AWS-Solutions-Architect-Professional科目対策 & AWS-Solutions-Architect-Professional受験記

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AWS-Solutions-Architect-Professional科目対策, AWS-Solutions-Architect-Professional受験記, AWS-Solutions-Architect-Professional受験準備, AWS-Solutions-Architect-Professional模擬解説集, AWS-Solutions-Architect-Professional問題集

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Amazon AWS-Solutions-Architect-Professional Exam Syllabus Topics:

Section Weight Objectives
Topic 1: Design for New Solutions 29% - Design performance-optimized architectures
  • 1. Network optimization
  • 2. Compute optimization
  • 3. Storage optimization
- Design resilient architectures
  • 1. High availability
  • 2. Fault tolerance
  • 3. Disaster recovery
- Design secure architectures
  • 1. Data protection
  • 2. Identity and access management
  • 3. Infrastructure security
Topic 2: Accelerate Workload Migration and Modernization 20% - Modernize existing workloads
  • 1. Serverless architectures
  • 2. Application refactoring
  • 3. Containerization
- Select migration strategies
  • 1. Database migration
  • 2. Large-scale migration planning
  • 3. Application migration
Topic 3: Design Solutions for Organizational Complexity 26% - Design solutions that address multi-account AWS environments
  • 1. Governance and account structure
  • 2. AWS Organizations strategy
  • 3. Cross-account access and security
- Design solutions for hybrid environments
  • 1. Identity federation
  • 2. Data integration
  • 3. Hybrid networking
Topic 4: Continuous Improvement for Existing Solutions 25% - Determine strategies to improve existing solutions
  • 1. Reliability improvements
  • 2. Operational excellence
  • 3. Performance optimization
- Determine strategies to improve security
  • 1. Security monitoring
  • 2. Compliance controls
  • 3. Threat detection

>> AWS-Solutions-Architect-Professional科目対策 <<

Amazon AWS-Solutions-Architect-Professional科目対策: AWS Certified Solutions Architect - Professional - JPNTest テストエンジンシミュレーション

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Amazon AWS Certified Solutions Architect - Professional 認定 AWS-Solutions-Architect-Professional 試験問題 (Q205-Q210):

質問 # 205
A company has an on-premises MySQL database used by the global sales team with infrequent access patterns. The sales team requires the database to have minimal downtime. A database administrator wants to migrate this database to AWS without selecting a particular instance type in anticipation of more users in the future.
Which service should a solutions architect recommend?

  • A. Amazon Aurora MySQL
  • B. Amazon RDS for MySQL
  • C. Amazon Aurora Serverless for MySQL
  • D. Amazon Redshift Spectrum

正解：A

解説：
Explanation/Reference: https://aws.amazon.com/premiumsupport/knowledge-center/migrate-mysql-rds-dms/


質問 # 206
You've been hired to enhance the overall security posture for a very large e-commerce site. They have a well architected, multi-tier application running in a VPC that uses ELBs in front of both the web and the app tier with static assets served directly from S3. They are using a combination of RDS and DynamoDB for their dynamic data and then archiving nightly into S3 for further processing with EMR. They are concerned because they found questionable log entries and suspect someone is attempting to gain unauthorized access.
Which approach provides a cost effective, scalable mitigation to this kind of attack?

  • A. Recommend that they lease space at a DirectConnect partner location and establish a 1G DirectConnect connection to their VPC.
    They would then establish Internet connectivity into their space, filter the traffic in a hardware Web Application Firewall (WAF), and then pass the traffic through the DirectConnect connection into their application running in their VPC.
  • B. Add previously identified hostile source IPs as an explicit INBOUND DENY NACL to the web tier subnet.
  • C. Remove all but TLS 1.2 from the web tier ELB and enable Advanced Protocol Filtering.
    This will enable the ELB itself to perform WAF functionality.
  • D. Add a WAF tier by creating a new ELB and an AutoScaling group of EC2 Instances running a host-based WAF. They would redirect Route 53 to resolve to the new WAF tier ELB.
    The WAF tier would then pass the traffic to the current web tier. The web tier Security Groups would be updated to only allow traffic from the WAF tier Security Group.

正解：D


質問 # 207
A company has developed a web application. The company is hosting the application on a group of Amazon EC2 instances behind an Application Load Balancer. The company wants to improve the security posture of the application and plans to use AWS WAF web ACLs. The solution must not adversely affect legitimate traffic to the application.
How should a solutions architect configure the web ACLs to meet these requirements?

  • A. Set the action of the web ACL rules to Count. Enable AWS WAF logging Analyze the requests for false positives Modify the rules to avoid any false positive Over time change the action of the web ACL rules from Count to Block.
  • B. Set the action o' the web ACL rules to Block. Use only AWS managed rule groups in the web ACLs Evaluate the rule groups by using Amazon CloudWatch metrics with AWS WAF sampled requests or AWS WAF logs.
  • C. Use only rate-based rules in the web ACLs. and set the throttle limit as high as possible Temporarily block all requests that exceed the limit. Define nested rules to narrow the scope of the rate tracking.
  • D. Use only custom rule groups in the web ACLs. and set the action to Allow Enable AWS WAF logging Analyze the requests tor false positives Modify the rules to avoid any false positive Over time, change the action of the web ACL rules from Allow to Block.

正解：A

解説：
https://aws.amazon.com/premiumsupport/knowledge-center/waf-analyze-count-action-rules/


質問 # 208
A company is migrating its three-tier web application from on-premises to the AWS Cloud. The company has the following requirements for the migration process:
* Ingest machine images from the on-premises environment.
* Synchronize changes from the on-premises environment to the AWS environment until the production cutover.
* Minimize downtime when executing the production cutover.
* Migrate the virtual machines' root volumes and data volumes.
Which solution will satisfy these requirements with minimal operational overhead?

  • A. Use AWS Server Migration Service (SMS) to create and launch a replication job for each tier of the application. Launch instances from the AMIs created by AWS SMS. After initial testing, perform a final replication and create new instances from the updated AMIs.
  • B. Use AWS Server Migration Service (SMS) to upload the operating system volumes. Use the AWS CLI import-snaps hot command 'or the data volumes. Launch instances from the AMIs created by AWS SMS and attach the data volumes to the instances. After initial testing, perform a final replication, launch new instances from the replicated AMIs. and attach the data volumes to the instances.
  • C. Create an AWS CLIVM Import/Export script to migrate each virtual machine. Schedule the script to run incrementally to maintain changes in the application. Launch instances from the AMIs created by VM Import/Export. Once testing is done, rerun the script to do a final import and launch the instances from the AMIs.
  • D. Use AWS Application Discovery Service and AWS Migration Hub to group the virtual machines as an application. Use the AWS CLI VM Import/Export script to import the virtual machines as AMIs.
    Schedule the script to run incrementally to maintain changes in the application. Launch instances from the AMIs. After initial testing, perform a final virtual machine import and launch new instances from the AMIs.

正解：C


質問 # 209
A Solutions Architect must design a highly available, stateless, REST service. The service will require multiple persistent storage layers for service object meta information and the delivery of content. Each request needs to be authenticated and securely processed. There is a requirement to keep costs as low as possible?
How can these requirements be met?

  • A. Set up Amazon API Gateway and create the required API resources and methods. Use an Amazon Cognito user pool to control access to the API. Configure the methods to use AWS Lambda proxy integrations, and process each resource with a unique AWS Lambda function. Store request meta information in DynamoDB with Auto Scaling and static content in a secured S3 bucket. Generate presigned URLs when returning references to content stored in Amazon S3.
  • B. Use AWS Fargate to host a container that runs a self-contained REST service. Set up an ECS service that is fronted by a cross-zone ALB. Use an Amazon Cognito user pool to control access to the API.
    Store request meta information in DynamoDB with Auto Scaling and static content in a secured S3 bucket. Generate presigned URLs when returning references to content stored in Amazon S3.
  • C. Use AWS Fargate to host a container that runs a self-contained REST service. Set up an Amazon ECS service that is fronted by an Application Load Balancer (ALB). Use a custom authenticator to control access to the API. Store request meta information in Amazon DynamoDB with Auto Scaling and static content in a secured S3 bucket. Make secure signed requests for Amazon S3 objects and proxy the data through the REST service interface.
  • D. Set up Amazon API Gateway and create the required API resources and methods. Use an Amazon API Gateway custom authorizer to control access to the API. Configure the methods to use AWS Lambda custom integrations, and process each resource with a unique Lambda function. Store request meta information in an Amazon ElastiCache Multi-AZ cluster and static content in a secured S3 bucket.
    Generate presigned URLs when returning references to content stored in Amazon S3.

正解：D


質問 # 210
......

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