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Solutions · Infrastructure

Integrated Infrastructure and Technology Platforms

Servers, storage, virtualization, containers and hybrid cloud form the base of critical applications. Target designs integrated platforms—compute, networks, storage and platform services operating coherently, including backup and continuity when the context requires it.

Data center aisle with server racks in operation

Compute, networks and platforms operating in an integrated way

Infrastructure stops being only a set of devices when compute, network, data and platform layers are planned to operate and scale together.

We support on-premises, hybrid and container-oriented environments, aligned with DevOps and NetOps practices without losing sight of day-to-day operations.

Data center connected to cloud platforms, networks and corporate applications

Hybrid environments under scale and continuity pressure

Silos between storage, networks and virtualization delay deployments and complicate recovery. Backup disconnected from operations creates risk windows. Lack of standards for containers and ingress routing multiplies hidden cost. Integrating from design onward reduces friction between teams and speeds secure delivery.

Silos between layers Storage, networks and virtualization
Disconnected backup Risk outside operations
Containers without standards Ingress routing and operations
Hybrid scale Continuity and capacity

What we can integrate

Servers, hypervisors and storage
Virtualization and Kubernetes
Image registries, ingress routing and load balancing
On-premises and cloud hybrid infrastructure
Corporate network and application platforms
Backup, continuity and DevOps/NetOps automation

Three ways to integrate infrastructure and platform

Operable hybrid with unified operations

Illustrative example
On-premises
Cloud
Monitoring
Backup
  • Challenge: Critical on-premises workloads and cloud elasticity require different processes.
  • Integration: The same monitoring and backup policies cover local and temporary cloud workloads. Changes follow the same approval flow; capacity data feeds scale decisions.

Predictable operations in a hybrid model without duplicating runbooks.

Application platform on Kubernetes

Illustrative example
Cluster
Storage
Traffic ingress
CI/CD
  • Challenge: New services need standardized deployment with corporate storage and observability.
  • Integration: Cluster integrated with corporate storage and networks; telemetry and logs forwarded to existing observability; pipeline publishes with agreed security controls.

Application delivery aligned with company security and operations standards.

Continuity aligned with configuration and data

Illustrative example
Configuration
Data
Runbooks
Recovery
  • Challenge: Network and data recovery follow disconnected procedures.
  • Integration: Backup and recovery policies reference the same major-incident runbooks. Restore tests feed shared operational documentation.

Coordinated recovery—not isolated copies alone.

Benefits of an integrated architecture

Scale aligned with the business

Growth without chaotic redesign between layers.

Coherent operations

Data center and cloud with compatible processes.

Foundation for automation

DevOps and NetOps supported by an integrated platform.

Resilience from design

Backup and continuity in the design, not as an add-on.

Why integrate with Target

Integrated architecture

Focus on platform design, not resale of isolated SKUs.

Services, automation and products

Infrastructure, DevOps/NetOps and complementary offerings in one solution story.

Delivery with services

Contracted deployment and sustainment remain on Target Services pages.

Evolving or integrating your hybrid infrastructure?

Share environments in use, scale goals and continuity requirements. Target supports integrated design and points to suitable services.

Talk to Target