Combine virtualisation with distributed Ceph storage for resilient multi-node infrastructure that can grow with capacity and performance demand.
Nexxys infrastructure engineering
Virtualisation without the infrastructure sprawl.
eEVOS brings compute, storage, availability, backup and disaster recovery together in one manageable platform. Nexxys designs, configures and validates the complete system around your workloads.
Design my platform
Explore deployment models
One
management environment
Four
deployment models
Built-in
backup and recovery
Flexible
hardware selection
A complete operating platform
Everything needed to run and protect virtual workloads.
Instead of combining separate hypervisor, storage and backup products, eEVOS provides one integrated operating environment. This reduces operational complexity while keeping the architecture flexible.
Deployment models
Start with the architecture your
operation actually needs.
01 Single node
Content goes here ..Compute and storage in one server. Ideal for compact deployments, remote sites, development platforms and workloads with a straightforward availability requirement.
02 Synchronous mirror
Two servers maintain synchronised storage, enabling protected virtualisation without a separate external storage system.Content goes here ..
03 Shared storage cluster
Multiple virtualisation hosts connect to shared storage for flexible scaling, workload mobility and familiar datacentre operations.
04 Ceph scale-out
The Nexxys approach
Software and hardware designed as one solution.
01
Assess
We map workloads, capacity, performance, availability and recovery objectives.
02
Engineer
We select and configure the server, storage and network hardware around eEVOS.
03
Build & validate
The complete system is assembled, updated and tested before delivery.
Build the right platform
Let’s translate your workloads into a practical eEVOS architecture.
Tell us what you need to run, protect and scale. We will advise on the most suitable deployment
model and hardware configuration.
model and hardware configuration.