Ransomware is increasingly targeting virtualised environments and small victims, with data-theft-only models rising while average ransoms drop, according to Google Threat Intelligence.
Source: Google Threat Intelligence Group
Read more: CyberSecBrief
Hello hello, code lyoko fans! I was apart of the Code Lyoko Virtualization! Fan zine in 2025 and wasn’t able to connect with all of you before the deletion of the discord server, there were so many of you! I wanted to reconnect, if you are able to interact with this post and/or send me your Instagram and BlueSky handles or link them!
VMware ESXi and KVM are widely used hypervisors, each designed for different business needs. VMware ESXi offers enterprise-grade performance, strong security, and seamless management for scalable environments. KVM, as an open-source alternative, provides cost-effective and flexible virtualization with deep Linux integration. It minimizes overhead while avoiding vendor lock-in. This comparison highlights differences in performance, scalability, and security to help organizations choose the right hypervisor.
Virtualization is the foundation of cloud computing, transforming physical hardware into flexible, software-driven resources.It enables the cloud to deliver high efficiency, speed, and scalability.
Understanding virtualization techniques helps explain how cloud platforms work so smoothly.The layered virtualization model spans from physical hardware up to applications.Each layer plays a distinct role in building a modern cloud architecture.
How to Install & Configure Proxmox VE | eServers UK
Ready to turn that dedicated server into a virtualization beast? We’ve got you covered. From mounting ISOs in IPMI to configuring the Debian 12 network bridges manually, this guide has it all.
Don’t let the setup scare you. Virtualize everything!
Read here: [https://www.eservers.uk/tutorials/howto/install-configure-proxmox-ve/]
The StackWarp flaw lets malicious hosts tamper with virtual machine execution, breaking AMD SEV-SNP isolation across Zen processors.
Source: CISPA Helmholtz Center for Information Security | CISPA Helmholtz Center for Information Security
Read more: CyberSecBrief
Looking for a Dell server that crushes VMs, VDI, or hyperconverged clusters? We’re breaking down the top picks—no tech jargon overload, just what you actually need to know!
The overall MVP for virtualization! Perfect for enterprises or large-scale workloads.
Same great management (iDRAC 9!) but 15–20% cheaper—ideal for SMBs or departments.
For workloads where downtime = disaster (finance/healthcare)!
1U rack design—fits tiny data centers or remote offices!
The Dell PowerEdge R750 is the sweet spot for most—unbeatable balance of speed, scalability, and efficiency. It works with Windows Server 2025 and VMware vSphere 8, so you’re set for years! If you want to know more, you can read this article: Which Dell server model is best for virtualization?
A simple overview of the main types of virtualization in cloud computing and how they help businesses run systems faster, smarter, and more efficiently.
Virtualization lets businesses run multiple systems using one physical machine, reducing the need for extra hardware.It creates virtual machines (VMs) like splitting one house into many rented rooms.
Each VM works independently, sharing the same physical resources in a smart way.This improves efficiency, cuts costs, and makes cloud computing more powerful and scalable.This blog ‘What is Virtualization?’ explains the basics simply a great start for smarter IT decisions.
Understanding the difference between virtualization and containerization is crucial for anyone working with modern IT infrastructure. Although both technologies are designed to optimize resources and improve deployment efficiency, they operate in fundamentally different ways. This article explores virtualization vs. containerization in depth, helping you understand how each approach fits real-world use cases whether it’s supporting cloud-native application development or running legacy systems that require stronger OS-level isolation and customization.
☁️ Cloud, Virtualization, Containers, Kubernetes, Serverless, and Microservices - For kinda thick is like me…
Modern computing is built on a stack of abstractions designed to hide hardware complexity and make software easier to build, deploy, and scale. Each layer solves a specific problem, and together they form the backbone of cloud‑native architecture.
—
🏢 1. Cloud Computing: Renting Instead of Owning
Cloud computing means you don’t buy or maintain physical servers. Instead, you rent computing resources from a provider. The cloud abstracts away the hardware so you can focus on software.
—
🏗️ 2. IaaS: Infrastructure as a Service
IaaS is the lowest layer of cloud services. It gives you virtualized infrastructure:
- Virtual machines
- Virtual networks
- Virtual disks
- Load balancers
- Firewalls
It’s essentially a virtual data center you can configure however you want.
—
🖥️ 3. Hypervisors (VMMs): Virtualizing Hardware
A Virtual Machine Monitor (VMM) or hypervisor allows one physical server to run multiple virtual machines (VMs). Each VM behaves like a full computer with its own operating system.
Examples: VMware ESXi, Hyper‑V, KVM, Xen.
Hypervisors provide:
- Hardware emulation
- Strong isolation
- The ability to run multiple OSes on one machine
This is heavyweight virtualization because each VM includes a full OS.
—
📦 4. Containers: Lightweight Virtualization
Containers virtualize at the operating system level, not the hardware level. They package:
- An application
- Its libraries
- Its dependencies
But they share the host OS kernel, making them far lighter and faster than VMs.
Containers provide:
- Portability
- Fast startup
- Efficient resource usage
- Consistent environments
They don’t replace VMs — they usually run on top of them.
—
🧭 5. Kubernetes: Orchestrating Containers at Scale
Containers are great, but managing hundreds or thousands of them manually is impossible. Kubernetes (K8s) automates:
- Deployment
- Scaling
- Load balancing
- Health checks
- Rolling updates
- Service discovery
Kubernetes is essentially the operating system for containerized applications.
Most Kubernetes clusters run on VMs, which run on hypervisors, which run on physical servers.
—
⚡ 6. Serverless: The Next Abstraction Layer
Serverless computing takes abstraction even further. With serverless:
- You don’t manage servers
- You don’t manage VMs
- You don’t manage containers
- You don’t manage Kubernetes
You write small functions, and the cloud provider runs them on demand.
Examples: AWS Lambda, Azure Functions, Google Cloud Functions.
Serverless gives:
- Automatic scaling
- Pay‑per‑use
- Zero infrastructure management
Under the hood, serverless still uses containers and VMs — you just never see them.
—
🧩 7. Microservices: Small, Independent Applications
Microservices are an architectural style where an application is split into many small, independent services. Each microservice:
- Has its own codebase
- Has its own API
- Can be deployed independently
- Can scale independently
- Often has its own database
Microservices pair naturally with containers because both emphasize isolation and independence.
Kubernetes then becomes the platform that runs and manages these microservices at scale.
Serverless pushes the idea even further by breaking logic into tiny, event‑driven functions.
—
🧠 8. The Full Stack in One Diagram
`
+——————————————————–+
| Serverless (Functions) |
| “Just run my code; I don’t care how.” |
+——————————————————–+
| Kubernetes |
| “Manage my containers, scale them, keep them alive.” |
+——————————————————–+
| Containers |
| “Package my app and dependencies consistently.” |
+——————————————————–+
| Virtual Machines |
| “Give me isolated OS environments on demand.” |
+——————————————————–+
| Hypervisor (VMM) |
| “Split hardware into multiple virtual machines.” |
+——————————————————–+
| Physical Hardware |
| “Actual CPUs, RAM, disks, network cards.” |
+——————————————————–+
`
—
🎯 9. The Big Picture
You were absolutely right to sense a trend:
> Modern computing virtualizes everything that slows down development, deployment, or scaling.
But the goal isn’t to escape hardware — it’s to stop managing hardware.
Each layer abstracts away the one below it:
- Hypervisors abstract hardware
- VMs abstract OS environments
- Containers abstract application environments
- Kubernetes abstracts container orchestration
- Serverless abstracts infrastructure entirely
- Microservices abstract application architecture
Together, they form the foundation of cloud‑native systems.
In this episode, Zuri Ozeomachukwu Njoku explores how virtualization powers modern cloud services. She explains how virtual machines enable scalability, efficiency, security, and on-demand resource management in cloud environments. This conversation breaks down the technology behind the cloud and highlights why virtualization is the backbone of today’s digital infrastructure.
Imagine running a massive office building but only using one single room. The rest of the building sits empty, burning electricity and costing you money. Sounds wasteful, right?
For decades, this is exactly how IT infrastructure worked. Companies bought powerful physical servers but ran only one application on them. The result was massive hardware waste.
Enter Virtualization. This is the technology that changed everything. It’s the hidden engine behind the Cloud, it powers the VPS you rent from providers like InterData, and it allows modern apps to scale instantly.
But what actually is it? Let’s break it down simply.
Virtualization is the process of creating a “virtual” version of something—like a computer system, storage device, or network—rather than a physical one. It relies on a concept called abstraction.
Think of your hard drive. Physically, it’s a metal disk. But your computer shows it to you as “Drive C.” That is a basic form of virtualization. In the server world, virtualization allows one physical machine (the Host) to be split into multiple simulated machines (the Guests or Virtual Machines).
Instead of one server running one OS at 10% capacity, that same server can run 10 different operating systems at 90% capacity.
The magic happens via a software layer called the Hypervisor.
The hypervisor sits on top of the physical hardware. It takes the total resources—CPU, RAM, and Storage—and pools them together. It then carves up slices of these resources and assigns them to virtual environments.
If a Virtual Machine (VM) needs to save a file, the hypervisor intercepts the request and writes it to the physical disk. The VM “thinks” it has its own dedicated hardware, but it’s actually sharing resources efficiently.
While server virtualization is the most common, the tech applies everywhere:
Virtualization isn’t just cool tech; it makes business sense.
Absolutely. While newer technologies like Containers (Docker) are popular, they often run inside virtual machines for security. Virtualization remains the bedrock of the internet.
Looking for a VPS?
If you want to see virtualization in action, you need a high-performance Virtual Private Server. InterData provides robust, affordable VPS solutions built on top-tier hypervisors. Whether you are a student or a startup founder, stop paying for idle hardware and start scaling efficiently.
To run a website or application efficiently, choosing the right technology is essential. This blog focuses on Virtual Machines (VMs)—a powerful and flexible hosting setup that maximizes performance through smart resource management and enhanced security, without relying on a single physical server.
You’ll learn what a virtual machine is, how it works, the different types of virtualization, along with the pros, cons, and practical tips for setting up VMs effectively.
Today’s computing landscape is rapidly moving toward cloud solutions for innovation, scalability, and operational efficiency. At the heart of this shift lies virtualization a transformational technology that optimizes resource usage and powers modern cloud environments. But what does virtualization truly mean in cloud computing, and why is it critical for businesses aiming for smooth, reliable operations?
In this blog, we break down the concept of virtualization, explore its widespread applications, and highlight how industry leaders like Cantech leverage it to deliver robust cloud hosting, VPS solutions, and scalable dedicated servers for businesses of all sizes.
Dashboard-defined VMware alternatives assemble hypervisors, storage services, networking tools, and protection utilities from separate projects, then present them through a modern dashboard that creates the appearance of a unified platform. The interface improves usability and simplifies many daily operations. It does not change how independently these components operate beneath the surface. This…
IncusOS Is the New Minimal Hypervisor OS Changing Home Labs in 2025 #homelab #homeserver #virtualization
IncusOS Is the New Minimal Hypervisor OS Changing Home Labs in 2025
Finally, run Docker containers natively in Proxmox 9.1 (OCI images) - Raymii.org
This seems pretty useful, though they mention some rough edges
