This is a submission for the Gemma 4 Challenge: Build with Gemma 4 🚨 From 373 alarms to 1 root cause in seconds A production-grade AI reasoning agent that turns a wall of network alarms into clear root-cause analysis — running entirely on your own hardware. It is 3 AM. A NOC engineer receives an alert: "North region customers reporting intermittent connectivity drops. Possible fiber cut or BGP flap." The system shows: The challenge: This typically takes 20–120 minutes depending on expertise. GemmaOps Edge is a fully local AI reasoning agent that enables operators to query network state in natural language and receive precise, actionable insights. While GemmaOps Edge is demonstrated using telecom NOC scenarios, the same architecture applies to any high-volume event-driven system — including cloud observability, microservices monitoring, and enterprise infrastructure platforms. 🚨 This is not alert summarization — it is reasoning-driven root cause analysis. Operator: Why is the North region experiencing outages? Agent: Historical match: INC-2026-017 (BGP failure, MTTR 53 min) Recommended actions: ✔ Fully local deployment ✔ No cloud/API dependency ✔ Runs on commodity hardware The agent dynamically: Priority-based prompt construction: ➡ Improved accuracy from ~40% to ~90% Questions like: "Which nodes appear in both CRITICAL alarms AND past P1 incidents?" ❌ Cannot be solved by RAG or smaller-context models ✅ Solved using full-context reasoning ➡ The limitation is context window, not model size
https://github.com/praveen-sinha-ai/gemmaops-edge
gemma4:e4b (4B)
1–4s response time Reasoning Capability Handles multi-condition correlation: Accuracy vs Efficiency Balance E2B → insufficient reasoning 31B → impractical for edge deployment E4B → optimal trade-off Fast responses
Full Context Mode (128K)
Entire dataset in prompt (~43K tokens)
No retrieval needed Enables deep correlation queries The biggest differentiator was not model size — it was how much data the model could see at once. The biggest insight from building GemmaOps Edge: The limitation is not model intelligence — it is how much of the system the model can see at once. By combining: …it becomes possible to move from alert noise → precise root cause in seconds. In a real NOC, that difference is not theoretical: Local AI for enterprise operations is no longer a future concept. With Gemma 4, it is practical today. Tech Stack: Python, FastAPI, NetworkX, FAISS, Ollama, Gemma 4 Tags: gemma ai telecom llm fastapi I built GemmaOps Edge to solve a very real problem I’ve seen repeatedly in telecom NOCs — too many alarms, too little clarity. If you're working on similar problems (telecom, observability, AI agents), I’d genuinely like to hear your thoughts. Feel free to drop your questions or suggestions in the comments.