BOSS-FutureStor Distributed Storage Software
BOSS-FutureStor, independently developed by Xiaoyun Technology, is a non-open-source distributed storage software solution. It rapidly deploys high-performance, reliable unified storage resource pools using commodity x86 servers and xinchuang-compliant servers, delivering unified file, object, and block storage services for core business systems.
Why Choose BOSS-FutureStor?
Indigenous & Reliable
Fully自主研发 (indigenous R&D) with xinchuang certification, compliant with IT application innovation standards. Validated in production environments like financial trading systems, medical PACS imaging, and government clouds, ensuring enterprise-grade stability.
Ultra-High & Stable Performance
Achieves extreme performance through architectural innovation and end-to-end I/O optimization, handling peak workloads with ease. Balanced stability via hybrid programming models and full-stack tuning ensures consistent performance under high concurrency.
Hardware-Agnostic & Flexible
Compatible with all commodity x86 servers and xinchuang servers. Supports heterogeneous hardware consolidation and legacy hardware repurposing in storage pools.
Rapid & Agile Deployment
Deploys in <10 minutes with minimal 2-node clusters, enabling flexible, on-demand scaling.
Key Features
Unified Storage
Supports file protocols (NFS, FTP, SMB, HTTP), object protocols (S3), and block protocols (iSCSI). A single storage pool serves block, file, object, container, and big data workloads with bidirectional file/object interoperability.
Scalable Storage Pools
Utilizes a globally unique namespace to aggregate multiple storage pools. Shared directories in non-extended pools access local resources, while extended pools enable cross-pool resource sharing.
Flexible Redundancy Policies
Allows per-volume/directory customization of replica counts for differentiated data protection, balancing resilience and storage efficiency.
iSCSI Multipath Management
Simplifies operations via ALUA (Asymmetric Logical Unit Access), load balancing, and access control for automated multipath I/O management.
Asynchronous Replication
Ensures data durability and disaster recovery through asynchronous remote replication between clusters, preventing data loss during outages.
