A public-sector research organization is rehearsing migration from an SAP HANA on-premises database to SAP HANA Cloud. The migration tool can connect to the source database, and the cloud target is available. During the rehearsal, the extraction step starts but stops when it attempts to read required administration-level metadat a. The project coordinator suggests using a broader technical user immediately so the migration timeline is not delayed.
The constraint is that the administrator must keep the migration controlled while ensuring the migration identity has the required scope for extraction and validation. The organization wants the first cloud migration wave to be repeatable for later databases.
What is the best next action?

• A. djust the migration identity to include the required administration-level access, document the scope, and rerun the rehearsal validation.
• B. witch to an unrestricted technical identity so the extraction can complete without further authorization review.
• C. xport only the application data first and defer metadata validation until after the SAP HANA Cloud target is populated.
• D. ontinue the rehearsal with the current identity because source connectivity confirms enough access for migration execution.

A regional environmental testing company operates SAP HANA on-premises for laboratory turnaround analytics and is preparing a separate SAP HANA Cloud environment for migration rehearsal. During an administration review, the landscape worksheet shows one shared “administration owner” for both environments, but the operational evidence comes from different tools. SAP HANA cockpit confirms the on-premises system status, while SAP HANA Cloud Central confirms the cloud database status. The worksheet does not show which owner must act on each environment-specific alert or readiness item.
The constraint is that the administrator must make the landscape worksheet actionable without changing the assigned team structure. The handover must distinguish current operations from cloud migration readiness.
Which action best resolves the landscape ownership issue?

• A. eep the shared owner entry because both systems are SAP HANA databases and the same team supports them.
• B. plit the worksheet by environment, evidence source, and operational responsibility while retaining the same administration team.
• C. emove the SAP HANA Cloud readiness items until the migration rehearsal becomes the active operational workload.
• D. reat the on-premises SAP HANA cockpit status as the controlling readiness signal for both environments.

A regional beverage distributor is preparing an SAP HANA installation acceptance activity for a new on-premises reporting database. The database installation finishes without error, and SAP HANA cockpit shows the system as available. During acceptance review, the administrator notices that the installed database was recorded against the correct host group, but the lifecycle worksheet still lists the previous software package reference from an earlier rehearsal. The deployment lead wants to approve acceptance because the running database is accessible.
The constraint is that the administrator must prove the accepted installation record matches the actual installed lifecycle state. Approval cannot rely only on runtime availability when the lifecycle reference in the worksheet is inconsistent.
Which action best resolves the installation acceptance gap?

• A. estart the database so SAP HANA cockpit can refresh the package information shown in the acceptance worksheet.
• B. pprove the installation because SAP HANA cockpit shows the database as available and the installation completed without error.
• C. eep the earlier package reference because it belongs to the same installation rehearsal sequence.
• D. eplace the lifecycle worksheet reference with the actual installed package evidence, validate the acceptance record, and approve only after the worksheet matches the system state.

A regional renewable materials company is refining its SAP HANA administration model for a mixed landscape. The on-premises database supports current analytics, while an SAP HANA Cloud environment is being prepared for a later migration wave. During a review, the administrator finds that the operations dashboard lists both systems under one generic availability indicator. SAP HANA cockpit confirms the on-premises database is available, and SAP HANA Cloud Central confirms the cloud database is running, but the indicator does not show which system each status came from.
The constraint is that the administrator must prevent operations from making environment-specific decisions from combined availability evidence. The handover must support separate operational action for each SAP HANA environment.
Which action best corrects the availability evidence problem?

• A. se the on-premises availability status as the primary indicator until the SAP HANA Cloud migration is complete.
• B. plit the availability evidence by environment and validate the source tool for each SAP HANA system status.
• C. eep the combined indicator because both systems are SAP HANA databases and both are currently reachable.
• D. emove availability tracking for the cloud environment until production workloads are migrated to it.