Virtual Machine Deployment
Build virtual machines with resources appropriate for the workload.
- Windows virtual machines
- Linux virtual machines
- CPU & memory sizing
- Virtual storage
- Network configuration
- Guest operating systems
Virtual machine design, deployment, migration, backup and troubleshooting for Windows and Linux workloads using platforms such as Hyper-V, KVM/QEMU, Proxmox, VMware and VirtualBox.
Virtualization allows multiple operating systems and services to run independently on the same physical hardware. This can reduce hardware sprawl, simplify testing and make migrations easier.
A virtual environment may run Windows Server, Linux servers, development systems, legacy applications or specialized services side by side while keeping those workloads separated.
network-connection.net can help design, troubleshoot and maintain virtual infrastructure without making it more complex than the job requires.
Support for virtual machines, host systems and the storage, networking and backups they depend on.
Build virtual machines with resources appropriate for the workload.
Configure and maintain the physical systems that run virtual workloads.
Move suitable workloads from aging physical hardware into virtual machines.
Move virtual workloads between hosts or platforms when infrastructure changes.
Connect virtual machines to each other, the physical network and the internet.
Plan storage around performance, capacity, backup and recovery requirements.
Protect virtual workloads with more than one path to recovery.
Diagnose performance, storage, networking and startup problems across host and guest systems.
Use virtual machines to test software, operating systems and changes without dedicating separate hardware to every task.
Virtualization is especially useful in mixed environments. A single host can run Windows Server alongside Linux systems, network services, application servers or development workloads.
The host platform can be selected based on the hardware, workloads, management requirements and budget rather than forcing every organization into the same product.
Virtual machines can also provide a useful bridge when an older application must be kept running while the surrounding infrastructure is modernized.
Start with the workloads, then determine whether virtualization actually improves the environment.
Review the workloads, operating systems, hardware, storage and performance requirements.
Choose the host platform, resource allocation, storage and network design.
Build or migrate the virtual machines and test the workloads before depending on them.
Add backup, monitoring, documentation and recovery procedures around the virtual environment.
Virtual machines depend on physical hosts, networking, storage, backups, operating systems and sometimes cloud infrastructure.
Linux administration, server systems, Docker, storage and infrastructure.
Linux & Servers →Windows desktops, Windows Server and virtualized Microsoft environments.
Windows Support →Routers, switches, VLANs, Wi-Fi, Ethernet and connectivity.
Network Support →Cloud servers, storage, migrations and hybrid infrastructure.
Cloud Services →Backup design, off-site copies, restore testing and recovery procedures.
Backup & Recovery →Practical support for complete business technology environments.
Business IT →network-connection.net provides virtualization support for businesses and organizations throughout Raleigh, Durham, Wake Forest and surrounding Triangle communities.
We can work with on-site virtualization hosts, remote systems and cloud-based virtual infrastructure.
Common questions about virtual machines and virtual infrastructure.
We support virtual machine environments including Microsoft Hyper-V, KVM/QEMU, Proxmox, VMware and VirtualBox.
Yes. A virtualization host can run separate Windows and Linux virtual machines on the same physical hardware when the host has sufficient resources.
Yes. Physical-to-virtual migration can be useful when preserving an existing workload while replacing aging hardware.
Yes. Virtualization does not replace backup. Virtual machines should be protected with appropriate backups, recovery procedures and restore testing.
Often, yes. Multiple suitable workloads can share one virtualization host, although capacity, redundancy and recovery requirements should be considered before consolidation.
Our primary service area includes Raleigh, Durham, Wake Forest, Cary and surrounding communities throughout the North Carolina Triangle.
Tell us what hardware and workloads you are running today and what you want the virtual environment to accomplish.