Capacity
CPU, memory, I/O and growth based on evidence.
Infrastructure designed to sustain operations.
We integrate compute, operating systems, networks and availability as one platform with defined capacity, redundancy, compatibility and evolution paths.
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Capabilities
An architecture that is understood end to end.
Every component needs a clear function, known dependencies and defined behavior during maintenance or failure.
Platforms
Compute
X86, SPARC, IBM Power and ARM aligned to workload and lifecycle.
→PlatformOperating systems
Solaris, Linux, AIX, HP-UX and Windows integrated with applications and services.
→ConnectivityNetworks & SAN
LAN, Fibre Channel, zoning and multipath without single paths.
→ResilienceHigh availability
Clustering, redundancy, failover and recovery testing.
→Operating Criteria
Decisions that remain operable after the project.
Redundancy
Remove single points of failure across compute, network and storage.
Compatibility
Firmware, operating system, drivers and applications validated together.
Operations
Monitoring, documentation and executable procedures.
Architecture Review
Before changing hardware, understand the workload path end to end.
A stable platform depends on how compute, memory, I/O buses, network, SAN, storage, operating system and availability mechanisms interact.
I/O path
We follow the workload from the host to the data to expose limits and dependencies.
- CPU and memory
- PCIe, HBA and NIC
- LAN / Fibre Channel
- Controllers and media
Failure domains
Redundancy is reviewed by component and by path, not only by device count.
- Power and host
- Switch / fabric
- Path and multipath
- Controller / cluster
Compatibility
An upgrade can fail because of the version combination, not because of one component.
- Firmware
- Drivers and agents
- Operating system
- Interoperability matrix
Lifecycle
Capacity, support and evolution are part of the design from day one.
- Capacity headroom
- Vendor support
- Upgrade windows
- Refresh path
Outcome
From assessment to an executable decision.
What a technical review delivers
A normalized inventory, dependency map, risks, single points of failure and prioritized recommendations.
- Current and target architecture
- Findings by criticality
- Remediation plan
- Validation criteria
What decisions it enables
Determine what to keep, what to refresh and in what sequence to intervene without losing sight of operations.
- Capacity and growth
- Real redundancy
- Compatibility
- Evolution path
Next Step
Contact SP TI →Review the current platform before the next investment.
A clear inventory and architecture help prioritize refresh, migration, capacity or continuity.