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Service Capability
Consolidating hardware, deploying hypervisors, and building secure private cloud environments.
Maximize the value of your hardware investments. NANO4C virtualizes aging servers into a unified, resilient pool of resources. We configure private clouds to run virtual systems with automated failover and rapid resource deployment.
Firms buy separate physical servers for small databases, leading to wasted power and space.
Waiting days for engineers to physically mount, wire, and configure new hardware for tests.
If a physical server fails, the database hosted on it crashes, causing immediate business downtime.
Installing and tuning VMware ESXi, Hyper-V, or open-source Proxmox environments.
Setting up server clusters to move running virtual machines automatically if hardware fails.
Building self-service interfaces for IT teams to spin up virtual instances instantly.
Run dozens of virtual servers on a single physical machine, lowering power and hardware costs.
Deploy new virtual instances in minutes instead of waiting days for hardware setup.
If a physical server fails, other machines in the cluster spin up the virtual workloads instantly.
A software layer that divides one physical server into multiple virtual machines, each running its own OS.
VMware is the industry standard for large setups, while Proxmox is a powerful open-source choice that saves license fees.
HA automatically moves and restarts virtual machines on other healthy hardware if a physical server fails.
By reducing the count of physical servers needed, which cuts hardware buying, power, and maintenance fees.
Yes, with proper resource settings (CPU, RAM, and SSD storage) virtual machines handle heavy enterprise databases.
A software switch that connects virtual machines on a host, managing local traffic without physical network cabling.
We configure hypervisor firewalls, separate VLANs, and apply strict virtual machine access controls.
Nutanix combines compute, storage, and networking into a single system, simplifying server scaling.
Yes, we use automated tools to convert physical disks to virtual images with minimal downtime.
We deploy tools like Veeam to create incremental, block-level backups of entire virtual machines without slowing them down.