SAN
Storage — Infrastructure
The SAN delivers high-performance, low-latency block storage — the reliable foundation for mission-critical databases, virtualization and enterprise applications.
Technologies available for this scope
What organizations face today
- Performance & latency — IOPS demands from critical workloads
- Fabric complexity — zoning, multipathing, FC/iSCSI
- Scalability — growing capacity without disruption
- Data protection — replication, snapshots, continuity
- Cost & efficiency — tiering, thin provisioning, dedup
Future Challenges
NVMe over Fabrics
Ultra-low-latency shared storage as standard.
Storage as Code
Provisioning and policies fully automated.
AI-driven tiering
Data placed automatically by access pattern.
Predictive protection
Failure and capacity anticipated ahead of time.
Unified data services
Consistent services across block and cloud.
A Virtuous Cycle of Services
Services define the WHAT — the desired action according to the service type. They follow a virtuous cycle aligned with your SAN initiatives.
Define
Knowledge Transfer- Deliverable
We define a SAN skills development plan covering automation, security and observability.
Teach
Knowledge Transfer- Videos recorded session
- Deliverable
We deliver technical SAN sessions tailored to your teams' level and objectives.
Validate
Knowledge Transfer- Deliverable
We validate SAN knowledge through practical exercises and real-world scenarios.
Evaluate
Knowledge Transfer- Deliverable
We evaluate SAN skills and identify improvement areas for continuous progression.
Mentor
Knowledge Transfer- Deliverable
We provide SAN technical mentoring for troubleshooting, design and optimization.
Inform
Knowledge Transfer- Webinar
- Deliverable
We keep you informed about SAN trends, best practices and emerging technologies.
AI & Automation
AI and automation enhance every aspect of your SAN scope: detection, analysis, configuration, remediation, prediction and optimization.
- Predictive capacity planning
- Automated tiering
- Performance anomaly detection
- Failure prediction