SAP : C-DBADM-2601 Questions & Answers

CHALLENGE 1 - UAT Configuration Evidence Reconciliation
During UAT preparation, test users can open activation backlog reports from both SAP HANA systems. The newly installed UAT database has its active configuration documented, but the upgraded reporting system still has one post-upgrade value recorded only in a release note. What should the administrator do before accepting the UAT comparison?

• A. Accept the comparison because both systems return the required reports during UAT.
• B. Continue UAT and review the release note only if report users identify inconsistent data.
• C. Reconcile the release-note value into the upgraded system's current administration record.
• D. Remove the documented value from the UAT database record so both systems appear aligned.

A regional furniture manufacturer uses SAP HANA for production-demand analytics. SAP HANA cockpit shows the database as available, but the operations dashboard displays a short CPU spike during the planning run while the workload log shows a longer query wait interval. Users reported slow report refreshes at the same time. A coordinator suggests raising the CPU alert threshold because the spike was brief.
The constraint is that the administrator must determine whether the user delay is related to workload wait behavior before changing monitoring thresholds. The next planning run must remain observable with evidence that can support troubleshooting.
Which action best supports the troubleshooting decision?

• A. Raise the CPU alert threshold because the observed spike was brief and the database remained available.
• B. Ignore the workload wait interval because SAP HANA cockpit did not show a database outage.
• C. Correlate the CPU spike, query wait interval, and user delay timing before deciding whether threshold changes are appropriate.
• D. Restart the database before the next planning run so the workload log starts from a clean state.

A media analytics provider is documenting the administration model for SAP HANA across an on-premises system and an SAP HANA Cloud environment. During validation, an administrator records that monitoring, backup review, and database explorer checks are being performed from different tools without a clear statement of which environment each evidence item represents. The cloud instance is available, and the on-premises system is also active for the current reporting workload.
The constraint is that the administration handover must distinguish environment-specific evidence before operational ownership changes. The team must avoid accepting mixed proof that combines cloud availability with on-premises operational checks.
Which action best supports a reliable handover?

• A. Create a validation record that maps each tool output to the specific SAP HANA environment before accepting the handover.
• B. Delay all validation until the on-premises workload is migrated so only one environment remains active.
• C. Combine all successful checks into one operations summary because both environments belong to the SAP HANA landscape.
• D. Use the cloud availability status as the primary handover evidence because the modernization target is available.

A regional publishing group is preparing an SAP HANA administration runbook for a mixed landscape that includes an on-premises database and an SAP HANA Cloud environment. The draft runbook uses one lifecycle calendar for both environments. During review, the administrator notices that the calendar combines an on-premises upgrade window, SAP HANA Cloud availability checks, and migration rehearsal milestones into one approval step. SAP HANA cockpit confirms the on-premises database is available, and SAP HANA Cloud Central confirms the cloud environment is running.
The constraint is that the runbook must support correct operational decisions for each environment without treating mixed lifecycle evidence as one shared approval state.
Which action best improves the runbook before operational use?

• A. Approve the runbook because both SAP HANA environments are available in their administration tools.
• B. Separate lifecycle validation steps by environment and require evidence specific to each SAP HANA administration activity.
• C. Use the on-premises upgrade window as the controlling lifecycle event for the entire mixed landscape.
• D. Remove migration rehearsal milestones from the runbook until the SAP HANA Cloud environment becomes the active workload target.

CHALLENGE 2 - Simulation Monitoring Baseline Control
The team has two possible actions before the second SIT run: tune the database now to improve simulation runtime, or first preserve monitoring evidence and then tune if the evidence supports it. Which action is most defensible?

• A. Preserve the monitoring baseline first, then approve tuning only if current evidence supports it.
• B. Reject all tuning until the airport analytics migration to SAP HANA Cloud is completed.
• C. Tune now and use the improved simulation runtime as the only rollout readiness measure.
• D. Replace monitoring evidence with business user feedback from the simulation session.