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OpenVZ

OpenVZ is an open-source container-based virtualization technology for Linux that allows multiple isolated virtual environments to run on a single physical server.

Description

OpenVZ is an open-source, container-based virtualization technology for Linux that enables the creation and management of multiple isolated virtual environments or containers on a single physical server. Each container functions as a secure, independent virtual server, preventing application conflicts and improving resource utilization. It's free software released under the GNU GPL license, providing flexibility and cost-effectiveness. OpenVZ offers a lightweight and efficient approach to virtualization, ideal for hosting multiple applications or users on a single server. Its ease of use and extensive community support further enhance its appeal. OpenVZ is powered by Virtuozzo.

Features

OpenVZ is based on container-based virtualization technology for Linux systems. It allows the creation of multiple isolated containers (virtual private servers or virtual environments) on a single physical host. Each container gets its own dedicated resources such as CPU, memory, and network interfaces, promoting security and resource management. OpenVZ offers a lightweight and efficient approach to virtualization, compared to full virtualization solutions. It is easy to install and administer and benefits from a strong and active community. It's an open-source solution licensed under the GNU General Public License.

Benefits

Improved server resource utilization through efficient containerization. Enhanced security by isolating applications within separate containers, preventing conflicts and enhancing data protection. Cost savings by consolidating multiple virtual servers onto a single physical machine, reducing hardware needs and operational expenses. Increased flexibility through the use of open-source software and a large community support network. Simplified management of multiple virtual environments with tools designed for ease of use and efficiency. Scalability to handle growing workloads effectively without significant infrastructure changes.

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