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Xloud Software-Defined Storage (XSDS) delivers unified block, object, and file storage on commodity hardware — scaling from terabytes to petabytes with no single point of failure. A self-healing architecture continuously monitors and redistributes data to maintain durability, while multi-protocol access lets applications consume storage through the interface that suits them best.

XSDS — Software-Defined Storage

Product details, hardware compatibility matrix, performance benchmarks, and datasheet on xloud.tech

XSDS Documentation

User Guide

Consume block volumes, object buckets, and shared file systems from your workloads. Covers access methods, data protection policies, and performance configuration.

Admin Guide

Deploy and operate distributed storage clusters. Configure pools, CRUSH maps, storage tiers, encryption, and capacity planning for production environments.

CLI Reference

Manage Ceph clusters, pools, OSDs, RBD images, and object storage buckets using ceph, rbd, and radosgw-admin CLI tools.

Block Storage

Persistent block volumes for Xloud Compute instances — powered by the XSDS backend.

Key Capabilities

Unified Storage

Single platform delivers block, object, and file storage — eliminating the need for separate storage appliances per protocol.

Self-Healing Architecture

Continuous health monitoring detects failed components and automatically re-replicates data to restore the configured redundancy level without operator intervention.

Petabyte Scalability

Scale storage capacity by adding nodes to the cluster — no downtime, no data migration, and no architectural limits on growth.

Data Protection

Configurable replication and erasure coding protect data across nodes, racks, and data center rooms. Encryption at rest secures all stored data.

Performance Optimization

Inline deduplication, compression, and intelligent caching maximize throughput and minimize latency. Automated tiering places hot data on faster media.

Multi-Protocol Access

Native object (S3-compatible), block (RBD), and file (CephFS) interfaces alongside NFS and SMB gateways for legacy application compatibility.

Use Cases

Scalable Cloud Storage

Foundational storage layer for private cloud deployments — block volumes for VMs, object storage for unstructured data, and file shares for collaborative workloads.

Big Data & Analytics

High-throughput sequential I/O and massive capacity make XSDS ideal for data lake architectures, log aggregation, and analytics pipelines.

Content Delivery & Media

S3-compatible object storage with horizontal scalability for large media libraries, software distribution, and static asset hosting.

Backup & Recovery

Cost-efficient backup target using erasure coding for high durability at lower raw capacity overhead compared to full replication.

Related Services

Xloud Compute

Virtual machine instances that consume XSDS block volumes as persistent disks

Xloud Block Storage

Persistent block volumes backed by the XSDS distributed storage backend

Disaster Recovery

Protect workloads and data with XDR replication and automated failover