An AWS Solution Architect designs and implements scalable and efficient solutions using Amazon Web Services (AWS) cloud technologies. They identify business needs and enable AWS services to create dynamic architectures that meet customer needs. They ensure stability, security and performance while maximizing resource utilization. They also provide guidance and support to organizations, helping them effectively deploy and maintain AWS-based applications. In general, they play an important role in developing secure cloud solutions.

1. FUNDAMENTAL
FUNDAMENTAL
OF
AWS SOLUTION ARCHITECT
AWS SOLUTION ARCHITECT
BY

2. WHAT IS AWS Solution Architect
AWS Solution Architect Certification - AWS technology, across a wide range of AWS
services. The focus of this certification is on the design of cost and performance
optimized solutions, demonstrating a strong understanding of the AWS Well-
Architected Framework. This certification can enhance the career profile and
earnings of certified individuals and increase your credibility and confidence in
stakeholder and customer interactions.

3. KEY POINTS FOR AWS SOLUTION ARCHITECT
AWS (Amazon Web Services) is a cloud development platform created by Amazon. It
offers many possibilities, including power, storage and web usage, to accelerate and
transform your business. The AWS Solutions Architect plays a key role in designing
and implementing scalable, secure, cost-effective solutions using AWS services.
Understanding AWS resources is important for developers to effectively manage the
platform and monitor resource usage. Learn the basics of AWS and start your path to
cloud success.

4. AWS Fundamentals
AWS (Amazon Web Services) is a cloud computing platform developed by Amazon. It
offers numerous benefits, including energy efficiency, storage, network capacity,
making it easier for businesses to scale and innovate. The AWS architect plays a key
role in designing and implementing scalable, secure, and cost-effective solutions
using AWS services. Understanding the basics of AWS is essential for architects to
make the most of the platform and optimize the use of resources. Explore the basics
of AWS to start your journey to cloud architecture success.

5. Cloud Architecture Design
Creating a virtual environment in AWS requires careful planning and the use of tools
such as Amazon EC2 for power consumption, Amazon S3 for data storage and
Amazon RDS for protected Internet communication. Using AWS Lambda enables
server less operation, Amazon Cloud Watch provides better monitoring. In addition,
AWS Identity and Access Management (IAM) ensures secure access. Using these
tools increases performance, scalability and security, paving the way for cloud-based
applications.

6. Security and Compliance
Security and compliance are top priorities when deploying solutions to AWS. The use
of AWS Identity and Access Management (IAM), AWS Key Management Service
(KMS), AWS Credential Manager provides strong access control, encryption,
credential management. In addition, AWS Config enables continuous compliance
monitoring and auditing, providing proactive guidance on AWS Trusted Advisor best
practices. Using AWS Cloud Trail provides detailed logs to track user activity, which
improves security. Deploying these services efficiently protects data, reduces risk and
enhances compliance in AWS environments.

7. Networking and Content Delivery
As a Solutions Architect at AWS, network and content provisioning play a key role in
improving performance and reliability. Using services such as Amazon VPC (Virtual
Private Cloud) allows you to create a secure and scalable network and ensure
optimal communication between services. Amazon CloudFront accelerates web
image delivery around the world with low latency and high transfer speeds.
Additionally, AWS Direct Connect supports dedicated network connections from on-
premises data centers to AWS, increasing performance and security. By using these
tools effectively, companies can build a robust, efficient, and highly available
infrastructure.

8. Storage and Data Management
Efficient storage and data management with AWS is essential for a scalable and
reliable solution. Amazon S3 provides large storage capacity that can be easily
expanded. For structured data, Amazon RDS offers managed data services with a
variety of device choices. DynamoDB is a highly managed NoSQL database that
delivers fast performance and visibility at any scale. Additionally, Amazon EBS
provides a persistent blockchain for EC2 instances. This service optimizes data
storage, retrieval, and processing to ensure the high availability and scalability of
your AWS infrastructure. .

9. Compute and Application Deployment
AWS Solution Architect compute tools are provided with Amazon EC2 instances,
providing scalability and flexibility. Application deployment integrated with AWS
Elastic Beanstalk simplifies the process by providing automatic scale-out, scale-out,
and scale-out. Using AWS Lambda enables serverless computing by executing code
without using the server in response to events. Amazon ECS container orchestration
makes it easy to deploy, manage, and upgrade Docker containers. With these
powerful services, AWS enables you to host your applications in the cloud.

10. Monitoring and Performance Optimization
At AWS Solution Architect, careful monitoring and process design are paramount to
maintaining optimal system performance. Using services like Amazon CloudWatch
provides real-time monitoring of services and processes, enabling proactive
troubleshooting and optimization. Using AWS Auto Scaling ensures that resources
automatically adapt to fluctuations in demand, improving performance and reducing
costs. Additionally, the AWS Trusted Advisor role provides insight into cost
optimization, security optimization and performance optimization. Regular review and
optimization of AWS services to maximize efficiency and ensure secure operation is
essential.

11. Migration and Hybrid Architectures
Migrating to AWS involves strategically moving applications and data to the cloud,
using services such as the AWS Database Migration Service (DMS) for a seamless
transition. Hybrid architectures combine on-premises infrastructure with AWS cloud
resources, enabling scalability and flexibility. Use the AWS Server Migration Service
(SMS) to automatically migrate servers. Implement AWS Direct Connect for secure
and reliable connectivity between on-premises and the cloud. Use AWS Database
Freedom to migrate databases to fully managed services. Explore the AWS Migration
Hub for centralized tracking and monitoring of migration progress.

12. DevOps and Automation
In terms of AWS solutions, DevOps and automation play a key role in simplifying
processes and increasing efficiency. Leveraging AWS Code Pipeline enables seamless
collaboration and workflow, automating software delivery. AWS OpsWorks automates
infrastructure management, scalability and minimizes manual operations. With AWS
Lambda, developers automate tasks by executing code in response to events to improve
speed. AWS Cloud Formation empowers your infrastructure with code to automate
resource allocation and configuration management. Together, these tools help
organizations to constantly collaborate and deliver, fostering a culture of innovation and
rapid adoption.