Vultr File System enables users to effortlessly create and managed shared file storage volumes that can be simultaneously accessed by multiple virtual machines or Vultr Kubernetes Engine instances, providing a reliable and high-performance solution for seamless data sharing and collaboration.
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Multiple users and instances can simultaneously access Vultr File System’s hierarchical file structure with a user-friendly interface, ensuring reliable and consistent file management.
Easily dynamically scale storage volumes with cutting-edge NVMe technology to deliver high-throughput and low-latency across 8 regions around the globe.
Vultr File System is part of Vultr’s complete storage solutions and offers the best price-to-performance with simple, affordable, and predictable pricing.
Multiple bare metal servers can simultaneously access Vultr File System instances directly through Vultr Storage Gateways. Simply deploy a storage gateways instance, connect it to your bare metal servers and File System, and go. For high availability and additional throughput, additional Vultr Storage Gateways instances can be deployed.
Vultr File System scales your cloud storage across 32 cloud data center regions,
with 11 dedicated storage hubs.
Guarantee consistent speed, reliability, and durability for accessing large datasets with Vultr File System’s NVMe technology, perfectly optimized for demanding workloads such as real-time analytics and content delivery.
Vultr File System is ideal for:
Yes. Vultr’s infrastructure includes enterprise-grade security practices such as:
Yes. Vultr File System supports shared access across multiple virtual machines, enabling collaborative file usage and scalable deployments.
You can mount Vultr File System using standard protocols or the Vultr API,, with guides and scripts available in Vultr’s documentation for Linux-based environments.
Yes. Vultr File System is designed to be persistent, ensuring data continuity even after instance reboots or redeployments.
Yes. Data stored on Vultr File System is replicated across multiple nodes to ensure redundancy. You can also implement automated backup workflows or use Vultr’s backup services for added protection.
Vultr File System offers ReadWriteMany (RWX) persistent volumes, making it ideal for Kubernetes workloads that require simultaneous access from multiple pods. This enables efficient data sharing and stateful application support in containerized deployments.
Vultr File System is built on NVMe-backed infrastructure, providing low-latency and high-throughput performance even under concurrent access by multiple instances. It is optimized for parallel workloads such as CI/CD pipelines and real-time data processing.
Yes. Vultr provides a fully documented API and Terraform provider, allowing you to automate the creation, mounting, and management of file system volumes across your infrastructure as code workflows.
Vultr File System uses distributed file locking and strong consistency models to ensure that data remains coherent and conflict-free when accessed by multiple instances. This supports reliable operations for applications with shared file requirements.
Vultr File System is ideal for:
Leverage the potential of Vultr’s purpose-built, seamless, on-demand
storage solutions to meet your needs.
