Future of Storage is
NVMe/TCP to the core.
Enterprise-grade, NVMe-based Kubernetes storage that maximizes cost-efficiency while delivering exceptional performance for your stateful workloads.
Simplyblock™ is Your Software-Defined High-Performance Storage.
Low Latency. High IOPS. High Throughput.
Kubernetes-Native and Hardware-Agnostic.
Smart Storage Tiering for Optimal Cost and Performance.
Trusted By Teams Around The World
Simplyblock
Control Center
Simplyblock
Control Center
Simplyblock can be fully managed via our CLI, our API, and the Control Center UI.
Control Center is a fully-featured user interface, enabling management, provisioning, and monitoring and ensures correct user permissions with an RBAC permission system.
Built for Performance. Made for Kubernetes.
Less tuning. More scaling. Storage that just works.
Modern apps need fast, reliable, and scalable storage — especially in Kubernetes. Storage bottlenecks slow teams down and distract from building great products. Simplyblock removes that complexity.
Our high-performance storage for Kubernetes combines NVMe over TCP, software-defined architecture, and SPDK acceleration to deliver blazing-fast I/O for databases, real-time services, and analytics. And because it's fully software-defined, there’s no vendor lock-in, giving you the freedom to choose and adapt your hardware as your needs evolve.
Simplyblock™ automates performance tuning, ensures tenant isolation, and delivers consistent QoS — so your teams can focus on innovation, not infrastructure.
Your Next Generation
Software-Defined Storage
Simplyblock™ powers the most demanding Kubernetes workloads — with speed, resilience, and simplicity built in.
Meet the modern storage engine optimized for low-latency, high-IOPS environments — and built to cut cost and complexity at every layer.
Optimized for I/O intensive workloads
- Copy-on-Write engine
- Instant snapshots
- Intelligent near-data caching
- Multipathing
- NVMe over TCP
- Kubernetes-optimized
Intelligent storage features
- Storage virtualization
- Thin Provisioning
- Smart Caching
- Volume Clones
- Compression
- Intelligent Data Tiering
Protects data like no other
- End-to-end encryption by default
- Space-efficient Erasure Coding
- Auto-healing clusters with fault tolerance
- Cluster Replication
- Cross-Region Disaster Recovery
- Automated Kubernetes Backups
Saves cost on many levels
- Intelligent Tiering
- Data Reduction
- Multitenancy with strict resource isolation
- Zero-downtime elastic scaling
- Multi-attach
- Storage Overcommitment
Can we take 1 more minute?
Here are the key reasons why simplyblock is the data platform of your choice.
✅ Smarter Storage for Data-Intensive Workflows
Simplyblock intelligently handles high-throughput workloads by dynamically balancing performance, latency, and cost. From OLTP databases to event streaming and analytics pipelines, your data is always where it needs to be — no manual tuning required.
🚀 Performance That Grows With You
Simplyblock's storage engine is highly optimized for NVMe flash storage for Kubernetes. It provides logical volumes using the low overhead NVMe over TCP protocol and combines NVMe devices into a cluster-wide storage pool. Multipathing via NVMe over TCP enables parallelized access, minimizing access latency for small and large files, making NVMe and Kubernetes a powerful combination for performance-driven workloads.
📈 Designed for Scale, Wherever You Run
Whether you're scaling across clusters, clouds, or continents, Simplyblock delivers elastic storage that keeps up. Our SDS architecture gives you full control over infrastructure, performance, and cost — without vendor lock-in or operational friction.
Simplyblock Achieves 99.4% GPU Utilization Rate for AI Workloads on AWS
Simplyblock
Februaray 9-12, 2025
Leap 2025
Simplyblock joins Leap 2025 in Riyadh, Saudi Arabia.Come by the booth. Our team is waiting for you!
Leap 2025
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PostgreSQL on Kubernetes: Do's and Don'ts
Running databases in containers has long been considered an anti-pattern. However, the Kubernetes ecosystem has evolved significantly, allowing stateful workloads, including databases, to thrive in containerized environments. With PostgreSQL continuing its rise as one of the world’s most beloved databases, it’s essential to understand the right way to run it on Kubernetes. This session will cover the key Do’s and Don’ts to ensure optimal performance and scalability.
See recording
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Aug 28th, 2025 | 10 min read
Faster Feedback for Database Changes: How Real Database Branching Changes the Game
TLDR; Database change management process is a great solution to keep track and automatically apply database schema changes. This process doesn’t eliminate the human factor, though. When writing
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Database Branching: The Antidote to Production Surprises
Every CTO knows this story. The release passes every automated test, the staging sign-off is green, and confidence is high. Yet hours after deployment, dashboards flare red. Performance tanks, custome
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Why Mock Databases Kill QA Confidence
TL;DR: Mock databases are great for quick unit tests, but they fail to catch the real-world issues from production environments. For reliable database testing, you need database clones that mirror you
Popular use-cases with simplyblock
NVMe Caching
Say Goodbye to High Data Access-Latency Cloud Storage with Simplyblock’s Local NVMe SSD Caching
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The True Cost of Over-Provisioning: How to Optimize Your AWS Storage
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You guys should partner with NeonDB. [...], I'm sure everyone would be excited.
Shaun Thomas
Sr Software Engineer at Tembo.io
I guess if someone is on AWS already, it only makes sense to look for solutions within AWS. You can get local NVMe disk on AWS too with EC2, and using simplyblock for storage orchestration it’d be cheaper while giving you all the IOPS you need.
Rob Pankow
CEO of Simplyblock
Simplyblock is a great product with a great team.
Franck Pachot
Developer Advocate at Yugabyte
The feature list is extensive. It provides copy-on-write block storage with thin-provisioning, instant snapshots, sync/async replication, async compression, inline and cluster-wide deduplication, multipathing, encryption, and near caching..
Chris Mellor
Writer at Blocks & Files
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