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Se ha descubierto que Nvidia Container Toolkit tiene fallas de seguridad preocupantes

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NVIDIA Los expertos advirtieron que el kit de herramientas del contenedor y el controlador de la GPU presentaban una vulnerabilidad crítica que permitía a los actores de amenazas acceder al sistema de archivos del host subyacente.

Los investigadores de ciberseguridad de Wiz descubrieron e informaron la falla, rastreada como CVE-2024-0132, y con una puntuación de vulnerabilidad de 9.0/10 – Crítica, a Nvidia el 1 de septiembre de 2024.

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How to run Windows in a Docker container

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How to run Windows in a Docker container

Linux and Mac users that have a need to periodically access Microsoft Windows will be pleased to know that it is possible to run a full version of Windows in a Docker container. Particularly useful for users on other OS systems who need to run Windows-only applications. The container utilizes KVM technology for virtualization and offers features such as shared storage, RDP access, and optional VLAN networking.

Once setup running Windows in a docker container allows for easy customization of resources allocated to the Windows virtual machine, including CPU cores, RAM, and disk size. The container supports various versions of Windows, from XP to 11, including lightweight and server versions. Let’s dive into how this works. Docker, a popular tool among developers, allows you to create containers that run specific applications in isolated environments. By using Docker, you can set up a Windows environment on your Linux or Mac machine. There’s an automated container available on GitHub that makes this process even easier. It takes care of the installation and configuration for you, so you don’t have to be a tech wizard to get Windows up and running on your non-Windows system.

Running Windows in a Docker Container

Getting your Windows virtual machine set up is pretty straightforward. You’ll use a few commands to get everything operational, and before you know it, you’ll be working on your Windows-specific tasks without any major delays. At the core of this container is something called Kernel-based Virtual Machine (KVM) technology. KVM is a virtualization platform that’s known for being both powerful and efficient.

It’s what makes sure your Windows instance runs smoothly on your machine. This container comes with some handy features, too. You get shared storage, which means you can easily move data between your host system and the Windows container. There’s also Remote Desktop Protocol (RDP) support, giving you a native Windows interface to work with. And if you’re concerned about security or need to isolate your network, there’s an option for VLAN networking. Watch the fantastic tutorial created by Wolfgang  below to learn more about setting up and running Microsoft Windows in a Docker container.

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One of the best parts about this setup is that you can customize it to fit your needs. You can adjust the amount of CPU power, RAM, and disk space the virtual machine uses. This means you can make sure your Windows container has just the right amount of resources to run your applications efficiently. The container supports a range of Windows versions, too. Whether you need the old-school charm of Windows XP or the latest features of Windows 11, this solution has you covered. It even includes server and lightweight editions for those with more specialized needs.

Windows Licence Keys

Now, it’s important to note that while the container can automatically download the latest Windows versions from Microsoft, the older versions come with generic keys that are only valid for 30 days. If you’re planning to use the virtual machine in the long term, you’ll need to provide a valid license key. The good news is that the container relies on open-source code and steers clear of distributing copyrighted material, which helps you stay on the right side of the law when it comes to virtualizing Windows.

So, if you’re a Linux or Mac user looking for a way to access Windows applications, running Windows in a Docker container could be the answer you’re looking for. It’s a practical approach that doesn’t require you to be an expert in virtualization or Docker. Plus, it offers a level of customization that ensures you can tailor the virtual machine to your specific needs. Just remember to keep things legal, especially when it comes to licensing Windows for long-term use.

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Docker vs Podman 2024 container management comparison

Docker vs Podman container management comparison 2024

In the world of software development, the tools we use to package and run our applications are crucial. They can make the difference between a smooth, efficient workflow and a tangled mess of compatibility issues. Two major players in this field are Docker vs Podman, and as we move through 2024, the choice between them is becoming more interesting.

Podman is stepping up its game, offering new features that are attracting attention. It’s now got a desktop application that’s turning heads. This new app is user-friendly and could be just what some developers need to make the switch from Docker. It’s designed to fit right into your existing workflow, which could make your life a lot easier.

One of the big pluses for Podman is that it works on a variety of operating systems. Whether you’re using Linux, macOS, or Windows, Podman has got you covered. This is great news for teams that have a mix of different systems because it means everyone can work in the same way, no matter what machine they’re on.

Docker vs Podman

For those who are not on Linux, Podman has found a way to let you develop Linux-based containers. It uses WSL2 on Windows and QEMU on macOS to create a Linux-like environment. This is a big deal because it means you can develop and test your applications in a reliable way, even if you’re not using Linux natively.

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When it comes to the command line interface (CLI), Podman and Docker are quite similar. This is good news if you’re thinking about switching from Docker to Podman. You won’t have to learn a whole new set of commands, which can save you a lot of time and hassle. If you’re used to Docker Compose for orchestrating your containers, Podman has you covered there too. It can handle Docker Compose files, so you can keep using the same files you’re familiar with. This compatibility is a big help for anyone looking to make the transition to Podman.

Podman also has a graphical interface, which is a big plus if you’re not a fan of the command line. This interface makes it easy to manage your containers and virtual machines, and it’s all about making things simpler for you. Security is always a top concern, and Podman has been built with that in mind. It runs without needing root access and doesn’t use a daemon, which helps to reduce security risks. This can give you peace of mind when you’re deploying containers.

Podman introduces the concept of “pods,” which makes it easier to manage groups of containers. This is a handy feature if you’re working with applications that have multiple containers. It also fits in well with Kubernetes, which is a popular system for managing containers. While Podman is making progress, Docker is still a big name in the containerization world. It’s got a wide range of tools and resources that make it a go-to choice for many developers, especially those who are new to the concept of containerization.

Podman’s integration with Red Hat’s tools could make it more appealing to some users, especially those who are already using Red Hat products. Docker may be the industry standard right now, but Podman is definitely on the rise. As you consider your options in 2024, think about what Podman offers in terms of speed, security, and ease of use. Its new desktop application and ability to work across different platforms are also worth considering. On the other hand, Docker’s established presence and extensive ecosystem are important factors too. Your choice will depend on what you need and what you’re comfortable with.

What Are Containers?

Imagine containers as lightweight, portable boxes where applications can be packed up with everything they need to run. This includes the code, libraries, and system tools. Containers allow an application to work on any computer, regardless of any customized settings that computer might have that could differ from the machine used for writing and testing the code. Containers have several benefits:

  • Portability: Since containers work the same everywhere, you can move them from your computer to a server, and they will run without any problems.
  • Efficiency: Containers share resources with the host system, which means they use less space and start up faster than traditional methods.
  • Isolation: Each container is separate from others, so if one container has a problem, it doesn’t affect the rest.

The debate between Docker and Podman is heating up, and it’s an exciting time to be in the field of software development. Each tool has its strengths, and the best choice for you will depend on your specific situation. What’s clear is that both Docker and Podman are powerful tools that can help you package and run your applications effectively. As you navigate the evolving landscape of containerization, take a close look at what each platform has to offer and consider how it aligns with your project’s needs. Your perspective on which tool is the better fit for your containerization requirements is valuable, and it’s worth taking the time to explore your options thoroughly.

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