STRATISTOR™
StratiSTOR™ is an enterprise software-defined storage platform built to secure, scale, and manage block, file, and object data across x86-based Intel® and AMD® infrastructure.
Enterprise Storage Architecture
Deliver resilient, high-performance storage designed for demanding workloads without proprietary hardware limitations.
Unified Data Control
Manage block, file, and object storage through a single software platform with consistent visibility and governance.
Scalable Options
Expand capacity seamlessly as data grows while preserving performance, availability, and operational clarity.
Enterprise Virtualization Without
StratiSTOR™ delivers software-defined storage that integrates cleanly with virtualization and hyperconverged platforms to support modern, data-intensive workloads.
Enterprise Management
Enterprise Management
StratiSTOR™ delivers unified block, file, and object storage through a single software-defined platform designed for performance, resilience, and long-term data growth.
Virtualized Workloads
Virtualized Workloads
StratiSTOR™ integrates tightly with STRATISERV™ to deliver storage services optimized for virtual machine performance and availability.
Powering HCIs
Powering HCIs
StratiSTOR™ provides the storage foundation for HYPERSERV™, enabling converged systems to scale capacity and performance together.
Enterprise Management
Storage Managed as a Unified Data Platform
StratiSTOR™ delivers unified block, file, and object storage through a single software-defined platform designed for performance, resilience, and long-term data growth.
Virtualized Workloads
Virtualization-Aware Storage Services
StratiSTOR™ integrates tightly with STRATISERV™ to deliver storage services optimized for virtual machine performance and availability.
PROBLEMS WE SOLVE
BY STRATISTOR™
Legacy SAN & NAS Limitations
Replace aging, costly storage appliances with flexible software-defined storage that scales efficiently.
Data Growth Without Visibility
Maintain control and insight as storage environments expand across cloud, edge, and data center deployments.
Fragmented Storage Silos
Consolidate multiple storage systems into a single, cohesive platform with consistent policies.
Performance Bottlenecks
Deliver reliable throughput and low latency for analytics, databases, and data-intensive workloads.
Complex Storage Expansion
Scale capacity and performance without service disruption or infrastructure redesign.
Legacy SAN & NAS Limitations
Replace aging, costly storage appliances with flexible software-defined storage that scales efficiently.
Data Growth Without Visibility
Maintain control and insight as storage environments expand across cloud, edge, and data center deployments.
Fragmented Storage Silos
Consolidate multiple storage systems into a single, cohesive platform with consistent policies.
Performance Bottlenecks
Deliver reliable throughput and low latency for analytics, databases, and data-intensive workloads.
Complex Storage Expansion
Scale capacity and performance without service disruption or infrastructure redesign.
Legacy SAN & NAS Limitations
Replace aging, costly storage appliances with flexible software-defined storage that scales efficiently.
Data Growth Without Visibility
Maintain control and insight as storage environments expand across cloud, edge, and data center deployments.
Fragmented Storage Silos
Consolidate multiple storage systems into a single, cohesive platform with consistent policies.
Performance Bottlenecks
Deliver reliable throughput and low latency for analytics, databases, and data-intensive workloads.
Complex Storage Expansion
Scale capacity and performance without service disruption or infrastructure redesign.
Shaping Latest
Data Storage
Virtual machines access storage through a platform-aware architecture that aligns IO behavior with virtualization scheduling and workload demand.
Data Preservation
Storage is designed to protect integrity, availability, and long-term accessibility.
Software Intelligence
Storage capabilities are driven by software, not fixed hardware constraints.
Scalable Simplicity
Growth should not introduce operational complexity or risk.
Infrastructure Freedom
Organizations retain control over hardware choices and deployment models.