Reverse Proxy Virtual Networks for Time-Critical Services

The network is segmented into separate virtual communication networks: a first virtual communication network for time-critical services and a second virtual communication network for non-real-time services. This segmentation isolates real-time traffic from non-real-time traffic, ensuring that real-time data transmission maintains high reliability and quality of service while non-real-time services utilize available network resources without interfering with critical operations.

A reverse proxy is introduced as an intermediary component that automatically integrates virtualized control applications with the existing infrastructure. The reverse proxy handles service access requests, forwards them to appropriate server components, and manages communication protocols. This intermediary approach simplifies integration for users while the automated configuration processes minimize administration requirements, resolving the contradiction between ease of operation and system complexity.

The network is segmented into isolated virtual communication networks for different server components, with each component having its dedicated network namespace. This segmentation provides secure separation between virtualized control applications, preventing critical repercussions from spreading across the system. The automated configuration processes manage this segmentation without requiring complex manual setup, thus achieving reliable isolation while minimizing the perceived complexity for users.

The system implements self-service automation where the reverse proxy and configuration processes automatically detect, configure, and integrate virtualized control applications without requiring extensive manual intervention or high resource consumption. The automated processes handle service registration, network configuration, and request forwarding autonomously, reducing both operational complexity and resource requirements compared to manual integration approaches.