Claude for Wireless Core Operations and 5G Core NOC Automation
Build a guardrailed, agentic 5G Core NOC simulator that detects, diagnoses, prioritizes, and responds to critical wireless network faults with human oversight.
Claude for Wireless Core Operations and 5G Core NOC Automation
This advanced course teaches learners to use Claude as a practical AI assistant for Wireless Core Operations, 5G Core NOC analysis, agentic AI design, project collaboration, and code-assisted simulator development. It is delivered as 10 half-day sessions, each lasting approximately three to four hours.
Learners progressively build a 5G Core NOC simulator that demonstrates real-time fault detection, KPI monitoring, fault isolation, root-cause analysis, remediation recommendations, supervisory decisioning, guardrails, audit logging, rollback, and human approval for high-risk actions.
The course follows a five-layer agentic architecture covering wireless core data sources, connectors and data processing, use-case agents, supervisory orchestration, and guardrailed execution. Hands-on work centers on Claude Chat, Claude Code, custom local MCP servers, and an open-source Open5GS or free5GC environment.
The final capstone demonstrates how agentic AI can detect, triage, isolate, prioritize, and mitigate faults affecting Data, Voice, 911, and Messaging services. Microsoft Copilot is included only as a final strategic discussion; the practical build remains centered on Claude.