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Comprehensive AWS Certified Solutions Architect - Professional (SAP-C02) hive provides study notes, question bank with practice tests, flashcards, and hands-on labs, all supported by a personal AI tutor to help you master the AWS Certified Solutions Architect - Professional (SAP-C02) certification.
230 AI-generated study notes covering the full AWS Certified Solutions Architect - Professional (SAP-C02) curriculum.
Adopting managed services as needed to reduce infrastructure provisioning and patching overhead
945 words
Alerting and automatic remediation strategies
850 words
Analyzing usage reports to identify underutilized and overutilized resources
925 words
Application integration (for example, Amazon SNS, Amazon SQS, AWS Step Functions)
1,145 words
Application migration tools (for example, AWS Application Discovery Service, AWS Application Migration Service)
1,050 words
Applying design patterns to meet performance objectives with caching, buffering, and replicas
950 words
Applying the appropriate security methods to migration tools
925 words
Architecting a backup solution that is automated, is cost-effective, and supports business continuity across multiple Availability Zones or AWS Regions
1,050 words
Architect network connectivity strategies
820 words
Architect network connectivity strategies
980 words
Assessing solutions and applying rightsizing based on requirements
945 words
Asset planning
880 words
Auditing an environment for least privilege access
948 words
Automated monitoring and remediation strategies (for example, AWS Config rules)
985 words
Auto scaling policies and events
945 words
AWS cost and usage monitoring tools (for example, AWS Cost Explorer, AWS Trusted Advisor, AWS Pricing Calculator)
890 words
AWS cost and usage monitoring tools (for example, AWS Trusted Advisor, AWS Pricing Calculator, AWS Cost Explorer, AWS Budgets)
985 words
AWS Global Infrastructure
920 words
AWS Global Infrastructure
945 words
AWS Global Infrastructure
945 words
AWS Global Infrastructure
985 words
AWS Identity and Access Management (IAM) and AWS IAM Identity Center
1,050 words
AWS managed security services (for example, AWS Shield, AWS WAF, Amazon GuardDuty, AWS Security Hub)
925 words
AWS managed service offerings
1,045 words
AWS networking concepts (for example, Amazon Route 53, routing methods)
985 words
AWS networking concepts (for example, Amazon Virtual Private Cloud [Amazon VPC], AWS Direct Connect, AWS VPN, transitive routing, AWS container services)
1,142 words
AWS networking services and DNS (for example, AWS Direct Connect, AWS Site-to-Site VPN, Amazon Route 53)
925 words
AWS Organizations and AWS Control Tower
1,150 words
AWS purchasing options (for example, Reserved Instances, Savings Plans, Spot Instances)
945 words
AWS resource sharing across environments
945 words
AWS rightsizing visibility tools (for example, AWS Compute Optimizer, Amazon Simple Storage Service [Amazon S3] Storage Lens)
1,350 words
AWS security, identity, and compliance tools (for example, AWS CloudTrail, AWS Identity and Access Management Access Analyzer, AWS Security Hub, Amazon Inspector)
1,050 words
AWS service endpoints
920 words
AWS storage services and replication strategies (for example Amazon S3, Amazon RDS, Amazon ElastiCache)
1,142 words
AWS storage services (for example, Amazon EBS, Amazon EFS, Amazon FSx, Amazon S3, AWS Storage Gateway Volume Gateway)
1,150 words
AWS storage services (for example, Amazon S3, Amazon EFS)
948 words
Backup practices and methods
945 words
Change management processes
920 words
CI/CD pipelines and deployment strategies (for example, blue/green, all-at-once, rolling)
820 words
Completing an application migration assessment
945 words
Compute services (for example, Amazon EC2, AWS Elastic Beanstalk)
1,050 words
Configuration management tools (for example, AWS Systems Manager)
1,050 words
Configuration management tools (for example, AWS Systems Manager)
1,150 words
Configuring data and database replication
1,145 words
Configuring disaster recovery solutions
1,055 words
Containers (for example, Amazon ECS, Amazon EKS, AWS Fargate, Amazon ECR)
925 words
Containers (for example, Amazon ECS, Amazon EKS, Fargate)
895 words
Continuous integration and continuous delivery (CI/CD)
945 words
Cost-conscious architecture choices (for example, using Spot Instances, scaling policies, and rightsizing resources)
985 words
Cost management, alerting, and reporting
1,055 words
Showing 50 of 230 study notes. View all →
Try 5 sample questions from a bank of 1,035.
Q1.A company manages a web-facing application fleet that experiences heavy, consistent traffic. A review of CloudWatch metrics shows that the current $m6i.large$ instances (General Purpose) are reaching $90\%$ CPU utilization during peak periods, while memory utilization remains below $30\%$. Based on these performance characteristics, which instance family is most appropriate to optimize the cost-performance ratio for this workload?
Correct: B
Q2.A company requires that all Amazon S3 buckets are private. A Solutions Architect has deployed the `s3-bucket-public-read-prohibited` managed rule in AWS Config but needs to ensure that any non-compliant buckets are automatically fixed without manual intervention.\n\nWhich configuration steps should the Architect apply to enable automated remediation using AWS Systems Manager (SSM)?
Correct: B
Q3.A company is conducting a Disaster Recovery (DR) test to validate a $2$-hour Recovery Time Objective (RTO). During the simulation, the database recovery team encounters an unexpected synchronization delay that threatens the overall timeline. Which role is responsible for assessing the impact on the recovery schedule, facilitating communication between the technical teams and business stakeholders, and making the final decision on whether to proceed with the next phase of the test?
Correct: C
Q4.A solutions architect is designing a multi-region disaster recovery strategy for a critical web application. The goal is to minimize the Recovery Time Objective (RTO) during a regional failover. Which of the following best explains why the architect should choose AWS Global Accelerator over Amazon Route 53 for traffic rerouting?
Correct: B
Q5.A company operates a web application that experiences a predictable traffic spike every weekday at $9:00$ AM and occasional, random surges throughout the day due to marketing events. To maximize cost efficiency while maintaining a target average $CPU$ utilization of $60\%$, which auto-scaling strategy should be implemented?
Correct: C
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824 flashcard decks for spaced-repetition study.
Sample:
**AWS Transit Gateway (TGW)**
Sample:
**Availability Zone (AZ)**
Sample:
**AWS Direct Connect (DX)**
Sample:
**Route 53 Resolver Inbound Endpoint**
Sample:
**VPC Flow Logs**
Sample:
**AWS Subnet Reserved IP Addresses**
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