Orchestrator Tenant Overlay Network Constructs

The system enables self-service automation through event-driven triggers. When specific events occur (e.g., VLAN creation, gateway attachment), the orchestrator automatically detects these events and triggers the corresponding virtual network interface and switch creation without manual intervention. The system serves itself by monitoring its own state changes and autonomously executing deployment tasks.

The orchestrator pre-configures templates for virtual network interfaces and switches with all necessary parameters and relationships. When deployment is needed, these pre-prepared templates are instantly instantiated, eliminating the need for step-by-step manual configuration. The preliminary preparation of deployment blueprints enables rapid automated execution.

The system segments the virtual network into hierarchical layers: tenant networks, VLANs, overlay networks, and physical networks. Each layer is independently managed and can be scaled without affecting other layers. This segmentation allows the system to support thousands of logical interfaces and switches by organizing them into manageable, independent units that can be deployed and managed at different levels of the hierarchy.

The orchestrator provides universal management capabilities that work across all types of virtual network interfaces and switches regardless of the specific tenant or network configuration. A single automated deployment mechanism handles diverse network elements, and the event-driven architecture universally responds to various network events, reducing management complexity despite the large number of network elements.

The orchestrator implements feedback mechanisms where the deployment status of virtual network interfaces and switches is continuously monitored and reported back. Event triggers are generated based on actual system state changes, ensuring that automated actions are taken only when appropriate conditions are met. This feedback loop maintains configuration accuracy by validating each deployment step against the desired network state.

Deployment configurations and parameters are pre-validating and pre-configured in templates before automated deployment begins. This preliminary preparation ensures that all configuration data is accurate and complete before automation executes, preventing errors that might otherwise occur during rapid automated deployment. The pre-checking of configurations maintains precision while enabling automation.