated link between the on-site infrastructure and AWS.
4. AWS Global Accelerator: Boost the performance and availability of international apps.
5. Amazon CloudFront: Using a cloud content delivery service, data and films may be shared globally.

5. AWS Developer Tools

Developer tools are the tools that developers use to build or develop new things in their organisations. The user can receive software to deliver safely by utilising the Amazon Web Services development tool. It also changes the IT operations and developers to enhance the outcomes. This facilitates the creation, testing, and deployment of the application to AWS or another appropriate site. This programme allows the user to track, save, and monitor the source code of an application.

AWS Developer Tools are stable and secure in many ways, and it also fosters industry cooperation. It also communicates with AW's Identity and Access Management, assisting in the security-related assignment of specific permissions.

The entire AWS is reasonable with a pay-as-you-go service, and there are no additional costs because the user only needs to pay for the services they have really used.

Below are some of the developer tools in AWS:

1. AWS CloudFormation: Service for managing and generating AWS resources programmatically.
2. AWS CloudTrail: Events and activities are recorded in the AWS account's audit log.
3. AWS CodeCommit: Hosting a private and secure Git repository.
4. AWS CodePipeline: Applications may be automatically built, tested, and deployed using a continuous delivery service.
5. AWS Systems Manager: Centralized control over the use of AWS resources.

6. AWS Security and Identity

Security is one of the most important factors to consider when installing cloud services to ensure that the data you store on the cloud is controlled, managed, monitored, maintained, and secured to the right degree. AWS has developed a number of AWS security services and management tools to protect your data and environment against inadvertent exposures, vulnerabilities, and attacks. However, it is mostly our responsibility as customers to ensure that these AWS security services are properly implemented.

It indicates when a certain user enters specified assets. AWS Directory Service provides customers with access to AWS assets via directory services. 

Below are some of the services that are under AWS Security Mindmap:

1. AWS Identity and Access Management (IAM): For AWS resources, access control, and identity management.
2. AWS Secrets Manager: Manage and securely store application secrets and credentials.
3. AWS Shield: DDoS Protection service.
4. AWS Cloud HSM: Hardware security modules to safeguard secure software and cryptographic keys.

docs.aws.amazon

7. AWS IOT

Every year, billions of new IoT devices are manufactured and deployed throughout the world. Given the exponential growth of IoT devices and the security issues inherent in the IoT industry, AWS IoT is perfectly positioned to bring security and scalability to IoT.

AWS IoT is a managed cloud service (platform) that allows connected devices to communicate with other devices as well as with AWS cloud applications. The devices might be anything from microcontrollers to sensors to appliances.

Below are some of the services in AWS IoT:

1. AWS IoT Core: The cloud can be simply and securely accessed by IoT devices thanks to AWS IOT core.
2. AWS IoT Device Defender: The main purpose of AWS IoT Device Defender is to protect a collection of IoT devices.
3. AWS IoT Device Management: IoT device monitoring and tracking are the major benefits of AWS IoT Device Management.
4. AWS IoT Events: By sending events or alerts, AWS IoT Events assists the user in keeping an eye on the devices.
5. AWS IoT Analytics: IoT data is mostly analyzed and scaled by AWS IoT Analytics. Up to petabytes of IoT data may be supported with ease.
6. AWS IoT SiteWise: We can gather, model, and analyze data from large-scale industrial IOT devices using AWS IoT Sitewise.
7. AWS IoT ThingsGraph: Web services and other various devices are connected graphically for constructing IoT applications using the AWS IoT Things Graph.

AWS Mindmap in Understanding AWS Services

It is a good idea to create a mind map to learn and recall all the AW'S services. Making an AWS mind map entails categorising AWS services into subjects and subtopics. It condenses the AWS services into a single image that is easy to remember. For example, I used to take a picture of AWS in the centre with branches comprising the key and primary AWS services such as AWS Compute, AWS Storage, AWS Databases, and so on. Consider each branch to have many additional branches that contain services from every major AWS component. AWS Compute will be divided into branches that will offer services such as AWS EC2, AWS ECS, and Lambda. Similarly, AWS Storage will contain sub-branches such as S3, EBS, and EFS. This assisted me in remembering the basic AWS components as well as the many services provided by each component in AWS. I also referred to KnowledgeHut best Cloud Computing course for understanding of AWS practitioner mindmap.

Conclusion

Mind mapping is an important strategy for boosting cognitive function and overall efficiency. By artistically arranging your thoughts and ideas, you may improve memory recall, expand your ability for creativity, and better understand complex topics. Mind mapping, in addition to being adaptable and entertaining, may be used for everything from brainstorming sessions to project planning. Mind mapping may help you progress personally and professionally, whether you're a student, professional, or simply wish to improve your cognitive skills.

Similarly, AWS Mindmap helps you learn AWS faster and more efficiently, making it easier to grasp and recall the AWS services.