Overview

Cloudian HyperStore is a high-performance, software-defined object storage platform built to handle massive volumes of unstructured data. Fully S3 API-compatible, HyperStore enables seamless integration with cloud-native applications and workflows. It provides scalable, fault-tolerant, and cost-efficient storage that supports both object and file access. HyperStore is designed for deployment across on-premises, hybrid, and multi-cloud environments, offering robust data protection, policy-driven management, and advanced security features. Enterprises use it to consolidate backup, archive, AI/ML pipelines, media content storage, and more under a unified, scalable storage infrastructure.

Features and Capabilities

• S3 API Compatibility – Supports the full S3 API for native integration with modern applications and data tools
• Unified File and Object Access – Provides a single namespace with simultaneous support for S3, NFS, SMB, and POSIX protocols
• Limitless Scalability – Scales from terabytes to exabytes linearly without downtime or disruption
• Enterprise-Grade Security – Includes AES-256 encryption (at rest/in transit), role-based access, SAML, MFA, and Object Lock for ransomware protection
• Geo-Distribution & Multi-Tenancy – Enables globally distributed deployments with logical separation between users and groups
• High Performance – Optimized for HDD and SSD configurations with throughput up to 24.9 GB/s read and 17.7 GB/s write in reference configurations
• Hybrid and Multi-Cloud Integration – Offers policy-based data tiering and replication to public clouds such as AWS, Azure, and GCP
• Advanced Data Management – Features object lifecycle management, data versioning, WORM (write-once-read-many) compliance, and detailed metadata indexing
• Efficiency and Low TCO – Designed for cost-efficiency in both hardware usage and operational overhead, reducing storage costs compared to traditional NAS/SAN systems
• Resilience and Availability – Ensures data durability with erasure coding, replication, and automated failover mechanisms