Hyperconverged Infrastructure (HCI)
Design and deployment of hyperconverged platforms that unite compute, storage, and networking into a single managed solution.
We replace fragmented server infrastructure with a single hyperconverged platform under centralized management.
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HCI for mission-critical infrastructure
We design and deploy hyperconverged systems that combine servers, data storage, and network resources into a single software-defined cluster.
- Unified compute, storage, and networking in a single cluster
- Centralized management and resource automation
- High fault tolerance and linear scalability
Stages of HCI deployment
1. Current infrastructure analysis
We assess existing servers, storage systems, and workloads, and define migration goals.
2. Cluster design
We calculate node configuration, fault tolerance, and performance requirements.
3. Platform deployment
We install and configure HCI cluster nodes, network interconnects, and storage policies.
4. Service migration
We move virtual machines and data to the new platform with minimal downtime.
5. Fault tolerance testing
We verify cluster behavior under node failure and service recovery.
6. Support and development
We maintain the platform, update software, and expand the cluster as load grows.
Why choose us:
Engineering approach
We design the cluster architecture around the facility's real workloads, not a generic template.
Fault tolerance
The cluster keeps running if individual nodes fail, without data loss.
Scalability
Resources grow by adding nodes, with no downtime for the cluster.
Fast support
Remote diagnostics and prompt resolution of most incidents without a site visit.
Frequently asked questions:
- HCI unites compute, storage, and networking into a single software-defined cluster instead of separate servers and storage arrays.