Amazon AWS Certified Solutions Architect - Professional SAP-C02 Bundle

Retain or redesign the hardware-dependent component rather than forcing an MGN rehost would address a different requirement: A workload must preserve unsupported local hardware dongles and cannot run in EC2. Replicating server disks does not make unsupported physical dependencies cloud-compatible.

For the separate situation A Windows and Linux fleet must move from VMware to EC2 with minimal application rewrites, Use AWS Application Migration Service for continuous block-level replication and planned cutover could be useful. MGN supports lift-and-shift server migration with replication and test launches.

Keep continuous MGN replication and coordinate the cutover window and final launch solves the related scenario A server migration requires short downtime and ongoing source-write replication until the final launch; incremental block replication minimizes changes left to transfer at cutover.

For the separate situation A complex database migration needs a way to validate target row and value consistency, Enable DMS data validation where supported and perform independent application checks could be useful. Data validation detects replication differences beyond task-completed status.

Use AWS DMS full-load plus change data capture and a controlled cutover solves the related scenario An on-premises MySQL database must move to Amazon RDS MySQL with a short write outage; cDC replicates incremental database changes after initial bulk load.

Although Measure and drain DMS replication latency before switching write traffic can be valid when A database migration claims near-zero cutover downtime while CDC lag remains 20 minutes, it targets a different technical condition. Cutover data loss risk depends on unreplicated source changes at promotion.

Use AWS Schema Conversion Tool for eligible schema conversion and AWS DMS for data movement solves the related scenario An Oracle database must migrate to PostgreSQL and stored procedures require dialect conversion; sCT addresses heterogeneous schema incompatibility while DMS moves table data.

Configure encryption, VPC connectivity and narrowly scoped DMS endpoint credentials would address a different requirement: A customer database must be migrated without placing plaintext data on an intermediate public host. Private network and least-privilege encryption controls protect migration payloads.

This alternative, Enable DMS data validation where supported and perform independent application checks, is appropriate when A complex database migration needs a way to validate target row and value consistency. Data validation detects replication differences beyond task-completed status.

Although Configure encryption, VPC connectivity and narrowly scoped DMS endpoint credentials can be valid when A customer database must be migrated without placing plaintext data on an intermediate public host, it targets a different technical condition. Private network and least-privilege encryption controls protect migration payloads.

Enable DMS data validation where supported and perform independent application checks would address a different requirement: A complex database migration needs a way to validate target row and value consistency. Data validation detects replication differences beyond task-completed status.

This alternative, Use AWS DMS full-load plus change data capture and a controlled cutover, is appropriate when An on-premises MySQL database must move to Amazon RDS MySQL with a short write outage. CDC replicates incremental database changes after initial bulk load.

Measure and drain DMS replication latency before switching write traffic would address a different requirement: A database migration claims near-zero cutover downtime while CDC lag remains 20 minutes. Cutover data loss risk depends on unreplicated source changes at promotion.

This alternative, Use AWS Schema Conversion Tool for eligible schema conversion and AWS DMS for data movement, is appropriate when An Oracle database must migrate to PostgreSQL and stored procedures require dialect conversion. SCT addresses heterogeneous schema incompatibility while DMS moves table data.

Use AWS DMS full-load plus change data capture and a controlled cutover solves the related scenario An on-premises MySQL database must move to Amazon RDS MySQL with a short write outage; cDC replicates incremental database changes after initial bulk load.

This alternative, Use AWS Schema Conversion Tool for eligible schema conversion and AWS DMS for data movement, is appropriate when An Oracle database must migrate to PostgreSQL and stored procedures require dialect conversion. SCT addresses heterogeneous schema incompatibility while DMS moves table data.

For the separate situation An on-premises MySQL database must move to Amazon RDS MySQL with a short write outage, Use AWS DMS full-load plus change data capture and a controlled cutover could be useful. CDC replicates incremental database changes after initial bulk load.

Although Configure encryption, VPC connectivity and narrowly scoped DMS endpoint credentials can be valid when A customer database must be migrated without placing plaintext data on an intermediate public host, it targets a different technical condition. Private network and least-privilege encryption controls protect migration payloads.

Reserve AWS Data Transfer Terminal and bring the storage devices for high-speed ingestion solves the related scenario An AWS Enterprise Support customer can physically transport portable drives to an AWS transfer facility but cannot upload 500 TB over its office WAN; data Transfer Terminal accepts customer-owned devices at secured physical facilities; Snow Family devices are unavailable to new customers.

Although Configure AWS Transfer Family with SFTP and approved authentication can be valid when A partner requires managed SFTP uploads into an AWS-hosted S3 bucket, it targets a different technical condition. Transfer Family presents managed file-transfer protocols backed by AWS storage.

This alternative, Evaluate S3 Transfer Acceleration on a supported bucket for long-distance upload performance, is appropriate when A global content producer uploads large individual objects to an S3 bucket in a distant Region. Transfer Acceleration uses AWS edge ingress to optimize distant S3 data transfers.

Although Configure AWS Transfer Family with SFTP and approved authentication can be valid when A partner requires managed SFTP uploads into an AWS-hosted S3 bucket, it targets a different technical condition. Transfer Family presents managed file-transfer protocols backed by AWS storage.

Use AWS Storage Gateway File Gateway with appropriate on-premises deployment would address a different requirement: An existing Windows SMB share must be presented locally while files are progressively moved to S3. File Gateway exposes SMB or NFS interfaces while objects reside in S3.

For the separate situation A NAS holds 80 TB of files that must move to EFS over a reliable WAN without custom sync scripts, Use AWS DataSync with suitable source and target locations and scheduled verification could be useful. DataSync transfers supported file data with managed copy and integrity features.

Use AWS Storage Gateway File Gateway with appropriate on-premises deployment would address a different requirement: An existing Windows SMB share must be presented locally while files are progressively moved to S3. File Gateway exposes SMB or NFS interfaces while objects reside in S3.

This alternative, Use AWS DataSync with suitable source and target locations and scheduled verification, is appropriate when A NAS holds 80 TB of files that must move to EFS over a reliable WAN without custom sync scripts. DataSync transfers supported file data with managed copy and integrity features.

Evaluate S3 Transfer Acceleration on a supported bucket for long-distance upload performance solves the related scenario A global content producer uploads large individual objects to an S3 bucket in a distant Region; transfer Acceleration uses AWS edge ingress to optimize distant S3 data transfers.

This alternative, Reserve AWS Data Transfer Terminal and bring the storage devices for high-speed ingestion, is appropriate when An AWS Enterprise Support customer can physically transport portable drives to an AWS transfer facility but cannot upload 500 TB over its office WAN. Data Transfer Terminal accepts customer-owned devices at secured physical facilities; Snow Family devices are unavailable to new customers.

For the separate situation A partner requires managed SFTP uploads into an AWS-hosted S3 bucket, Configure AWS Transfer Family with SFTP and approved authentication could be useful. Transfer Family presents managed file-transfer protocols backed by AWS storage.

Use AWS Storage Gateway File Gateway with appropriate on-premises deployment solves the related scenario An existing Windows SMB share must be presented locally while files are progressively moved to S3; file Gateway exposes SMB or NFS interfaces while objects reside in S3.

For the separate situation An AWS Enterprise Support customer can physically transport portable drives to an AWS transfer facility but cannot upload 500 TB over its office WAN, Reserve AWS Data Transfer Terminal and bring the storage devices for high-speed ingestion could be useful. Data Transfer Terminal accepts customer-owned devices at secured physical facilities; Snow Family devices are unavailable to new customers.

Configure AWS Transfer Family with SFTP and approved authentication solves the related scenario A partner requires managed SFTP uploads into an AWS-hosted S3 bucket; transfer Family presents managed file-transfer protocols backed by AWS storage.

Use AWS DataSync with suitable source and target locations and scheduled verification would address a different requirement: A NAS holds 80 TB of files that must move to EFS over a reliable WAN without custom sync scripts. DataSync transfers supported file data with managed copy and integrity features.