Overview

AWS Certified Solutions Architect Professional Exam is a comprehensive assessment designed for experienced professionals in the field of cloud computing. This exam is specifically tailored for individuals who have a deep understanding of AWS services and possess the skills required to design and deploy scalable, highly available, and fault-tolerant systems on the AWS platform.This exam evaluates the candidate's ability to design and manage complex architectures that leverage AWS services to meet specific business requirements. It covers a wide range of topics, including architectural design principles, cost optimization strategies, security best practices, and deployment and migration techniques. By successfully passing this exam, professionals can demonstrate their expertise in designing and implementing advanced cloud solutions using AWS technologies.AWS Certified Solutions Architect Professional Exam is recognized globally as a benchmark for cloud architects and is highly regarded by employers in the industry. It validates the candidate's ability to design and implement scalable and reliable solutions on the AWS platform, making them a valuable asset to any organization looking to leverage the power of cloud computing. With this certification, professionals can showcase their skills and knowledge, opening up new career opportunities and enhancing their credibility in the field of cloud architecture.AWS Certified Solutions Architect - Professional Certification Exams skill questions:-Exam Name: AWS Certified Solutions Architect ProfessionalExam Code: SAP-C02Exam Price: $300 USDDuration: 180 minutesNumber of Questions: 75Type of Questions: Multiple Choice Questions (single and multiple response), drag and drops and performance-based,Passing Score: 720 / 1000Recommended Training / Books: Systems Operations on AWSSchedule Exam: AWS CertificationAWS Certified Solutions Architect - Professional Skill Measurement Exam Topics:-# Design Solutions for Organizational Complexity1.1: Architect network connectivity strategies.AWS Global InfrastructureAWS networking concepts (for example, Amazon VPC, AWS Direct Connect, AWS VPN, transitive routing, AWS container services)Hybrid DNS concepts (for example, Amazon Route 53 Resolver, on-premises DNS integration)Network segmentation (for example, subnetting, IP addressing, connectivity among VPCs)Network traffic monitoring1.2: Prescribe security controls.AWS Identity and Access Management (IAM) and AWS IAM Identity Center (AWS Single Sign-On)Route tables, security groups, and network ACLsEncryption keys and certificate management (for example, AWS Key Management Service [AWS KMS], AWS Certificate Manager [ACM])AWS security, identity, and compliance tools (for example, AWS CloudTrail, AWS Identity and Access Management Access Analyzer, AWS Security Hub, Amazon Inspector) 1.3: Design reliable and resilient architectures.Recovery time objectives (RTOs) and recovery point objectives (RPOs)Disaster recovery strategies (for example, using AWS Elastic Disaster Recovery, pilot light, warm standby, and multi-site)Data backup and restoration1.4: Design a multi-account AWS environment.AWS Organizations and AWS Control TowerMulti-account event notificationsAWS resource sharing across environments1.5: Determine cost optimization and visibility strategies.AWS cost and usage monitoring tools (for example, AWS Trusted Advisor, AWS Pricing Calculator, AWS Cost Explorer, AWS Budgets)AWS purchasing options (for example, Reserved Instances, Savings Plans, Spot Instances)AWS rightsizing visibility tools (for example, AWS Compute Optimizer, Amazon S3 Storage Lens)# Design for New Solutions2.1: Design a deployment strategy to meet business requirements.Infrastructure as code (IaC) (for example, AWS CloudFormation)Continuous integration and continuous delivery (CI/CD)Change management processesConfiguration management tools (for example, AWS Systems Manager) 2.2: Design a solution to ensure business continuity.AWS Global InfrastructureAWS networking concepts (for example, Route 53, routing methods)RTOs and RPOsDisaster recovery scenarios (for example, backup and restore, pilot light, warm standby, multi-site)Disaster recovery solutions on AWS2.3: Determine security controls based on requirements.IAMRoute tables, security groups, and network ACLsEncryption options for data at rest and data in transitAWS service endpointsCredential management servicesAWS managed security services (for example, AWS Shield, AWS WAF, Amazon GuardDuty, AWS Security Hub)2.4: Design a strategy to meet reliability requirements.AWS Global InfrastructureAWS storage services and replication strategies (for example Amazon S3, Amazon RDS, Amazon ElastiCache)Multi-AZ and multi-Region architecturesAuto scaling policies and eventsApplication integration (for example, Amazon Simple Notification ServiceService quotas and limits2.5: Design a solution to meet performance objectives.Performance monitoring technologiesStorage options on AWSInstance families and use casesPurpose-built databases2.6: Determine a cost optimization strategy to meet solution goals and objectives.AWS cost and usage monitoring tools (for example, Cost Explorer, Trusted Advisor, AWS Pricing Calculator)Pricing models (for example, Reserved Instances, Savings Plans)Storage tieringData transfer costsAWS managed service offerings# Continuous Improvement for Existing Solutions 3.1: Determine a strategy to improve overall operational excellence.Alerting and automatic remediation strategiesDisaster recovery planningMonitoring and logging solutions (for example, Amazon CloudWatch)CI/CD pipelines and deployment strategies (for example, blue/green, all-at-once, rolling)Configuration management tools (for example, Systems Manager)3.2: Determine a strategy to improve security.Data retention, data sensitivity, and data regulatory requirementsAutomated monitoring and remediation strategies (for example, AWS Config rules)Secrets management (for example, Systems Manager, AWS Secrets Manager)Principle of least privilege accessSecurity-specific AWS solutionsPatching practicesBackup practices and methods3.3: Determine a strategy to improve performance.High-performing systems architectures (for example, auto scaling, instance fleets, placement groups)Global service offerings (for example, AWS Global Accelerator, Amazon CloudFront, edge computing services)Monitoring tool sets and services (for example, CloudWatch)Service level agreements (SLAs) and key performance indicators (KPIs)3.4: Determine a strategy to improve reliability.AWS Global InfrastructureData replication methodsScaling methodologies (for example, load balancing, auto scaling)High availability and resiliencyDisaster recovery methods and toolsService quotas and limits3.5: Identify opportunities for cost optimizations.Cost-conscious architecture choices (for example, using Spot Instances, scaling policies, and rightsizing resources)Price model adoptions (for example, Reserved Instances, Savings Plans)Networking and data transfer costsCost management, alerting, and reporting# Accelerate Workload Migration and Modernization4.1: Select existing workloads and processes for potential migration.Migration assessment and tracking tools (for example, AWS Migration Hub)Portfolio assessmentAsset planningPrioritization and migration of workloads (for example, wave planning)4.2: Determine the optimal migration approach for existing workloads.Data migration options and tools Application migration tools AWS networking services and DNS (for example, Direct Connect, AWS Site-to-Site VPN, Route 53)Identity services (for example, IAM Identity Center, AWS Directory Service)Database migration tools (for example, AWS Database Migration ServiceGovernance tools (for example, AWS Control Tower, Organizations) 4.3: Determine a new architecture for existing workloads.Compute services (for example, Amazon EC2, AWS Elastic Beanstalk)Containers (for example, Amazon Elastic Container ServiceAWS storage services (for example, Amazon Elastic Block StoreDatabases 4.4: Determine opportunities for modernization and enhancements.Serverless compute offerings (for example, AWS Lambda)Containers (for example, Amazon ECS, Amazon EKS, Fargate)AWS storage services (for example, Amazon S3, Amazon EFS)Purpose-built databases (for example, DynamoDB, Amazon Aurora Serverless, ElastiCache)Integration services (for example, Amazon SQS, Amazon SNS, Amazon EventBridge, Step Functions)AWS Certified Solutions Architect Professional Exam is the ultimate test for those looking to prove their expertise in designing and deploying scalable and reliable applications on the Amazon Web Services (AWS) platform. This certification is highly regarded in the industry and is a testament to your skills and knowledge in cloud architecture.By passing this exam, you will gain a deep understanding of AWS services and how to architect complex solutions that meet specific business requirements. You will learn how to design and deploy highly available, fault-tolerant, and scalable applications on AWS, ensuring that your organization's infrastructure is robust and can handle any workload.Benefits of becoming an AWS Certified Solutions Architect Professional are numerous. Firstly, this certification will open up a world of career opportunities for you. With the increasing demand for cloud architects, having this certification will make you stand out from the competition and increase your chances of landing high-paying job roles. Additionally, being certified by AWS demonstrates your commitment to continuous learning and staying up-to-date with the latest cloud technologies.In conclusion, the AWS Certified Solutions Architect Professional Exam is a valuable certification that will enhance your career prospects and validate your expertise in cloud architecture. By passing this exam, you will gain a comprehensive understanding of AWS services and be able to design and deploy scalable and reliable applications on the AWS platform. Don't miss out on the opportunity to become an AWS Certified Solutions Architect Professional and take your career to new heights.

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