
Cloud-based shared file storage enabling simultaneous access for VMs, Kubernetes, and bare metal servers with scalable, high-performance NVMe storage.
Vendor
Vultr
Company Website
Vultr File System is a cloud-based shared file storage solution that allows multiple virtual machines, Kubernetes Engine instances, and bare metal servers to access and manage storage volumes simultaneously. It is designed for high performance, reliability, and scalability, leveraging NVMe technology and supporting seamless data sharing and collaboration across global regions.
Key Features
Simultaneous Multi-Instance Access Enables multiple VMs, Kubernetes instances, and bare metal servers to access the same storage volume at the same time.
- Supports real-time collaboration and data sharing.
- Hierarchical file structure for organized file management.
Dynamic Scalability Storage volumes can be scaled up or down as needed.
- Uses NVMe technology for high throughput and low latency.
- Available across 8 dedicated storage hubs in 32 global regions.
High Availability and Performance Ensures consistent speed, reliability, and durability.
- Optimized for demanding workloads like analytics and content delivery.
- Operates within local networks for enhanced security and low latency.
User-Friendly Management Simple interface for creating and managing storage volumes.
- Easy deployment and integration with Vultr Storage Gateways.
- Supports both Linux and Windows environments (with additional drivers for Windows).
Benefits
Efficient Collaboration Facilitates seamless teamwork by allowing multiple users and systems to work on shared data.
- Reduces the need for manual file transfers.
- Real-time data synchronization across instances.
Cost Optimization Eliminates the need for separate storage for each instance.
- Optimizes resource utilization by sharing a single storage volume.
- Predictable and affordable pricing.
Simplified Data Management Centralizes file storage and access.
- Streamlines backup and recovery processes.
- Reduces administrative overhead