Hypervisors

Hardware Virtualization: A Practical Guide Hardware virtualization lets one computer run several independent operating systems at the same time. A small program called a hypervisor sits between the host hardware and the guest systems. It allocates CPU time, memory, and I/O so each guest thinks it has its own machine. Most modern CPUs include features that make this safer and faster. Intel VT-x and AMD-V give hardware support to switch quickly between guests. Extended page tables (EPT) or similar translations help speed memory access and keep guests isolated. ...

Virtualization Trends: From Hypervisors to Cloud-Native The world of virtualization is shifting. Traditional hypervisors still host many workloads, but cloud-native ideas are changing how we design, deploy, and manage infrastructure. This mix lets teams run legacy services alongside modern apps with better speed, security, and efficiency. The goal is a flexible layer that fits on bare metal, in private clouds, or across public cloud environments. New patterns emerge as teams seek speed without sacrificing control. Containers light up development and deployment, while microVMs add isolation similar to virtual machines but with the agility of containers. Kubernetes often leads the way, not only for containers but as a control plane that can also orchestrate VM workloads when needed. Edge locations and hybrid clouds push virtualization toward smaller, faster, and more portable units. ...

Virtualization Essentials: From Hypervisors to Cloud Sprawl Virtualization makes hardware more flexible and IT simpler to scale. By decoupling software from physical servers, teams can run multiple workloads on a single machine, speed up provisioning, and improve reliability. This approach is common in data centers and also in public and private clouds today. Hypervisors are the engines behind virtualization. They come in two main flavors: Type 1, which runs directly on hardware, and Type 2, which runs on an operating system. Type 1 examples include VMware ESXi, Microsoft Hyper-V, and KVM. Type 2 options include VirtualBox and VMware Workstation. Virtual machines, or VMs, give each workload its own OS and apps, offering strong isolation and compatibility for legacy apps. ...

Virtualization and Containers: From Hypervisors to Kubernetes Technology has moved from traditional virtual machines to lightweight containers. Kubernetes helps run and manage many workloads with less effort. This article explains the journey from hypervisors to containers and what it means for modern software teams. What is virtualization? Virtualization uses a hypervisor to create virtual machines (VMs) that simulate hardware. Each VM runs its own operating system, applications, and libraries. This setup gives strong isolation and flexibility, but it can require more memory and longer boot times. ...