Performance
Latency, throughput, IOPS and database workload are measured.
Available, protected and recoverable data.
We integrate databases, storage, backup and replication so data has consistent performance, capacity, protection and a practical recovery path.
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Capabilities
Data is designed to perform and to return.
Usable capacity is not enough: processing, placement, protection and recovery all matter.
Processing
Databases
Oracle, Informix, DB2, MySQL, SQL Server and PostgreSQL.
→ProtectionStorage & backup
SAN/NAS, snapshots, backup, replication and recovery.
→AvailabilityBusiness continuity
Dependencies, protection and recovery coordinated as one architecture.
→RecoveryDRP
RPO/RTO, runbooks, failover, return and evidence-based testing.
→Operating Criteria
Decisions that remain operable after the project.
Protection
Snapshots, backup and replication follow criticality.
Recovery
Restore and failover are tested, not merely configured.
Growth
Capacity and lifecycle are considered from the start.
Data Lifecycle
Performance, protection and recovery belong to the same design.
The data architecture should explain how data is processed, how it reaches storage, how it is protected and how long it takes to return after a failure.
Processing
The database is reviewed by version, topology and workload pattern.
- Concurrency
- CPU and memory
- Logs / redo
- Maintenance windows
I/O path
Final latency depends on host, fabric, controller, cache and media.
- HBA / NIC
- Fibre Channel / Ethernet
- Controller and cache
- Media and data services
Protection
We define which copy protects against which scenario.
- Snapshots
- Backup
- Replication
- Retention
Recovery
Recovery is measured by evidence, not configuration alone.
- Restore
- Failover
- RPO / RTO
- Periodic tests
Outcome
From assessment to an executable decision.
What we can measure
We build a baseline that supports before-and-after comparisons.
- Latency and IOPS
- Throughput
- Backup windows
- Restore time
What we can design
We turn criticality and dependencies into an operable architecture.
- Protection by workload
- Retention
- Replication
- Recovery sequence
Next Step
Contact SP TI →Review where the data lives and how it returns.
Assess database, storage and protection as one architecture.