Mlhbdapp New -

🚀 MLHB Server listening on http://0.0.0.0:8080 Example : A tiny Flask inference API.

app = Flask(__name__)

# Initialise the MLHB agent (auto‑starts background thread) mlhbdapp.init( service_name="demo‑sentiment‑api", version="v0.1.3", tags="team": "nlp", # optional: custom endpoint for the server endpoint="http://localhost:8080/api/v1/telemetry" ) mlhbdapp new

# app.py from flask import Flask, request, jsonify import mlhbdapp

(mlhbdapp) – What It Is, How It Works, and Why You’ll Want It (Published March 2026 – Updated for the latest v2.3 release) TL;DR | ✅ What you’ll learn | 📌 Quick takeaways | |----------------------|--------------------| | What the MLHB App is | A lightweight, cross‑platform “ML‑Health‑Dashboard” that lets developers and data scientists monitor model performance, data drift, and resource usage in real‑time. | | Why it matters | Turns the dreaded “model‑monitoring nightmare” into a single, shareable UI that integrates with most MLOps stacks (MLflow, Weights & Biases, Vertex AI, SageMaker). | | How to get started | Install via pip install mlhbdapp , spin up a Docker container, and connect your ML pipeline with a one‑line Python hook. | | What’s new in v2.3 | Live‑query notebooks, AI‑generated anomaly explanations, native Teams/Slack alerts, and an extensible plugin SDK. | | When to use it | Any production ML system that needs transparent, low‑latency monitoring without a full‑blown APM suite. | 🚀 MLHB Server listening on http://0

mlhbdapp.register_drift( feature_name="age", baseline_path="/data/training/age_distribution.json", current_source=lambda: fetch_current_features()["age"], # a callable test="psi" # options: psi, ks, wasserstein ) The dashboard will now show a gauge and generate alerts when the PSI > 0.2. Tip: The SDK ships with built‑in helpers for Spark , Pandas , and TensorFlow data pipelines ( mlhbdapp.spark_helper , mlhbdapp.pandas_helper , etc.). 5️⃣ New Features in v2.3 (Released 2026‑02‑15) | Feature | What It Does | How to Enable | |---------|--------------|---------------| | AI‑Explainable Anomalies | When a metric exceeds a threshold, the server calls an LLM (OpenAI, Anthropic, or local Ollama) to produce a natural‑language root‑cause hypothesis (e.g., “Latency spike caused by GC pressure on GPU 0”). | Set MLHB_EXPLAINER=openai and provide OPENAI_API_KEY in env. | | Live‑Query Notebooks | Embedded Jupyter‑Lite environment in the UI; you can query the telemetry DB with SQL or Python Pandas and instantly plot results. | Click Notebook → “Create New”. | | Teams & Slack Bot Integration | Rich interactive messages (charts + “Acknowledge” button) sent to your chat channel. | Add MLHB_SLACK_WEBHOOK or MLHB_TEAMS_WEBHOOK . | | Plugin SDK v2 | Write plugins in Python (for backend) or TypeScript (for UI widgets). Supports hot‑reload without server restart. | mlhbdapp plugin create my_plugin . | | Improved Security | Role‑based OAuth2 (Google, Azure AD, Okta) + optional SSO via SAML. | Set

@app.route("/predict", methods=["POST"]) def predict(): data = request.json # Simulate inference latency import time, random start = time.time() sentiment = "positive" if random.random() > 0.5 else "negative" latency = time.time() - start | | How to get started | Install

volumes: mlhb-data: docker compose up -d # Wait a few seconds for the DB init... docker compose logs -f mlhbdapp-server You should see a log line like: