Hitachi Content Platform (HCP) S30 Object Storage Node

The Hitachi Content Platform (HCP) S30 is a purpose-built object storage node designed for enterprise-scale content management and archival across distributed deployments. The S30 delivers petabyte-class capacity in a compact form factor, supporting both S3-compatible and native HCP APIs for seamless integration into heterogeneous storage environments. This appliance architecture provides built-in data protection, immutability controls, and compliance-ready features optimized for regulated workloads in financial services, telecommunications, and sovereign cloud infrastructure.

The S30 node architecture leverages scale-out design principles, enabling organizations to grow storage capacity horizontally while maintaining consistent performance and operational simplicity. Multi-tenancy capabilities, namespace isolation, and granular access controls support complex organizational structures and regulatory data separation requirements. The platform natively supports retention policies, legal hold enforcement, and metadata-driven compliance workflows essential for retention archiving and e-discovery use cases.

Ideal for

• Compliance archiving for financial transaction records, communications, and regulatory reporting under regional data sovereignty mandates
• Telecommunications network element documentation, CDR archiving, and lawful intercept data retention in MEA region deployments
• Sovereign cloud infrastructure supporting government and critical infrastructure data residency requirements
• Long-term retention and immutable storage for medical imaging, patient records, and healthcare compliance archiving
• Content repository for unstructured enterprise data including emails, documents, and collaboration platform backups
• Multi-tenant service provider archival infrastructure with namespace and quota isolation per customer

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.