While hyperconverged infrastructure (HCI) has streamlined virtualization with simplified deployment and lower operational overhead, traditional architectures frequently face challenges with asymmetric scaling. This becomes especially pronounced when storage demands for large unstructured datasets outpace compute requirements, leaving IT teams with inefficient and costly node upgrades.

scale computing and nexsan logos

To resolve this imbalance, Scale Computing and Nexsan have launched a combined architecture that integrates the SC//HyperCore virtualization suite with enterprise-class external storage. This integrated solution lets organizations decouple storage expansion from compute resources, delivering a scalable, cost-efficient model for capacity-heavy workloads including video archiving, backup targets, and long-term data retention.

Many IT teams are modernizing infrastructure while still managing legacy storage systems and rapidly expanding unstructured data. Requirements such as long-term video retention, robust backup strategies, and preserving existing SAN and NAS investments create architectural conflicts. Traditional approaches typically force a choice between adopting fully integrated HCI stacks or continuing with less efficient legacy infrastructure.

The combined Scale Computing and Nexsan architecture eliminates this rigid tradeoff. It allows organizations to keep the simplicity of HCI for core workloads while expanding storage capacity independently through external systems.

SC//HyperCore delivers a tightly integrated virtualization platform with native high availability and simplified lifecycle management. It is built to reduce administrative burden, especially in edge and remote site deployments.

Scale computing hypervisor graphic

Nexsan complements this with a range of external storage systems supporting block, file, and object protocols. These platforms are optimized for capacity scaling, long-term retention, and data resilience. Together, they enable a hybrid model where performance-critical workloads stay on-cluster, while high-capacity datasets are moved to external storage.

This separation allows IT teams to align infrastructure choices with actual workload behavior, rather than forcing all applications into a one-size-fits-all scaling model.

The combined solution is especially well-suited for edge environments across retail, healthcare, manufacturing, education, and government. These sites typically require local compute for consistent application performance while supporting centralized data strategies.

Nexsan e-series e60 image front facing

SC//HyperCore simplifies operations at remote locations with limited on-site IT staff, while Nexsan storage manages growing data volumes. This includes centralized archives, backup repositories, and long-term video storage. The result is an edge-to-core architecture that maintains simplicity at the edge without compromising enterprise-grade storage capabilities.

A key strength of this joint solution is its support for multiple storage access methods tailored to workload needs. Organizations can use iSCSI for block-based VM storage, NFS or SMB for file services, and S3-compatible object storage for modern data workflows.

This flexibility supports use cases including immutable backups, lifecycle-managed archives, and centralized data repositories. It also enables edge-to-core data flows, where applications run locally while large datasets are consolidated at a central site.

Infrastructure decisions now increasingly emphasize cyber resilience alongside performance and capacity. Nexsan storage systems include features such as immutable snapshots, object locking, replication, and encryption. These capabilities support secure backups, compliance archiving, and fast recovery workflows.

The Unity NV-Series is built for mixed workloads with strong ransomware resilience, while the E-Series P delivers dense, high-capacity block storage ideal for video surveillance. These designs align with environments where data protection and recoverability are essential operational priorities.

The joint solution excels in environments with uneven compute and storage growth and a focus on operational simplicity. Common applications include video surveillance retention, backup and disaster recovery targets, centralized file services, and long-term archival storage.

It also works well for organizations modernizing virtualization while preserving existing storage investments. For channel partners and managed service providers, this architecture supports repeatable, customizable designs for specific industry needs.

By separating compute and storage scaling while maintaining a unified operational experience, Scale Computing and Nexsan offer a practical approach to modern infrastructure design that matches how real enterprise workloads and data actually expand.