VPS/VDS Germany* hosting

Surely you have heard that business prefers to work in the European Union, namely in its very heart – Germany. Germany is currently the center of the European Union and a country of opportunity, including the information technology sector. 

This is why the virtual server rental service is so popular here, especially in large cities such as Berlin, Munich and Frankfurt, where there are modern data centers equipped with advanced technologies. 

Renting a virtual server in Germany provides a consistently high level of availability and qualified technical support. And this is one of the reasons why you should consider VPS / VDS Germany. 

More about what VPS / VDS is in Germany

If your project is aimed at a European audience, placing it in Germany may be the best solution, since local data centers are considered one of the best in Europe.

Virtual private server (VPS) provides the opportunity to rent part of a physical server located in a data center in that country. KVM virtualization technology or its analogues are used to distribute the resources of one physical server, which allows users to gain root rights and access to a virtual server with a dedicated CPU and RAM. VPS/VDS are completely isolated from other users.

The advantage of ordering virtual hosting in Germany is that the client has all the necessary conditions for promoting services and products in the markets of Western Europe. This country is taking all necessary measures to protect its IT infrastructure, preferential taxation and ensure data confidentiality, which can also be considered a tangible plus. 

Server virtualization – what is this?

Let's go a little deeper into the technical part. There are several types of server virtualization, each with its own characteristics and uses. Some of the main types of server virtualization include:

1. Full Virtualization: Each virtual server (VM) operates as a completely isolated virtual machine, simulating a physical server. Full virtualization provides a high degree of isolation between virtual servers and allows you to run different operating systems on the same physical server.

2. Para-virtualization: The guest operating system is aware of its virtual status and communicates with the hypervisor to manage resources more efficiently. Para-virtualization can provide better performance than full virtualization.

3. Containerization: Uses containers to isolate applications and their dependencies. Containers run on a common operating system kernel, making them easier and faster to deploy and manage than virtual machines.

4. Hyper-converged Infrastructure: An approach that combines compute, storage, and virtualization into a single, integrated system. Hyperconverged solutions make it easy to manage and scale your infrastructure.

5. Operating System-level Virtualization: allows you to create multiple isolated containers on a single operating system instance. Each container operates as a separate server with access to shared resources of the host system.

The choice of a specific type of virtualization depends on the project requirements, budget, isolation level and performance required to run applications and services.