Architecture Overview

Kube-VIM system architecture and design principles

Architecture Overview

Kube-VIM is built on modern cloud-native principles, providing a robust foundation for NFV workloads on Kubernetes.

Design Principles

Cloud-Native Architecture

  • Built for Kubernetes with modern API interfaces
  • GitOps deployment patterns for operational excellence
  • Real-time monitoring and observability
  • Auto-scaling capabilities for dynamic workloads

Security First

  • Talos immutable OS foundation
  • Secure-by-default architecture
  • Hardware abstraction for diverse infrastructure
  • Compliance with telecom security standards

Performance Optimized

  • DPDK for high-performance packet processing
  • SR-IOV for hardware acceleration
  • Kernel bypass technologies
  • Edge-to-core deployment flexibility

Core Components

Virtualization Layer

  • KubeVirt provides VM-based VNF support
  • Container-based CNF support
  • Multi-tenancy for service provider environments
  • Resource isolation and performance guarantees

Networking Stack

  • Kube-OVN for k8s-native networking
  • 5G network slicing capabilities
  • Hardware acceleration support
  • Diverse topology support

Management & Orchestration

  • OSM integration for MANO orchestrator connectivity
  • OpenStack Tacker as physical orchestrator
  • REST/gRPC APIs with Protobuf for efficiency
  • Zero-touch provisioning automation

Standards Compliance

ETSI NFV Standards

  • NFV-IFA 005 (Or-Vi interface) support
  • NFV-IFA 006 (Vi-Vnfm interface) support
  • ETSI MANO compliance and certification readiness
  • Modern API interfaces for integration

Performance Standards

  • Telco-grade SLAs with 99.99% availability
  • Carrier-grade reliability and fault tolerance
  • Real-time performance guarantees
  • Enterprise-scale workload support

TBD Detailed Architecture

Comprehensive architecture diagrams and component interaction details will be provided in future documentation releases.

Last modified August 17, 2025: website deploy (9aaf09e)