Persistent block storage that scales with your workloads
Attach persistent NVMe cloud block storage to Fluence CPU Cloud. Scale capacity independently of compute and move volumes between compatible VMs through the Console or API.
Persistent block storage that scales with your workloads
Attach persistent NVMe cloud block storage to Fluence CPU Cloud. Scale capacity independently of compute and move volumes between compatible VMs through the Console or API.
Battle-tested at large scale
Fluence unlocks a new level of speed and autonomy for SpoonOS developers. With on-demand access to enterprise-grade compute, they can deploy AI agents faster, scale globally, and stay in full control.
John Wang
Head of Neo Ecosystem Growth Managing Director of Neo EcoFund
Battle-tested at large scale
Fluence unlocks a new level of speed and autonomy for SpoonOS developers. With on-demand access to enterprise-grade compute, they can deploy AI agents faster, scale globally, and stay in full control.
John Wang
Head of Neo Ecosystem Growth Managing Director of Neo EcoFund
Block storage at a glance
Performance, capacity and pricing of NVMe volumes on Fluence CPU Cloud.
From 1 GB
Start small and increase capacity as your data grows
Up to 90,000 IOPS
Run databases, indexes and read/write-intensive applications
Up to 1,536 MiB/s
Handle high-throughput workloads and larger working datasets
50 GB for $0.0020/hr
Add persistent capacity without upgrading your VM
Note: Boot disks start at 25 GB. Limits and pricing vary by datacenter and VM configuration.
Block storage at a glance
Performance, capacity and pricing of NVMe volumes on Fluence CPU Cloud.
From 1 GB
Start small and increase capacity as your data grows
Up to 90,000 IOPS
Run databases, indexes and read/write-intensive applications
Up to 1,536 MiB/s
Handle high-throughput workloads and larger working datasets
50 GB for $0.0020/hr
Add persistent capacity without upgrading your VM
Note: Boot disks start at 25 GB. Limits and pricing vary by datacenter and VM configuration.
Persistent block storage with its own lifecycle
Keep databases, services and datasets on block storage volumes that persist independently of a single VM. Change compute without rebuilding your storage.
Keep data across VM changes
Preserve databases, services and datasets when you replace or reconfigure a VM.
Scale storage without resizing compute
Expand volume capacity as your data grows without upgrading compute.
Move volumes between VMs
Detach a volume and attach it to another compatible VM in the same supported region.
Persistent block storage with its own lifecycle
Keep databases, services and datasets on block storage volumes that persist independently of a single VM. Change compute without rebuilding your storage.
Keep data across VM changes
Preserve databases, services and datasets when you replace or reconfigure a VM.
Scale storage without resizing compute
Expand volume capacity as your data grows without upgrading compute.
Move volumes between VMs
Detach a volume and attach it to another compatible VM in the same supported region.
Boot and additional block storage volumes
Choose an NVMe boot disk for your operating system or an additional block storage volume for application data.
FOR THE OPERATING SYSTEM
Boot disk
Start your VM from an NVMe disk. Store the operating system and system files on a bootable NVMe volume.
Configuration: supported operating system or custom image
Capacity: starting from 1 GB
Best suited to: bootable system storage and custom VM images
FOR WORKLOAD DATA
Additional disk
Add persistent capacity during deployment or add it later. Keep databases, files and workload state separate from the system disk.
Configuration: create a new volume or attach an existing one
Capacity: 1 GB to 4,617 GB
Best suited to: databases, backend services, indexes and larger datasets
Boot and additional block storage volumes
Choose an NVMe boot disk for your operating system or an additional block storage volume for application data.
FOR THE OPERATING SYSTEM
Boot disk
Start your VM from an NVMe disk. Store the operating system and system files on a bootable NVMe volume.
Configuration: supported operating system or custom image
Capacity: starting from 1 GB
Best suited to: bootable system storage and custom VM images
FOR WORKLOAD DATA
Additional disk
Add persistent capacity during deployment or add it later. Keep databases, files and workload state separate from the system disk.
Configuration: create a new volume or attach an existing one
Capacity: 1 GB to 4,617 GB
Best suited to: databases, backend services, indexes and larger datasets
Run databases and stateful workloads on cloud block storage
Give databases, backend services and data-intensive applications persistent capacity without tying workload state to one VM.
Databases
Keep database files persistent and increase capacity as datasets grow.
Backend services and queues
Preserve application and queue state across compatible VM changes.
Search and indexing
Store indexes and frequently accessed data on high-performance NVMe block storage.
Development and staging environments
Reuse application data while replacing or reconfiguring environments.
Run databases and stateful workloads on cloud block storage
Give databases, backend services and data-intensive applications persistent capacity without tying workload state to one VM.
Databases
Keep database files persistent and increase capacity as datasets grow.
Backend services and queues
Preserve application and queue state across compatible VM changes.
Search and indexing
Store indexes and frequently accessed data on high-performance NVMe block storage.
Development and staging environments
Reuse application data while replacing or reconfiguring environments.
Create and attach block storage in one guided flow
Create a volume with a VM or attach one later in only a few steps.
1
Configure your volume
Choose the datacenter, disk role and required capacity.
2
Review and create
Check the displayed performance and hourly price, then create or attach the volume.
3
Format and mount
Connect to the VM over SSH, format the additional disk and mount it to the required path.
Create and attach block storage in one guided flow
Create a volume with a VM or attach one later in only a few steps.
1
Configure your volume
Choose the datacenter, disk role and required capacity.
2
Review and create
Check the displayed performance and hourly price, then create or attach the volume.
3
Format and mount
Connect to the VM over SSH, format the additional disk and mount it to the required path.
Provision block storage through the Fluence API
Create and manage block storage volumes programmatically and incorporate persistent storage into related VM deployment workflows.
Provision block storage through the Fluence API
Create and manage block storage volumes programmatically and incorporate persistent storage into related VM deployment workflows.
Enterprise-grade by default
Choose enterprise-grade hardware in Tier 3 and Tier 4 data centers. Review provider-level GDPR, ISO 27001 and SOC 2 compliance information where available.
Enterprise-grade by default
Choose enterprise-grade hardware in Tier 3 and Tier 4 data centers. Review provider-level GDPR, ISO 27001 and SOC 2 compliance information where available.
FAQ
What is cloud block storage?
How does persistent block storage work?
Can I snapshot or back up a storage volume?
What are common block storage use cases?
What is the difference between a boot disk and an additional disk?
Show more
FAQ
What is cloud block storage?
How does persistent block storage work?
Can I snapshot or back up a storage volume?
What are common block storage use cases?
What is the difference between a boot disk and an additional disk?
Show more
Deploy persistent block storage for your next workload
Attach a persistent NVMe block storage volume to a Fluence VM and increase capacity as your application grows.
Deploy persistent block storage for your next workload
Attach a persistent NVMe block storage volume to a Fluence VM and increase capacity as your application grows.