SAP C-DBADM-2601 Actual PDF : SAP Certified - Database Administrator - SAP HANA

A retail services company runs SAP HANA for internal planning reports in a mixed environment with an on-premises database and administrative tooling used by the database operations team. After a planned operating window, the administrator starts the database and confirms that the host is reachable. However, SAP HANA cockpit still shows one required database service as inactive, and hdbsql connections for routine administrative checks fail for users who depend on that service path.
The constraint is that the administrator must restore normal database operation without treating host reachability as proof that the SAP HANA database stack is fully available. The operations lead also wants validation evidence before reopening the reporting workload.
Which action best addresses the startup inconsistency?

• A. Reboot the host because network reachability confirms the database problem is outside the SAP HANA service layer.
• B. Approve reopening the workload because the host is reachable and SAP HANA cockpit can display the system.
• C. Recreate the hdbsql user credentials because failed command-line checks indicate an authentication-only problem.
• D. Confirm the inactive database service status, correct the service startup condition, and validate administrative connectivity after the service is active.

CHALLENGE 1 - UAT Configuration Evidence Reconciliation
The release coordinator wants to use the first UAT comparison because activation reports opened successfully. The database team later confirms that the upgraded reporting system's administration record does not reflect the configuration state used during testing. Which decision best supports release-quality evidence?

• A. Use the comparison because report opening is sufficient evidence for release support.
• B. Replace the upgraded system record with the SAP HANA Cloud provisioning record.
• C. Update the administration record and reassess the UAT comparison against the confirmed state.
• D. Treat the missing configuration evidence as unrelated because UAT focuses on reporting access.

A regional event management company runs SAP HANA for ticket sales analytics. SAP HANA cockpit shows the database as available, but the operations team observes that statement-level troubleshooting evidence is missing for one reporting window. The general performance dashboard shows a brief response-time increase, while the detailed statement history has no entries for the affected period. A support coordinator proposes adjusting report schedules because the dashboard indicates a slowdown.
The constraint is that the administrator must validate the diagnostic evidence path before changing workload timing. The next reporting window must remain available while the team confirms why detailed statement evidence was not captured.
Which action best addresses the troubleshooting gap?

• A. Change the report schedule immediately because the response-time increase proves the workload timing is wrong.
• B. Ignore the issue because the database remained available and only detailed troubleshooting evidence was missing.
• C. Restart SAP HANA before the next window so the detailed statement history starts with a clean monitoring state.
• D. Verify the statement-history collection path for the affected period, correct the collection issue, and validate captured evidence in the next window.

A food distribution company uses SAP HANA for warehouse performance reporting. The administrator performs a scheduled recovery test in a non-production validation environment using the latest available backup set. The restore starts successfully, but validation shows that the recovered database does not include the expected transactions from the final hour before the backup window closed. The backup monitor shows successful data backup completion and a later log backup entry marked as delayed.
The constraint is that the administrator must validate the agreed recovery point before the backup process is accepted. The team cannot treat a successful restore start as sufficient evidence of recovery readiness.
What should the administrator do next?

• A. Investigate the delayed log backup dependency, make the required log sequence available, and rerun recovery validation for the target point.
• B. Repeat the restore using the same backup set and skip the transaction-level validation step.
• C. Accept the recovery test because the restore process started successfully from a valid backup set.
• D. Create a new data backup after the test and use that completion result as proof that the previous recovery point was valid.

A university research center operates SAP HANA in a mixed landscape while preparing administrative standards for both an on-premises database and an SAP HANA Cloud environment. During a readiness review, the administrator notices that the operations checklist treats database availability, administration tooling access, backup review, and migration readiness as one generic "SAP HANA ready" status. SAP HANA cockpit shows the on-premises system as available, while SAP HANA Cloud Central shows the cloud target as provisioned but not yet used for active workloads.
The constraint is that the administrator must avoid approving a readiness status that hides environment-specific responsibilities. The checklist must support clear operational validation without redesigning the landscape.
Which action best improves the readiness review?

• A. Use only the on-premises cockpit status because the active workload still runs on the on-premises SAP HANA database.
• B. Approve the readiness status because both SAP HANA environments are visible in their respective administration tools.
• C. Separate the checklist into environment-specific validation points and confirm the required evidence for each SAP HANA environment.
• D. Delay the readiness review until the SAP HANA Cloud target hosts the same workload as the on-premises database.