Tüm alıştırma soruları

An international retail company is architecting a new global e-commerce order management platform. The platform has two critical requirements: 1) A highly available database that supports multi-region, strongly consistent ACID transactions for customer orders across North America and Europe, and 2) A scalable object storage system for product image assets that integrates with Cloud KMS for automated key lifecycle management. Which TWO storage and database configurations should you choose to satisfy these requirements?

An aerospace engineering enterprise is architecting a mission-critical global flight telematics platform on Google Cloud. The architecture requires a relational database that guarantees multi-region strong consistency, a zero Recovery Point Objective (RPO), and a near-zero Recovery Time Objective (RTO) during a regional outage. Additionally, the application tier consists of containerized stateless HTTP microservices that must automatically scale with traffic spikes while requiring minimal operational infrastructure management overhead. Which solution architecture satisfies these technical requirements and high availability objectives?

Match each enterprise data requirement on the left with the most appropriate Google Cloud storage or database service on the right based on access patterns, scaling, and architectural capabilities.

An enterprise software company is migrating an internal billing platform to Google Cloud. The workload operates strictly within a single GCP region and requires a managed relational database with full PostgreSQL compatibility, automatic multi-zone high availability, and data encryption at rest managed through Cloud KMS. Which database architecture should you recommend to meet these requirements with minimal operational cost and complexity?

A regional freight logistics company is designing a high-availability backend on Google Cloud for its shipment management platform within a single GCP region. The architecture requires a stateless HTTP microservice tier that automatically scales during peak hours without server management overhead. The relational database tier requires strict ACID compliance, a zero Recovery Point Objective ($RPO = 0$) in the event of a single zonal outage, and automated multi-zone failover to maintain a 99.99% availability target. Which architecture meets these technical requirements with the lowest operational complexity?

A global genomics research enterprise receives daily batch uploads totaling $50\text{ TB}$ of raw DNA sequencing data from partner laboratories around the world. The uploads occur unpredictably throughout the day. Each file requires a 20-minute containerized processing pipeline to extract variant metadata before storing the results. The raw files must remain instantly available for audit for 30 days, after which they are accessed less than once per year but must be retained for 7 years to meet compliance laws. The business goal is to minimize compute and storage infrastructure costs while avoiding server maintenance overhead. Which two architectural decisions should you recommend? (Select TWO)

An enterprise financial organization is deploying a globally distributed relational database using Cloud Spanner to process cross-border transactions. Security compliance mandates that all database storage must be encrypted using Customer-Managed Encryption Keys (CMEK) managed in a dedicated central security project, and the database schema must be initialized prior to attaching automated backup policies. In what sequential order should the cloud engineering team execute the provisioning and configuration workflow?

An enterprise organization is designing a continuous integration and continuous delivery (CI/CD) pipeline on Google Cloud using Cloud Build to automate infrastructure provisioning via Terraform. The security team requires that the build process prevents data exfiltration during execution and enforces least privilege without relying on static credentials or broad access permissions. Which two configuration choices should you implement in your pipeline design to satisfy these requirements?

An enterprise deployment server running on-premises executes automated bash scripts using the gcloud CLI to manage resources across multiple Google Cloud projects. The enterprise security policy strictly prohibits storing or generating long-lived service account JSON keys on local disk. The scripts must perform management operations under specific workload service accounts residing in each target project. How should the cloud architect configure the gcloud CLI authentication and execution flow to meet these compliance requirements?

A financial services company hosts containerized microservices on Google Kubernetes Engine (GKE) and stores container images in Artifact Registry. The lead security architect must establish a multi-layered security strategy that prevents untrusted container images from being deployed to production clusters and detects anomalous runtime execution behaviors, such as unauthorized reverse shell attempts within running containers. Which TWO actions should the architect recommend to satisfy these requirements? (Select TWO.)

An engineering team is deploying an updated version of a stateless microservice to Cloud Run. The update requires modifying a Cloud SQL PostgreSQL table schema by adding a new required column and removing an obsolete column. The team plans to perform a canary deployment using Cloud Run revision traffic splitting over 24 hours. How should the cloud architect structure the deployment strategy to maintain zero downtime and ensure immediate rollback capability throughout the release?

A retail company needs to deploy a simple, stateless HTTP web microservice that experiences low and unpredictable traffic patterns throughout the day. The primary business requirement is to minimize operational management overhead and infrastructure cost by ensuring resources only incur charges during active processing. Which deployment strategy should you choose?

A retail company is migrating a legacy web application to Google Cloud. The application consists of a stateless HTTP API backend and a regional relational database that processes standard CRUD transactions. The business requirement is to minimize operational overhead, eliminate baseline infrastructure costs during idle periods, and optimize monthly expenditure while maintaining automatic scaling for peak sales events. Which architectural design best satisfies these requirements?

A financial services enterprise needs to archive historical transaction audit logs to Google Cloud for compliance. The logs are accessed very rarely (less than once per year) but must be retained for seven years. The primary business requirement is to minimize storage costs while automating data lifecycle governance. Which TWO actions should the team take to achieve these business and cost requirements? (Select TWO)

A financial analytics firm processes daily transaction reconciliation jobs that run for only 3 hours every midnight, requiring high CPU for processing but zero compute capacity for the remaining 21 hours of the day. Additionally, their operational relational dataset is approximately $400\text{ GB}$ in size with standard regional availability requirements. The company wants to minimize baseline compute and database costs while ensuring automated scaling and minimal management overhead. Which TWO architectural decisions should you recommend to meet these business requirements? (Select TWO.)

A financial analytics enterprise processes a continuous low-volume stream of transactional data that requires a regional relational database with low administrative overhead. Additionally, the platform executes high-throughput batch analysis jobs for 48 hours once per month, requiring immense compute capacity that remains idle for the rest of the month. The enterprise wants to optimize Google Cloud infrastructure costs while maintaining high availability and scaling dynamically during peak processing. Which TWO architectural decisions should the cloud architect implement to satisfy these business requirements? (Select TWO.)

A healthtech company is migrating an internal administrative tool to Google Cloud. The application requires a standard relational database with SQL transactions for a 50 GB dataset hosted in a single region. Primary business requirements are to minimize operational management overhead and baseline compute costs while providing high availability across zones. Which database solution best meets these requirements?

A healthcare provider relies on a mission-critical patient record processing backend running on Compute Engine regional Managed Instance Groups (MIGs) behind a Global External Application Load Balancer. The engineering team is preparing to execute a blue-green deployment strategy for a major release that includes database structure updates. Which TWO technical steps must be executed to ensure zero downtime and prevent deployment failure?

A smart grid energy enterprise needs to migrate 800 TB of historical sensor log files from an on-premises network-attached storage (NAS) system to Google Cloud Storage within a strict 2-week maintenance window. The company's facility connects to the internet via a shared 100 Mbps uplink that is heavily utilized for daily business operations. To meet compliance, the business requires that the transfer completes on time, does not disrupt ongoing operational traffic, and minimizes overall cost. Which strategy should a cloud architect recommend?

A digital media archiving enterprise needs to migrate $1.8\text{ PB}$ of historical video assets from an on-premises storage area network (SAN) to Cloud Storage Coldline for compliance retention. The company's on-premises site has a single $100\text{ Mbps}$ dedicated internet uplink, which is consistently utilized at $70\%$ capacity by core daily business operations. The project timeline strictly requires completing the full data transfer within $30\text{ days}$ while minimizing overall transfer costs and preventing any impact on existing operational network traffic. Which data transfer strategy should the cloud architect recommend?