Nephio O-RAN Claude Agents
Welcome to the Nephio O-RAN Claude Agents project - an advanced cloud-native orchestration system that bridges natural language network operations with O-RAN compliant deployments using cutting-edge AI agents.
π― Project Missionβ
The Nephio O-RAN Claude Agents project provides intelligent automation for deploying, managing, and optimizing O-RAN L Release networks using Nephio R5 infrastructure. Our AI-powered agents understand natural language commands and execute complex network operations with precision and reliability.
ποΈ System Architectureβ
Our system consists of 10 specialized agents that work together to provide comprehensive O-RAN network lifecycle management:
π Key Featuresβ
π€ Intelligent Agent Systemβ
- 10 Specialized Agents: Each agent is an expert in a specific domain
- Natural Language Processing: Understand and execute commands in plain English
- Autonomous Operation: Agents can work independently or collaboratively
- Self-Healing: Automatic detection and resolution of issues
π O-RAN L Release Complianceβ
- Complete Interface Support: E2, A1, O1, O2 interfaces fully implemented
- WG11 Security Standards: Advanced security and compliance validation
- SMO Integration: Full Service Management and Orchestration support
- RAN Functions: KPM, RC, and CCC RAN function support
βΈοΈ Nephio R5 Integrationβ
- Porch Package Management: Advanced GitOps-based package orchestration
- PackageVariantSet: Multi-cluster deployment automation
- O-Cloud Integration: Cloud-native infrastructure management
- FIPS 140-3 Compliance: Secure cryptographic operations with Go 1.24.6
π§ Advanced Automationβ
- Infrastructure as Code: Declarative infrastructure management
- GitOps Workflows: ArgoCD and Flux-based continuous deployment
- Zero-Downtime Operations: Blue-green and canary deployments
- Multi-Cluster Management: Seamless operation across edge and core
π Agent Inventoryβ
Agent | Purpose | Model | Capabilities |
---|---|---|---|
Orchestrator Agent | Master coordinator | Claude Opus | Multi-cluster deployment, workflow management, package variant orchestration |
Infrastructure Agent | Infrastructure provisioning | Claude Sonnet | Kind/Metal3 clusters, Nephio R5 components, ArgoCD, storage |
Configuration Management Agent | Configuration deployment | Claude Haiku | Porch packages, YANG models, network attachments, kpt functions |
Network Functions Agent | O-RAN network functions | Claude Haiku | Near-RT RIC, SMO, xApps, rApps, CU/DU/RU deployment |
Monitoring Analytics Agent | Observability stack | Claude Sonnet | Prometheus, Grafana, VES collector, Jaeger tracing |
Data Analytics Agent | Data processing | Claude Sonnet | Kafka streaming, InfluxDB, Flink processing, ML pipelines |
Security Compliance Agent | Security validation | Claude Sonnet | WG11 compliance, FIPS mode, container scanning, zero-trust |
Performance Optimization Agent | Performance tuning | Claude Opus | SMO optimization, energy efficiency, AI/ML acceleration |
Testing Validation Agent | End-to-end testing | Claude Haiku | Interface testing, chaos engineering, load testing, Go coverage |
Dependency Doctor Agent | Dependency resolution | Claude Sonnet | Go modules, Python packages, system libraries, container fixes |
π― Use Casesβ
π’ Enterprise 5G Deploymentβ
Deploy a complete private 5G network with O-RAN components for enterprise use cases:
- Automated infrastructure provisioning
- Security-first deployment with WG11 compliance
- Performance optimization for specific workloads
- Continuous monitoring and analytics
π Multi-Site Edge Computingβ
Manage distributed edge computing infrastructure across multiple sites:
- PackageVariantSet for site-specific configurations
- Energy-efficient operations with sustainability metrics
- AI/ML workload placement and optimization
- Zero-touch provisioning and maintenance
π¬ Research & Developmentβ
Accelerate O-RAN research with rapid prototyping capabilities:
- Quick deployment of test environments
- Chaos engineering for resilience testing
- Custom xApp and rApp development workflows
- Comprehensive performance benchmarking
π Industrial IoT & Manufacturingβ
Deploy industrial-grade 5G networks for manufacturing and IoT:
- Ultra-low latency network slice management
- Predictive maintenance with AI/ML analytics
- Strict security and compliance requirements
- Integration with existing industrial systems
π Quick Startβ
Prerequisitesβ
- Kubernetes 1.30+
- Go 1.24.6 (with FIPS 140-3 support)
- Docker/Podman
- Helm 3.x
- kubectl and kpt CLI tools
1-Minute Demoβ
# Clone the repository
git clone https://github.com/your-org/nephio-oran-claude-agents.git
cd nephio-oran-claude-agents
# Start with infrastructure setup
claude-agent infrastructure-agent "create cluster"
# Deploy O-RAN components
claude-agent network-functions-agent "deploy ric"
# Monitor the deployment
claude-agent monitoring-agent "setup monitoring"
# Validate everything works
claude-agent testing-validation-agent "quick validation"
Standard Deployment Workflowβ
- Infrastructure Setup: Create Kubernetes clusters with Nephio R5
- Security Configuration: Apply WG11 security policies and FIPS mode
- Network Function Deployment: Deploy O-RAN components via Porch packages
- Monitoring & Analytics: Set up observability and data processing
- Performance Optimization: Apply energy efficiency and AI/ML optimizations
- Validation & Testing: Run comprehensive E2E test suites
π System Requirementsβ
Minimum Requirementsβ
- CPU: 16 cores
- Memory: 64GB RAM
- Storage: 500GB SSD
- Network: 10Gbps connectivity
Recommended for Productionβ
- CPU: 32+ cores with SR-IOV support
- Memory: 128GB+ RAM
- Storage: 2TB+ NVMe SSD
- Network: 25Gbps+ with DPDK support
- GPU: NVIDIA A100 or equivalent for AI/ML workloads
π§ Technology Stackβ
Core Technologiesβ
- Container Platform: Kubernetes 1.30+, containerd
- Package Management: Helm, kpt, Porch
- GitOps: ArgoCD, Flux
- Service Mesh: Istio (optional)
- Storage: OpenEBS, Rook-Ceph
O-RAN Componentsβ
- Near-RT RIC: O-RAN SC platform v3.0.0+
- Non-RT RIC/SMO: O-RAN SC Non-RT RIC v2.5.0+
- E2 Interface: ASN.1 based with RAN functions
- A1 Interface: RESTful policy management
- O1 Interface: NETCONF/YANG configuration
Data & Analyticsβ
- Streaming: Apache Kafka with KRaft
- Time Series: InfluxDB 2.x
- Processing: Apache Flink
- ML/AI: Kubeflow, KServe, ONNX Runtime
- Visualization: Grafana, Superset
Security & Complianceβ
- Cryptography: FIPS 140-3 with Go 1.24.6
- Network Security: Calico, Network Policies
- Container Security: Falco, Trivy scanning
- Secret Management: External Secrets Operator
π Documentation Structureβ
This documentation is organized into the following sections:
- Getting Started: Quick setup and basic operations
- Architecture: System design and component interactions
- Agents: Individual agent documentation and capabilities
- Integration: Workflow guides and best practices
- API Reference: Complete API documentation
- Examples: Real-world usage scenarios
- Troubleshooting: Common issues and solutions
π€ Community & Supportβ
Getting Helpβ
- Documentation: Comprehensive guides and API references
- GitHub Issues: Bug reports and feature requests
- Community Slack: Real-time discussion and support
- Office Hours: Weekly community calls
Contributingβ
We welcome contributions from the community! Whether it's:
- Bug reports and fixes
- New agent capabilities
- Documentation improvements
- Performance optimizations
- Security enhancements
Please see our Contributing Guide for details on how to get started.
Roadmapβ
Our development roadmap includes:
- Q4 2024: O-RAN L Release full compliance
- Q1 2025: Advanced AI/ML integration
- Q2 2025: Multi-cloud deployment support
- Q3 2025: Edge computing optimizations
- Q4 2025: 6G research integration
β‘ Performance Benchmarksβ
Metric | Target | Typical |
---|---|---|
E2 Setup Time | < 5 seconds | 2.3s |
A1 Policy Deployment | < 2 seconds | 0.8s |
Package Deployment | < 30 seconds | 18s |
AI/ML Inference (P99) | < 50ms | 42ms |
Energy Efficiency | > 0.5 Gbps/W | 0.73 Gbps/W |
Test Coverage | > 85% | 87.3% |
π Security & Complianceβ
- FIPS 140-3: Cryptographic module validation
- WG11 Standards: O-RAN security specifications
- Zero Trust: Network security architecture
- RBAC: Role-based access control
- Audit Logging: Comprehensive security event logging
- Vulnerability Scanning: Continuous container and dependency scanning
π Monitoring & Observabilityβ
- Real-time Metrics: Prometheus with custom O-RAN metrics
- Distributed Tracing: Jaeger for end-to-end request tracing
- Log Aggregation: Fluentd with ELK stack
- Alerting: AlertManager with PagerDuty integration
- Dashboards: Pre-built Grafana dashboards for O-RAN KPIs
Next Stepsβ
Ready to get started? Here are some suggested next steps:
- Quick Start Guide - Get up and running in minutes
- Architecture Overview - Understand the system design
- Agent Documentation - Learn about individual agent capabilities
- API Reference - Integrate with our APIs
- Examples - See real-world usage scenarios
Welcome to the future of automated O-RAN network operations! π