Action Center
Prioritized actions from connectivity, backups, storage, jobs, runtime signals, concurrency and telemetry gaps.
Errors 2660, timeouts 22, login failures 1, CPU warnings 0. (@MinEvidenceTime datetime) CREATE TABLE #SqlBackupLog ( LogDate datetime NULL, ProcessInfo nvarchar(64) NULL, [Text] nvarchar(max) NULL ); DECLARE @LogNumb...
Correlate with deployments, jobs and connection changes, then isolate the failing workload.database 'Error pulse detected' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'Error pulse detected', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
Errors 2631, timeouts 23, login failures 0, CPU warnings 0. (@MinEvidenceTime datetime) CREATE TABLE #SqlBackupLog ( LogDate datetime NULL, ProcessInfo nvarchar(64) NULL, [Text] nvarchar(max) NULL ); DECLARE @LogNumb...
Correlate with deployments, jobs and connection changes, then isolate the failing workload.database 'Error pulse detected' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'Error pulse detected', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
Errors 2585, timeouts 21, login failures 0, CPU warnings 0. (@MinEvidenceTime datetime) CREATE TABLE #SqlBackupLog ( LogDate datetime NULL, ProcessInfo nvarchar(64) NULL, [Text] nvarchar(max) NULL ); DECLARE @LogNumb...
Correlate with deployments, jobs and connection changes, then isolate the failing workload.database 'Error pulse detected' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'Error pulse detected', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
Errors 23, timeouts 20, login failures 0, CPU warnings 0. (@MinEvidenceTime datetime) CREATE TABLE #SqlBackupLog ( LogDate datetime NULL, ProcessInfo nvarchar(64) NULL, [Text] nvarchar(max) NULL ); DECLARE @LogNumb...
Correlate with deployments, jobs and connection changes, then isolate the failing workload.database 'Error pulse detected' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'Error pulse detected', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
Errors 22, timeouts 19, login failures 0, CPU warnings 0. (@MinEvidenceTime datetime) CREATE TABLE #SqlBackupLog ( LogDate datetime NULL, ProcessInfo nvarchar(64) NULL, [Text] nvarchar(max) NULL ); DECLARE @LogNumb...
Correlate with deployments, jobs and connection changes, then isolate the failing workload.database 'Error pulse detected' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'Error pulse detected', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
17.7 GB free (44.3%) of 40.0 GB.
Compare current free GB with forecast database, log, TempDB, backup and maintenance demand. Reclaim, relocate or reserve capacity before policy is breached, then verify both free GB and free percent.database 'ANNAT 1 is low on free space' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'ANNAT 1 is low on free space', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
17.7 GB free (44.3%) of 40.0 GB.
Compare current free GB with forecast database, log, TempDB, backup and maintenance demand. Reclaim, relocate or reserve capacity before policy is breached, then verify both free GB and free percent.database 'ANNAT 1 is low on free space' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'ANNAT 1 is low on free space', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
17.7 GB free (44.3%) of 40.0 GB.
Compare current free GB with forecast database, log, TempDB, backup and maintenance demand. Reclaim, relocate or reserve capacity before policy is breached, then verify both free GB and free percent.database 'ANNAT 1 is low on free space' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'ANNAT 1 is low on free space', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
17.7 GB free (44.3%) of 40.0 GB.
Compare current free GB with forecast database, log, TempDB, backup and maintenance demand. Reclaim, relocate or reserve capacity before policy is breached, then verify both free GB and free percent.database 'ANNAT 1 is low on free space' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'ANNAT 1 is low on free space', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.
17.7 GB free (44.3%) of 40.0 GB.
Compare current free GB with forecast database, log, TempDB, backup and maintenance demand. Reclaim, relocate or reserve capacity before policy is breached, then verify both free GB and free percent.database 'ANNAT 1 is low on free space' needs a newer log backup in the SQL backup chain.
The proven recovery-point objective is outside policy, and the transaction log may continue to grow while successful log backups are absent.
Inspect the latest log-backup job failure for database 'ANNAT 1 is low on free space', then correct the specific cause: unavailable target, service-account access, broken chain, open transaction, replication/availability-group backlog or disk pressure. Run a log backup only after a valid full-backup baseline exists.
Confirm a new successful backup of the required type, run RESTORE VERIFYONLY where appropriate, and perform a scheduled test restore to an isolated instance to prove the recovery path and expected RPO/RTO.