High-Performance, highly scalable, distributed and shared storage solution for blockchain
Why simplyblock for blockchain infrastructure storage?
Due to its transactional character, blockchain infrastructure requires significant amounts of high-IOPS storage. Such storage must be made available in a distributed environment and must provide scale-out options across sites as it is the case with the blockchain infrastructure itself.
Simplyblock is a perfect fit for blockchain storage because of it's very high-IOPS/GB, its very low costs per IOPS, its scaleability and natively-distributed technology.
System costs up to 5x lower per TB and up to 50x lower per IOPS
Expansion, resize and hardware replacement at any time without maintenance windows or operational impact
Easily scalable within and across the rack. Linear performance (IOPS) growth with capacity increase.
Deploy storage clusters across sites to
support distributed load- and capacity balancing along other infrastructure
Ultra low access latency and great scalability
Similarly to ceph, simplyblock solution is based on commodity server hardware and TCP/IP but rather than proprietary SAN technology, it provides very low access latency, high IOPS/GB and CPU core, great scalability and flexibility.
Accelerate your performance while saving costs
Benefit from the first highly secure and scalable storage solution designed from scratch for hybrid clouds
10x cheaper per TB of storage and per k-IOPS than conventional SAN storage
Super-easy to switch
Switching between Amazon EBS Elastic Block Storage or S3 and simplyblock or back can be achieved in minutes
Linear scalability through distributed cluster architecture: scales beyond 100,000,000 IOPS
Designed for Hybrid-Cloud
Bandwidth-efficient (near) real-time replication from/to the AWS cloud independent of non-cloud storage infrastructure
Add, remove or replace SSDs and storage nodes at any time - the cluster will always re-balance storage usage and load across all available resources
Resilient against ransomware attacks
First block storage with zero RPO point-in-time recovery after ransomware attacks