Course Introduction
This is the sixth and final capstone of the AIOps learning path. Using the AIOPS2026 repository as the primary source, it builds a complete route from large-model capabilities to a production-style network operations platform. The course covers the OpenAI Responses API, Structured Outputs, Function Calling, File Search/RAG, the Agents SDK, and closed-source model boundaries. It then moves to open-source model selection and deployment with Ollama, Hugging Face, ModelScope, vLLM, SGLang, multimodal OCR, fine-tuning boundaries, and security models such as Qwen3Guard and ProtectAI.
The agent interoperability section introduces MCP servers and clients, TLS authentication, pyATS MCP services, and an A2A multi-agent case, followed by LangChain agents, Deep Agents, subagents, skills, MCP, NetClaw/OpenClaw, and Hermes. The final project implements an AI automation console for network operations: NetBox provides assets and topology, Supabase/InfraDB stores device facts and configuration snapshots, Airflow/Collector performs automated collection, Telegraf/InfluxDB/Grafana forms the metrics pipeline, Elasticsearch/LogAI provides logs and events, Qdrant supports RAG evidence retrieval, OpenClaw delegates work through multiple workspaces, skills, sub-agents, and MCP services, and Batfish snapshots provide deterministic, verifiable troubleshooting. The course concludes by validating six workflows: device inspection, metrics queries, log queries, troubleshooting, alert-event analysis, and configuration-change analysis.
Companion Git repository: https://git.qytang.com/qytadmin/AIOPS2026
Total preview duration: 1h 16m 36s (recorded as 77 minutes in the system).
Course Curriculum
-
01
- 1.1
Responses API, Model Selection, and Streaming
- 1.2
Structured Outputs
- 1.3
Function Calling and Network Tool Integration
- 1.4
File Search, RAG, and Information Retrieval
- 1.5
OpenAI Agents SDK and Multi-Agent Orchestration
- 1.6
Closed-Source Model Boundaries and AIOps Selection
- 1.1
-
02
- 2.1
Model Selection, Evaluation, and Hardware Planning
- 2.2
Local Model Serving with Ollama
- 2.3
Hugging Face and ModelScope Ecosystems
- 2.4
High-Performance Inference with vLLM and SGLang
- 2.5
Multimodal Models and OCR
- 2.6
Fine-Tuning Methods, Cost, and Boundaries
- 2.7
Model Security with Qwen3Guard and ProtectAI
- 2.1
-
03
- 3.1
MCP Servers, Clients, Tools, Resources, and Prompts
- 3.2
MCP TLS, HTTPS, and Authentication
- 3.3
pyATS MCP Services for Network Devices
- 3.4
A2A Multi-Agent Routing and Collaboration
- 3.1
-
04
- 4.1
LangChain Basic Agents
- 4.2
LangChain Deep Agents: Subagents, Skills, and MCP
- 4.3
NetClaw / OpenClaw Agent Platform
- 4.4
Hermes Agents and Tool Use
- 4.5
Skill Update Mechanisms in OpenClaw and Hermes
- 4.1
-
05
- 5.1
Project Positioning, Four-Layer Architecture, and Verifiable Evidence
- 5.2
Network Assets and Topology with NetBox
- 5.3
Device Facts and Configuration Snapshots in Supabase / InfraDB
- 5.4
Automated Collection with Airflow / Collector
- 5.5
Metrics with Telegraf, InfluxDB, and Grafana
- 5.6
Logs and Events with Elasticsearch and LogAI
- 5.7
Qdrant RAG Engineering and Evidence Quality Evaluation
- 5.8
MCP Evidence Layer and Unified Data Access
- 5.9
OpenClaw Multi-Workspace, Skills, and Sub-Agent Delegation
- 5.10
Deterministic Network Troubleshooting with Batfish Snapshots
- 5.11
Web Frontend, SSE Progress, and Workflow Logs
- 5.12
Validation of Six Core Operations Workflows
- 5.13
Full-Stack Smoke Tests, Operations, and Course Acceptance
- 5.1
Course Video
Watch the public preview here or open it on the original video platform.
AIOps 2026 June Course Introduction: Revolutionary Updates
16 MIN
Watch on the Original PlatformOpenClaw vs. Hermes: Comparing Skill Update Mechanisms
17 MIN
Watch on the Original Platform