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Examples
CLI
The StorONE system provides a robust command line interface (CLI) for managing the system. Commands in the StorONE CLI follow the docopt notation with slight differences. The docopt notation provides a program interface description based on decades of conventi...
API reference Guide
This section documents API endpoints and examples.
Configurations
A typical StorONE (S1) system consists of a highly available (HA) two-node cluster. The S1 system that manages the node servers and their peripherals. Each node has its own internal storage where the S1 operating system resides. Both nodes connect to an exter...
Web Application Interface
The StorONE web application provides a user-friendly graphical interface to manage the node server. Since the web application is entirely compliant with the HTML5 standard, using it only requires a web browser.
NAS
Network-attached storage (NAS) is a storage device accessed through a network connection. It provides shared storage for efficient user collaboration. Typically a NAS is a local server handling only file-sharing requests and data storage. StorONE storage engi...
REST API
The StorONE system provides a REST API to manage the system. All actions that can be performed using the CLI are available in the API. You can access the interactive API documentation (built with Swagger) by navigating in your browser to the name or IP addres...
Systems
All StorONE (S1) systems connect to a management station, also known as a relay. The command line interface (CLI) client connects to the relay, and can manage any systems connected to that relay. You can use the systems command to list and select systems conn...
Snapshots
In the StorONE system, snapshots are taken at the consistency group level. This means that when you take a snapshot of a virtual storage container (VSC, also referred to as volume in the documentation and user interfaces), the system takes an application-consi...
VMware
Data protection
The StorONE storage engine includes a suite of features that ensure rock-solid data protection. It provides the highest level of data integrity, protection, and recovery from hardware failures. Feature Details High Availability (HA) Highly availability...
Hypervisors
Efficiency
StorONE has implemented many innovations in the S1 system, resulting in a highly efficient storage system that can accommodate an ever-growing need for storage. The S1 storage engine is built on patented algorithms that provide: A radical improvement of the a...
Hardware Recommendations
The StorONE system can be deployed in one of three basic architectures: Single-node: A single server node that manages both internal drives and external storage enclosures. Dual-node HA: Two server nodes with shared access to drives, using one or more exter...
Storage Concepts
The S1 system is a general-purpose single storage engine that can manage storage resources for many different use cases. It combines cutting-edge storage technology with maximum flexibility, providing customized storage options at the logical volume level. S1 ...
Storage Resiliency
Storage resiliency refers to the ability of a storage system to withstand and recover from various types of failures, such as hardware failures, power outages, cyber attacks, and network disruptions, without losing data or causing significant downtime. StorONE...
Glossary of Terms
This page provides definitions and explanations of key terms related to the S1 system and to storage and data management in general. ALUA ALUA stands for Asymmetric Logical Unit Access and is implemented in storage systems that provides an asymmetric path to t...
Virtual Storage Containers
A Virtual Storage Container (VSC), also referred to as a volume, is the basic storage unit in the StorONE engine. It is the foundation for filesystem, object, and block architectures. In fact, all storage functionality at the logical volume level is provided b...