IT Infrastructure & HCI
We design, implement and maintain modern IT infrastructures based on hyperconverged (HCI) technologies. With Syneto (Professional Partner) and Sangfor (Gold Partner), we offer solutions that unify compute, storage and networking in a single scalable platform, simplifying management and reducing operational costs.
Benefits
- Reduced infrastructure complexity
- Seamless scalability without operational interruptions
- Continuous and proactive maintenance
- Disaster recovery built into the infrastructure
- Predictable and optimised costs
Features
- Hyperconverged infrastructure (HCI)
- Custom design and sizing
- Continuous maintenance and updates
- Hybrid cloud and data mobility
- Proactive monitoring and management
- Built-in high availability and resilience
Technologies
Syneto OS — Data Management Platform
Unified management
SynetoOS is a software-defined operating system that unifies virtualisation, storage, backup, recovery and disaster recovery in a single management point, with a Zero-Trust approach.
Microservices architecture
Five specialised components: Minerva (VMware ESXi hypervisor), Giove (file and block storage), Chronos (SLA scheduling with Machine Learning), Marte (snapshot and replica automation), Mercurio (cloud connection via Syneto Central).
Ransomware immunity
Instant recovery to the state before an attack, with no data loss. Automatic backups and VM recovery in under one minute, with guaranteed recovery times (15 minutes after a disaster).
HYPER Series appliances
Three plug-and-play hardware lines: HYPER Core for primary workloads, HYPER Edge for distributed environments and HYPER Echo for secondary workloads and replication. Native hybrid cloud with Syneto Central.
Sangfor HCI — Hyperconverged Infrastructure
Unified stack
Software-defined solution that converges compute, storage, networking and security into a single platform. Up to 70% TCO reduction compared to traditional infrastructure, managed through an AI-driven unified dashboard.
Performance and reliability
Up to 1 million IOPS with just 3 nodes, thanks to SSD caching and AI-based optimisation. Native high availability, integrated backup and data redundancy for maximum business continuity.
Integrated security
Built-in cloud security centre with vulnerability identification and real-time monitoring. Support for snapshots, CDP (Continuous Data Protection) and stretched clusters for data protection.
Migration and scalability
Built-in tools for easy migration from VMware, Nutanix and other legacy infrastructures. Compatible with most commercial hardware (Dell, Lenovo, HPE) and also available as a ready-to-use Sangfor aServer appliance. Recognised by Gartner and IDC.
Frequently asked questions
A hyperconverged infrastructure unifies compute, storage and networking in a single software-defined platform, eliminating the complexity of managing separate components. Compared to the traditional approach with dedicated servers, SAN and switches, HCI simplifies management, reduces costs and improves scalability.
It makes sense when the current infrastructure is fragmented, difficult to manage or scale, or when you face high hardware maintenance costs. Companies evaluating migration from VMware or needing integrated disaster recovery also find HCI to be an effective and more economical solution.
With solutions like Sangfor HCI, TCO (total cost of ownership) reduction can reach up to 70% compared to traditional infrastructures, thanks to hardware consolidation, simplified management and elimination of separate software licences for virtualisation and backup.
Yes. Both Syneto and Sangfor HCI offer built-in tools for easy migration from VMware, Nutanix and other legacy platforms. SynetoOS natively supports VMware ESXi as a hypervisor, while Sangfor HCI is compatible with commercial hardware from Dell, Lenovo and HPE.
HCI natively integrates backup, automatic snapshots and disaster recovery. With SynetoOS, recovery after a ransomware attack is instant — virtual machines are restored in under one minute. Data redundancy and high availability are built into the architecture itself.