Cloud Isolation Zones for VSAN and VLAN Segmentation

The patent applies segmentation by dividing the cloud infrastructure into distinct isolation zones, each containing specific services. This is achieved through creating separate network segments, storage zones, and compute environments that are logically or physically separated. The segmentation allows multiple services to coexist in the same infrastructure while maintaining security boundaries, thus resolving the contradiction between scalability and security.

The patent implements local quality by allowing different security and isolation characteristics in different parts of the infrastructure. Each isolation zone can have customized security policies, network configurations, and access controls tailored to specific service requirements. This enables high-security zones for sensitive services while maintaining open, scalable zones for less critical services, simultaneously achieving both security and scalability.

The patent applies universality by creating a standardized isolation zone framework that can be applied across multiple services and entities. The system provides universal templates and policies for creating isolation zones that work consistently across different services, reducing configuration complexity. The multi-functional isolation zones can serve multiple purposes (security, resource management, networking) simultaneously, simplifying overall system management while maintaining strong data path isolation.

The patent implements self-service through automated isolation zone creation and management capabilities. The system can automatically provision isolation zones based on service requirements, configure appropriate security policies, and manage resource allocation without manual intervention. This automation reduces configuration overhead and complexity while maintaining robust data path isolation, allowing the system to self-manage the complexity of multiple isolated zones.