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An isolation system, also known as an isolation framework or isolation layer, is a component or architecture in computing and engineering that separates different parts of a system to prevent interference or contamination. This concept is widely used in various fields, including software development, network security, and physical engineering.

In software development, an isolation system can be implemented using techniques such as virtual machines, containers, or namespaces. These methods allow different applications or services to run independently, ensuring that a failure or security breach in one part of the system does not affect others. For example, in cloud computing, isolation systems help in providing multi-tenancy, where multiple users can share the same infrastructure without interfering with each other's data or operations.

In network security, isolation systems are used to segment networks into different zones or subnets. This segmentation helps in containing potential threats and preventing them from spreading across the entire network. For instance, in a corporate network, sensitive data can be placed in an isolated subnet, making it harder for unauthorized users to access.

In physical engineering, isolation systems are used to reduce vibrations, noise, or other forms of interference. For example, in mechanical engineering, isolation mounts or pads are used to decouple machines from their foundations, preventing vibrations from being transmitted to other parts of the structure.

Overall, an isolation system is a crucial component in ensuring the stability, security, and efficiency of various systems. By separating different parts of a system, isolation systems help in preventing interference, containing threats, and improving overall performance.