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Amazon SAA-C03 Exam Syllabus Topics:

Section	Weight	Objectives
Design High-Performing Architectures	24%	- Determine high-performing data ingestion and transformation solutions 1. AWS Data Pipeline 2. Amazon MSK 3. AWS Glue 4. Amazon Kinesis - Determine high-performing and/or scalable network architectures 1. AWS Direct Connect 2. Amazon Route 53 3. VPC endpoints 4. AWS Global Accelerator 5. Amazon CloudFront - Determine high-performing database solutions 1. Amazon RDS and Aurora 2. Amazon Redshift 3. Amazon DynamoDB 4. Amazon ElastiCache (Redis/Memcached) - Design high-performing and elastic compute solutions 1. Amazon ECS and EKS 2. Amazon EC2 instance types and families 3. AWS Lambda 4. AWS Elastic Beanstalk - Determine high-performing and/or scalable storage solutions 1. Amazon S3 storage classes and lifecycle policies 2. Amazon EBS volume types 3. Instance Store 4. Amazon EFS 5. Amazon FSx
Design Resilient Architectures	26%	- Design scalable and loosely coupled architectures 1. Amazon EventBridge 2. Amazon API Gateway 3. Elastic Load Balancing 4. Auto Scaling groups 5. Amazon SQS and SNS - Design highly available and/or fault-tolerant architectures 1. Disaster recovery strategies (backup/restore, pilot light, warm standby, multi-site) 2. Multi-Region architectures 3. Multi-AZ deployments 4. Amazon Route 53 routing policies 5. AWS Global Accelerator
Design Secure Architectures	30%	- Design secure workloads and applications 1. AWS WAF and Shield 2. Encryption at rest and in transit 3. AWS KMS and CloudHSM 4. Security groups and NACLs - Design secure access to AWS resources 1. Multi-factor authentication (MFA) 2. IAM policies and roles 3. Identity federation 4. AWS Organizations and SCPs - Determine appropriate data security controls 1. Amazon Macie and GuardDuty 2. Data classification 3. Data backup and recovery 4. Data encryption strategies
Design Cost-Optimized Architectures	20%	- Design cost-optimized storage solutions 1. S3 Intelligent-Tiering 2. EBS volume type selection 3. S3 storage classes and lifecycle policies 4. EFS cost optimization - Design cost-optimized database solutions 1. DynamoDB capacity modes (On-demand vs Provisioned) 2. Aurora Serverless 3. RDS Reserved Instances 4. ElastiCache for caching - Design cost-optimized network architectures 1. Data transfer costs 2. AWS Direct Connect for cost optimization 3. VPC endpoints to reduce NAT costs 4. CloudFront to reduce origin load - Design cost-optimized compute solutions 1. EC2 purchasing options (On-Demand, Reserved, Spot, Savings Plans) 2. AWS Lambda pricing model 3. Auto Scaling for cost optimization 4. Right-sizing instances

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Amazon AWS Certified Solutions Architect - Associate Sample Questions (Q847-Q852):

NEW QUESTION # 847
A company used an Amazon RDS for MySQL DB instance during application testing. Before terminating the DB instance at the end of the test cycle, a solutions architect created two backups. The solutions architect created the first backup by using the mysqldump utility to create a database dump. The solutions architect created the second backup by enabling the final DB snapshot option on RDS termination.
The company is now planning for a new test cycle and wants to create a new DB instance from the most recent backup. The company has chosen a MySQL-compatible edition of Amazon Aurora to host the DB instance.
Which solutions will create the new DB instance? (Select TWO.)

A. Use AWS Database Migration Service (AWS DMS) to import the RDS snapshot into Aurora.
B. Upload the RDS snapshot to Amazon S3. Then import the RDS snapshot into Aurora.
C. Import the RDS snapshot directly into Aurora.
D. Upload the database dump to Amazon S3. Then use AWS Database Migration Service (AWS DMS) to import the database dump into Aurora.
E. Upload the database dump to Amazon S3. Then import the database dump into Aurora.

Answer: C,E

Explanation:
These answers are correct because they meet the requirements of creating a new DB instance from the most recent backup and using a MySQL-compatible edition of Amazon Aurora to host the DB instance. You can import the RDS snapshot directly into Aurora if the MySQL DB instance and the Aurora DB cluster are running the same version of MySQL. For example, you can restore a MySQL version 5.6 snapshot directly to Aurora MySQL version 5.6, but you can't restore a MySQL version 5.6 snapshot directly to Aurora MySQL version 5.7. This method is simple and requires the fewest number of steps. You can upload the database dump to Amazon S3 and then import the database dump into Aurora if the MySQL DB instance and the Aurora DB cluster are running different versions of MySQL. For example, you can import a MySQLversion
5.6 database dump into Aurora MySQL version 5.7, but you can't restore a MySQL version 5.6 snapshot directly to Aurora MySQL version 5.7. This method is more flexible and allows you to migrate across different versions of MySQL.
References:
https://docs.aws.amazon.com/AmazonRDS/latest/AuroraUserGuide/AuroraMySQL.Migrating.RDSMySQL.
Import.html
https://docs.aws.amazon.com/AmazonRDS/latest/AuroraUserGuide/AuroraMySQL.Migrating.RDSMySQL.
Dump.html

NEW QUESTION # 848
A finance company has a web application that generates credit reports for customers. The company hosts the frontend of the web application on a fleet of Amazon EC2 instances that is associated with an Application Load Balancer (ALB). The application generates reports by running queries on an Amazon RDS for SQL Server database.
The company recently discovered that malicious traffic from around the world is abusing the application by submitting unnecessary requests. The malicious traffic is consuming significant compute resources. The company needs to address the malicious traffic.
Which solution will meet this requirement?

A. Use AWS WAF to create a web ACL. Associate the web ACL with the ALB. Update the web ACL to block IP addresses that are associated with malicious traffic.
B. Use AWS WAF to create a web ACL. Associate the web ACL with the ALB. Configure the AWS WAF IP reputation rule.
C. Use AWS WAF to create a web ACL. Associate the web ACL with the ALB. Use the AWS WAF Bot Control managed rule feature.
D. Set up AWS Shield to protect the ALB and the database.

Answer: C

Explanation:
* AWS WAF Bot Control:
* AWS WAF Bot Control provides managed rules to detect and block malicious bots without requiring manual IP management. This is a more effective solution compared to blocking specific IP addresses.
* Incorrect Options Analysis:
* Option A and D: Blocking specific IP addresses is inefficient and does not scale well.
* Option C: AWS Shield is effective for DDoS protection but does not address abuse from application-level requests.
References:
* AWS WAF Bot Control

NEW QUESTION # 849
A Solutions Architect joined a large tech company with an existing Amazon VPC. When reviewing the Auto Scaling events, the Architect noticed that their web application is scaling up and down multiple times within the hour.
What design change could the Architect make to optimize cost while preserving elasticity?

A. Add provisioned IOPS to the instances
B. Increase the instance type in the launch configuration
C. Increase the base number of Auto Scaling instances for the Auto Scaling group
D. Change the cooldown period of the Auto Scaling group and set the CloudWatch metric to a higher threshold

Answer: D

Explanation:
Since the application is scaling up and down multiple times within the hour, the issue lies on the cooldown period of the Auto Scaling group.

The cooldown period is a configurable setting for your Auto Scaling group that helps to ensure that it doesn't launch or terminate additional instances before the previous scaling activity takes effect. After the Auto Scaling group dynamically scales using a simple scaling policy, it waits for the cooldown period to complete before resuming scaling activities.
When you manually scale your Auto Scaling group, the default is not to wait for the cooldown period, but you can override the default and honor the cooldown period. If an instance becomes unhealthy, the Auto Scaling group does not wait for the cooldown period to complete before replacing the unhealthy instance.
Explanation:
Reference:
http://docs.aws.amazon.com/autoscaling/latest/userguide/as-scale-based-on-demand.html Check out this Amazon EC2 Cheat Sheet:
https://tutorialsdojo.com/amazon-elastic-compute-cloud-amazon-ec2/

NEW QUESTION # 850
The application must respond to DNS queries from the secondary Region if the primary Region fails. Only one Region must serve traffic at a time.
Which solution will meet these requirements?

A. Create primary and secondary DNS records in Amazon Route 53. Configure health checks and a failover routing policy.
B. Create an Amazon Route 53 profile. Associate DNS resources to the profile. Associate the profile with VPCs in each Region.
C. Create an outbound endpoint in Amazon Route 53 Resolver. Create forwarding rules that determine how queries will be forwarded to DNS resolvers on the network. Associate the rules with VPCs in each Region.
D. Create a traffic policy in Amazon Route 53. Use a geolocation routing policy and a value type of ELB Application Load Balancer.

Answer: A

Explanation:
Amazon Route 53 supports failover routing policies, which use health checks to route DNS queries to a secondary Region only if the primary endpoint fails. This design ensures only one Region is active for traffic at any given time. This is the recommended architecture for active-passive, multi-Region DR strategies.
AWS Documentation Extract:
"Failover routing lets you route traffic to a primary resource, such as a web server in one Region, and a secondary resource in another Region. If the primary fails, Route 53 can route traffic to the secondary resource automatically." (Source: Amazon Route 53 documentation, Routing Policy Types)
* A, D: These options do not configure DNS failover for external users.
* C: Geolocation routing is for regional distribution, not DR failover.
Reference: AWS Certified Solutions Architect - Official Study Guide, Multi-Region DR and Route 53.

NEW QUESTION # 851
A company designed a stateless two-tier application that uses Amazon EC2 in a single Availability Zone and an Amazon RDS Multi-AZ DB instance New company management wants to ensure the application is highly available.
What should a solutions architect do to meet this requirement?

A. Configure Amazon Route 53 rules to handle incoming requests and create a Multi-AZ Application Load Balancer
B. Configure the application to use Amazon Route 53 latency-based routing to feed requests to the application.
C. Configure the application to take snapshots of the EC2 instances and send them to a different AWS Region.
D. Configure the application to use Multi-AZ EC2 Auto Scaling and create an Application Load Balancer

Answer: D

Explanation:
Explanation
https://docs.aws.amazon.com/autoscaling/ec2/userguide/as-add-availability-zone.html

NEW QUESTION # 852
......

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