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Simple Pricing. Simplyblock.

At simplyblock we believe in simple, predictable pricing.

All prices are calculated based on the total provisioned storage on logical volume level.

Save 60% and more on your Amazon EBS cost
Pricing
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Features

  • Unlimited logical volumes

  • Up to 5 TB of provisioned capacity

  • Community support
Enterprise

Simplyblock the way you want it

Contact us to discuss your setup

Talk to an Expert

Features

  • All features (see comparison table below)

  • Support and SLAs according to your needs

  • Direct access to our engineering team

  • Dedicated account management

Pricing example: Self-hosted PostgreSQL cluster on EKS

1x Primary, 2x Hot-Standby (or Read-Replica)
50TB logical volume per node with a minimum of 64,000 IOPS (total capacity 150TB in logical volumes)

With simplyblock's multi-attach, effectively you are only required to provision 50TB of storage from AWS, out of which 25TB will be on NVMe disks attached to EC2 instances (i3en.6xlarge) and 25TB will be in S3 (we assume that 50% of the storage demand is "cold" and can be transparently tiered into cheaper storage tiers, i.e. S3)

Component

Price

Simplyblock License Costs

150 TB x $20/TB = $3,000

AWS Cloud Costs

Storage Plane
EKS & Control Plane

"Cold" data in S3

TOTAL

3 x $1,000 = $3,000
$300

25 TB x $20/TB = $500

$6,300/month
$42/TB/month

Simplyblock Feature Comparison

FeatureFreeBring Your Own CloudEnterprise
All Core Features
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Managed by Simplyblock

Simplyblock operates your storage cluster

Managed by Simplyblock
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All Core Features

Are all core features available

All Core Features
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Multi Tenant

You can share the storage cluster between multiple tenants

Multi Tenant
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Deployed in your AWS account

The storage cluster is installed into your own cloud account

Deployed in your AWS account
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Support Tier

What level of support is included in the subscription

Support Tier
Dedicated
Info

Pricing

What is the pricing model

Pricing
Commercial
Core Features
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Copy-on-write volumes

Copy-on-write (COW) is an optimization technique used in computer programming and data management

Copy-on-write volumes
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NVMe/TCP volumes

High-performance storage devices that use the NVMe over standard TCP/IP networks

NVMe/TCP volumes
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Data Distribution

Data distribution is the process of spreading data across multiple storage nodes to improve performance, reliability, and scalability of a storage system

Data Distribution
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Storage Overcommitment

Storage overcommitment is allocating more virtual storage capacity to users than is physically available, relying on typical underutilization of provisioned resources

Storage Overcommitment
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Thin Provisioning

Thin provisioning allows creating logical volumes larger than available physical storage, allocating actual space only when data is written

Thin Provisioning
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Instant Snapshots

Instant snapshots are point-in-time copies of data created instantly without duplicating the entire dataset, using copy-on-write technology

Instant Snapshots
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Local Clones

Local clones are instant, space-efficient copies of volumes that share data with the original until modifications occur, enabled by copy-on-write technology

Local Clones
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Remote Clones

Remote clones are copy-on-write replicas of data volumes created and stored in a different location from the original source

Remote Clones
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Deduplication

Deduplication is a data compression technique that eliminates duplicate copies of repeating data to improve storage efficiency and reduce costs

Deduplication
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Compression

Compression is a technique that reduces data size by encoding information more efficiently, saving storage space and potentially improving transfer speeds

Compression
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Encryption

Encryption prevents unauthorized access to data, enabling individual encryption keys per volume

Encryption
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Cluster Replication

Cluster replication is the synchronization of data across multiple storage nodes to ensure high availability and fault tolerance

Cluster Replication
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Online Resizing

Online resizing allows storage volumes to be expanded or shrunk without disrupting service, while simplyblock remains operational and accessible

Online Resizing
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Zero Downtime Scalability

Zero downtime scalability allows simplyblock to expand capacity or performance without interrupting service, ensuring continuous availability during growth or increased demand

Zero Downtime Scalability
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High Availability

High availability is a system design approach that ensures simplyblock remains operational and accessible with minimal downtime or interruptions

High Availability
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Disaster Recovery

Disaster recovery is a set of strategies and tools to quickly restore IT systems and data after a catastrophic event or major failure

Disaster Recovery
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QoS Policy

QoS policy defines rules to manage volume traffic priorities, IOPS, and throughput, ensuring critical data flows receive necessary resources while limiting less important traffic

QoS Policy
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Management UI

The management UI is a graphical interface for administrators to monitor, configure, and control simplyblock's storage resources and operations

Management UI
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Provisioned Capacity

Provisioned capacity is the total storage space allocated to volumes in the storage cluster, regardless of how much is actually being used

Provisioned Capacity
Unlimited
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Multi Attach

Multi-attach allows a single storage volume to be connected to multiple compute instances simultaneously, improving availability and resource utilization

Multi Attach
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Learn more about your options

Simplyblock Price Calculator

Try our cost calculator and get an estimate of how much would your storage cost with simplyblock. It takes just 30 seconds to get an estimate!

Questions about sizing or pricing

Are you unsure about simplyblock pricing, potential sizing of your cluster or how do we derive savings estimates? Get on a call with one of our experts, without any commitment.

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Frequently Asked Questions

Total storage cost consists of simplyblock license cost and underlying infrastructure cost. Underlying infrastructure cost depends on where you operate. For public clouds it will be cost of cloud VMs with local NVMe drives as well as cost of other cloud storage services (e.g. S3) in case of storage tiering. For on-prem the infrastructure cost will be based on your commodity servers with NVMe drives and other data center costs.

Simplyblock offers several features that can dramatically reduce your storage costs compared to using high-performance storage solutions such as Amazon EBS volumes directly:

-Thin provisioning: Only pay for the storage you actually use, not what you provision.
-Storage tiering: Automatically move infrequently accessed data to cheaper storage tiers like Amazon S3.
-Pooling of EBS volumes: Consolidate partially used volumes into a shared pool, increasing utilization.
-Compression: Reduce the amount of physical storage needed.
-Deduplication: Eliminate redundant data across volumes.
-Multi-attach capability: Use a single volume for high-availability setups instead of replicating data.

By leveraging these capabilities, many customers see cost reductions of 75% or more compared to their previous Amazon EBS spend.

Thin provisioning in simplyblock allows you to create volumes of any size without immediately using all that space. You only pay for the storage you actually use, not what you allocate. This saves money and simplifies capacity planning. It also improves storage utilization across your infrastructure. You can grow your storage gradually as needed without manual intervention.

Yes, you can switch between simplyblock plans at any time. Your new plan and pricing will take effect at the start of the next billing cycle. Contact our sales team for assistance with plan changes.

Yes, we offer discounts for larger storage commitments and for annual or longer-term contracts. Please contact our sales team to discuss volume pricing and annual discount options tailored to your specific needs.

Yes, simplyblock pricing is pay-per-use. Simplyblock is charged by TB (terabyte) provisioned, meaning the amount of storage actually associated with logical volumes. That said, you can create a cluster with a combined capacity of 100TB, but you only have allocated 20TB into logical volumes (like 2x10TB volumes). These 20TB are the provisioned capacity and what you pay for.

Yes, simplyblock can be used in on-premises or air-gapped environments. Our solution is based on NVMe over Fabrics (NVMeoF), which allows for flexible deployment across various infrastructure setups. For air-gapped environments, simplyblock can be configured to work with local storage resources without requiring connection to cloud services. This makes it suitable for high-security scenarios or environments with strict data sovereignty requirements.

Simplyblock is NVMe-based solution, utilizing very fast local NVMe disk as "hot tier". As such, it offers better performance than Amazon EBS (lower latency, more IOPS/volume and higher throughput). Additionally, simplyblock might utilize Amazon EBS volumes as one of its storage backends, adding a layer of thin provisioning on top of it. Generally simplyblock offers several key advantages:

-Intelligent storage optimization and orchestration
-Automatic tiering between fast and slow storage
-Thin provisioning for better cost efficiency
-Built-in compression and deduplication
-Multi-tenant support with per-volume encryption
-Instant snapshots and clones for database branching
-Cross-AZ disaster recovery with near-zero RPO
-Unified access to EBS, S3, and local instance storage
-NVMe over TCP protocol for improved performance

While simplyblock is optimized for database workloads, it can be used for any application that requires persistent block storage in AWS. This includes file servers, content management systems, analytics platforms, streaming services (e.g. Kafka) and more. Simplyblock's features like thin provisioning, tiering, and instant cloning can benefit a wide range of storage use cases beyond just databases.

Multi-attach in simplyblock lets you connect a single volume to multiple instances at the same time. This is great for high availability setups without duplicating data. It saves on storage costs and simplifies your architecture. You don't need to manage multiple copies of data or worry about keeping them in sync. It also allows for quick failover in case one instance goes down.

Yes, simplyblock is natively based on SPDK and NVMe-of standard, supporting NVMe/TCP protocol. This means that there are no proprietary drivers needed to run simplyblock on your infrastructure - whether on-prem or on public clouds. Simplyblock provides high-performance software defined storage for Kubernetes based on industry standard protocols and standard Ethernet.