SAP Certified - Database Administrator - SAP HANA Sample Questions:

1. A regional equipment rental company maintains SAP HANA for operational analytics. After a planned configuration update, the database starts successfully, but a post-start administration screen shows one configured service parameter as inactive. The change record includes the intended value, and the administrator who entered the change still has the required access. A team member suggests closing the task because startup completed without errors.
The constraint is that the administrator must confirm that the configured value is active after startup, not merely recorded in the change documentation. The resolution must address the difference between configuration entry, service activation, and post-start validation.
Which action best resolves the configuration issue?

A) ctivate or reapply the configuration through the correct administration path, verify the service shows the intended active value, and update the change evidence.
B) lose the task because database startup completed without errors.
C) ecord the intended value again in the change document and schedule a later review.
D) econfirm that the administrator has access to enter the configuration value.

2. <strong>CHALLENGE 2 &#x2014; Close Aggregation Monitoring Evidence</strong> The team can either tune memory-related settings now to improve claims reserve aggregation or first confirm whether the copied monitoring thresholds reflect the upgraded system. Which decision best balances performance and evidence quality?

A) onfirm threshold relevance first, then tune only if current evidence supports the change.
B) une now and treat the improved aggregation time as the main close readiness result.
C) eject all tuning until the SAP HANA Cloud modernization phase is complete.
D) se regional manager feedback instead of monitoring evidence because close reports loaded.

3. A subscription services provider operates SAP HANA in a mixed environment. After a planned configuration adjustment intended to improve throughput, administrators observe that nightly batch processing finishes on time, but interactive analyst queries now show intermittent delays. Monitoring shows no broad system outage, and memory consumption remains stable. CPU peaks occur only during specific interactive workload windows.
The platform owner wants a correction that preserves the batch improvement while avoiding a broad reversal of the recent tuning changes. The team must decide based on actual workload behavior rather than a general assumption that the entire configuration set should be rolled back.
What is the best next step?

A) ncrease system memory allocation first because stable memory use indicates the system is close to its capacity boundary.
B) everse all recent configuration changes immediately because any slowdown after tuning proves the full change set was invalid.
C) ove the interactive workload to the cloud database without further analysis because the current landscape already supports mixed deployment.
D) ompare the changed configuration against the affected workload pattern and adjust only the setting that is degrading interactive execution behavior.

4. An engineering services firm uses an on-premises SAP HANA system for daily operational processing and a separate SAP HANA Cloud database for project analytics. After a controlled stop and start sequence during maintenance, administrators confirm that the main instance is reachable again. However, one scheduled post-maintenance validation still fails because the target database remains inactive for application use even though general service status looks normal.
A colleague proposes restarting the full system one more time to clear any remaining inconsistency. The maintenance coordinator wants the smallest corrective action that restores the required database state without disturbing healthy components that are already back online.
What should the administrator do next?

A) elay the validation until the next cycle because the main instance is already reachable and broad service recovery has been achieved.
B) alidate the operational state of the specific database and activate only that database if its state does not match the required post-maintenance target.
C) un an immediate full backup first so that any further administration action occurs only after a new protection point is created.
D) epeat a full instance restart because service availability suggests only a temporary post-maintenance inconsistency remains.

5. A regional freight operator uses SAP HANA for dispatch analytics. After a storage maintenance activity, SAP HANA cockpit shows that backup scheduling is still active, but the next backup job fails with an access message for the configured backup location. The backup catalog still lists earlier successful backups, and the operations team suggests proceeding because historical backup evidence remains visible.
The constraint is that the administrator must restore backup execution readiness before the next reporting cutover. The team must not confuse catalog visibility with the ability to create and retrieve new backup artifacts after the storage change.
What should the administrator do next?

A) alidate and correct access to the configured backup location, then run and verify a new backup job.
B) ccept the backup state because the catalog still displays earlier successful backup entries.
C) ncrease the backup schedule frequency so a later job can succeed without changing the storage configuration.
D) estart SAP HANA cockpit so the failed backup status can be cleared from the monitoring view.

Solutions: