Software-Defined Hyperconverged Infrastructure
Modern infrastructure platform combining storage, compute, and virtualization in an integrated solution to simplify data center management.
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Unified multi-protocol infrastructure
Block Storage
High-performance iSCSI-compatible block storage for databases, VMs, and workloads requiring low latency.
Object Storage
S3-compatible storage with erasure coding for unstructured data, backups, and petabyte-scale archiving.
File Storage
NFS and SMB/CIFS file services for traditional file sharing with predictable performance and instant snapshots.
Compute
Integrated KVM virtualization that runs virtual machines alongside storage, eliminating the need for dedicated SAN networks.
Networking
Software-defined virtual networks with load balancing, distributed firewall, and multi-site connectivity for geographic clusters.
Complete Hyperconverged Platform
Storage, compute, and virtualization integrated in a unified software-defined infrastructure platform.
Distributed Storage
Software-defined storage with automatic replication, high availability, and limitless horizontal scalability.
Integrated Virtualization
Integrated KVM hypervisor with VM management, live migration, and automatic high availability.
Native Backup
Integrated backup and replication at infrastructure level with instant recovery and deduplication.
Linear Scalability
Scale compute and storage independently by adding nodes, maintaining predictable linear performance.
High Availability
Automatic VM failover, synchronous data replication, and automatic recovery from hardware failures.
Simplified Management
Single web-based console for complete management of storage, compute, VMs, and backup without complexity.
Designed for enterprise scale
Hyperconverged architecture that unifies compute, storage, and networking in a single cluster managed from a centralized web console.
- Horizontal Scaling
Add nodes on demand with zero downtime. From 3 nodes to hundreds, with automatic data rebalancing.
- Native High Availability
Synchronous replication between nodes with automatic failover. No single points of failure in the architecture.
- Standard Hardware
Runs on standard x86 servers. No proprietary hardware dependency or per-controller licensing.
Carrier-grade infrastructure
Deployed in data centers of service providers and Fortune 500 enterprises with demanding production workloads.
From bare-metal to production cluster in hours
Base System Installation
Deploy the Acronis Cyber Infrastructure OS on standard x86 servers via bootable USB or PXE in under 20 minutes per node.
Cluster Formation
Join nodes into a unified cluster from the web console. Automatic disk detection, network configuration, and role assignment.
Service Configuration
Activate required services: block storage, S3, NFS, compute. Each service is independently configured with QoS policies.
Production & Monitoring
The cluster goes live with built-in monitoring, proactive alerts, and real-time performance dashboards.
Typical Use Cases
Service Providers
Multi-tenant infrastructure to offer storage and compute services.
Private Datacenter
Infrastructure consolidation with software-defined storage and compute.
Edge Computing
Distributed infrastructure for remote offices and edge locations.
Disaster Recovery
Disaster recovery infrastructure with real-time replication and automatic failover.
Enterprise Private Cloud
Build your own private cloud with full control over security, compliance, and operational costs.
Infrastructure Modernization
Transform your data center with modern, efficient, and easy-to-manage infrastructure.
Cost Reduction
Reduce TCO by eliminating SANs, FC switches, and multiple licenses with hyperconverged infrastructure.
Operational Simplicity
Simplify IT operations with unified management, integrated automation, and elimination of silos.
Business Agility
Deploy new applications faster with automated provisioning and flexible scalability.
Complete Infrastructure Solution
Modernize with Acronis Cyber Infrastructure
Get storage, compute, and virtualization integrated in simplified hyperconverged platform.
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