You need authorized SQL Server administration, a protected copy of the backup set, adequate data and log space, and any required backup-encryption or TDE certificates and keys. Confirm the target SQL Server version supports restoring the source backup. A backup from a newer engine generally cannot be restored to an older engine. Agree the recovery point and acceptable test outcome with the application owner.

1. Inventory the recovery set. Identify the full backup, any applicable differential backup and the log backups required for the intended recovery point. Record backup times, database identity and storage location. A differential must belong to the correct full-backup base; file names alone do not prove the chain.
2. Prepare an isolated target. Choose a separate database name, such as an agreed test-specific name, and dedicated physical data and log file paths. Confirm the SQL Server service identity can read the backup and write to those paths. Keep restored applications disconnected from production email, payment, queue and scheduled-job destinations.
3. Inspect and validate the media. Use the SSMS restore interface to inspect the backup sets, or have the DBA review backup headers and file-list information. Run RESTORE VERIFYONLY against the selected backup media where appropriate. A successful media check is a useful preliminary result, but it does not replace the restore and integrity checks below.
4. Configure the initial restore. In SSMS, right-click Databases and choose Restore Database. Select the backup device and explicitly enter the separate destination database. On Files, review every destination file path. On Options, inspect recovery state and connection handling. Do not select overwrite-existing-database options to work around a name or path conflict.
5. Apply the planned backup sequence. If more backups must follow, leave the database in NORECOVERY after the initial full restore. Apply the matching differential and then required log backups in the correct order. Bring the database online with RECOVERY only when the intended sequence is complete. Point-in-time recovery requires an appropriate intact log chain and a deliberate stop time.
6. Handle keys and permissions deliberately. If encrypted media or an encrypted database cannot be opened, stop and recover the correct certificate and private key through your approved process. Do not repeatedly change unrelated security settings. After restoration, review database users and server logins; restoring a database does not automatically recreate all instance-level dependencies.
7. Test integrity and application behavior. Have the DBA run suitable database consistency checks, such as a planned DBCC CHECKDB, and review the output. Connect a test application with restricted credentials. Confirm representative record counts, recent business data and a safe read/write workflow. Keep integrations disabled unless they point to isolated test services.
8. Record the recovery result. Capture the restored point, elapsed restore time, integrity results, missing dependencies and application test outcome. Compare them with the recovery objectives. Remove the test database only after the exercise is documented and its independent backup copies remain protected.

In SQL Server Management Studio, an authorised database administrator can inspect an existing backup without restoring it. The file path is resolved by the SQL Server service, not your workstation. Replace it with the protected backup file available to that instance.

RESTORE HEADERONLY
FROM DISK = N'D:\SQLBackups\ExampleDB_full.bak';

RESTORE FILELISTONLY
FROM DISK = N'D:\SQLBackups\ExampleDB_full.bak';

Read the result: Identify the backup set, database, dates, logical file names and original paths. A file containing multiple backup sets needs the correct FILE position for subsequent inspection or restore operations. These metadata reads do not prove that the database can be recovered or that application data is complete.

Use an isolated destination and explicitly reviewed file mappings for the actual test restore. Do not reuse production paths or overwrite the live database to perform a rehearsal. Continue with consistency and application checks after the controlled test restoration.

No. It checks the backup set without performing the full database restore. A usable recovery also depends on the correct chain, keys, compatible engine, sufficient storage and application dependencies. The stronger evidence is a completed isolated restore followed by consistency checks and representative application tests.

Keep the production database untouched. Record the exact restore error, backup-set identity and failed sequence step. Check media availability, file permissions, engine compatibility, encryption material and destination capacity before retrying. If a chain is incomplete, report the latest recoverable point honestly rather than claiming the requested time is available.

• Diagnosing SQL Server application login failures
• Responding to unexpected SQL Server transaction-log growth
• Planning Windows Server Backup and a test restore
• Extending a Windows Server data volume safely

• Restore a database using SSMS
• RESTORE VERIFYONLY
• RESTORE statements
• DBCC CHECKDB integrity checks

• Microsoft: inspect SQL Server backup file contents