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Storage

Store, access, and manage data across Phyper environments with storage options designed to work closely with compute and networking resources.

Compute-Integrated Storage

Keep data close to compute resources with storage options designed to support efficient access between workloads, applications, and storage layers across Phyper environments.

Multi-Tier Storage Options

Select storage configurations based on data size, access pattern, throughput requirements, persistence needs, and deployment model, including object, block, shared file, and high-speed local storage.

Checkpoint-Ready Storage

Support long-running compute jobs with storage designed for large checkpoint files, efficient write operations, and faster resume workflows when workloads need to recover or continue.

Isolated Storage Environments

Keep customer data within separated storage environments with controlled access, private connectivity, and deployment-level isolation.

Object Storage

Scalable storage for datasets, model artifacts, logs, backups, application files, and long-term data retention.

Phyper Object Storage helps customers store and manage large volumes of unstructured data across Phyper environments, with flexible capacity, structured organization, S3-compatible access, and integration with compute and network resources.

Scalable Capacity

Expand storage as data grows, from project-level usage to larger production environments.

S3-Compatible Access

Access and manage data through S3-compatible interfaces, HTTPS, SDKs, CLI tools, and application workflows.

Compute-Integrated Storage

Connect object storage with compute and private network environments for efficient data access across cloud resources.

Controlled Data Management

Organize and manage data with buckets, prefixes, metadata, access policies, and isolated storage environments.

Block Storage

Persistent storage volumes for applications, databases, containers, and cloud instances.

Designed for stable read and write performance, Phyper Block Storage connects directly with compute resources across Phyper environments.

  • Low-Latency Volume Access
    Attach storage volumes directly to compute resources for stable, low-latency read and write performance.
  • Persistent Workload Storage
    Support operating systems, databases, containers, application data, and long-running services that require persistent storage.
  • Instance-Level Control
    Configure dedicated storage volumes for individual cloud instances with predictable behavior and direct operating system integration.
  • Optimized for Transactional Workloads
    Handle frequent updates, random reads and writes, and structured data operations where object storage or shared file storage may not be the best fit.
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Shared File Storage

Shared file systems for multi-node environments, team workflows, shared datasets, checkpoints, and workload outputs.

Phyper Shared File Storage allows multiple compute resources to access the same file-based storage environment, making it easier to share data across nodes, applications, and deployment workflows.

  • Multi-Node File Access
    Enable multiple compute resources to access shared directories through a common file system, supporting coordinated workflows across cloud environments.
  • Familiar File-Based Workflows
    Use standard file and directory structures, making shared storage easier to integrate with applications, scripts, tools, and existing operational processes.
  • Shared Data for Compute Environments
    Keep datasets, checkpoints, application files, logs, and workload outputs available across multiple nodes without duplicating data between instances.
  • Better Fit for Collaborative Workloads
    Support environments where teams, services, or compute nodes need access to the same files, making it more suitable than object storage or block storage for shared file access.

Getting Started

Phyper helps customers move from storage requirements to a production-ready data environment, with the right storage type, access model, and integration approach for their cloud deployment.