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.