NVIDIA Developer

How to Deploy a Standalone VLM Kiosk on NVIDIA Jetson with Codex

Published 2026-10-07 · Duration 6:10

Summary

This tutorial demonstrates how to transform a live Vision-Language Model (VLM) demonstration into a self-contained, standalone kiosk experience on an NVIDIA Jetson device. Using Codex for AI-assisted development, the process involves deploying the Live VLM WebUI, ensuring all necessary assets are served locally for offline reliability, and configuring the Jetson to automatically boot into the full-screen application. The final reboot test verifies that the Jetson operates independently, maintaining camera capture and local inference without requiring a connected development machine (Mac).

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Key takeaways

  1. AI-Assisted Deployment with Codex

    Codex is used to validate hardware compatibility, review application requirements, and generate a deployment plan for the Live VLM WebUI, reusing compatible files already on the Jetson system.

  2. Ensuring Offline Reliability 2:00

    To guarantee operation without internet access, Codex updates the application to serve all necessary browser assets locally, while keeping the inference service isolated on the Jetson.

  3. Configuring Standalone Kiosk Mode 5:20

    The setup involves configuring the Jetson to boot directly into the full-screen application, enabling automatic camera capture, and setting up automatic login for the demo account to ensure continuous operation after reboot.

Technical details

  • VLM Kiosk Deployment 0s

    The process utilizes the Live VLM WebUI, running local inference on the Jetson using a Gemma 4-powered model. The system is designed to function autonomously, requiring no external cloud connection.

  • JetPack and Environment Management 0s

    Codex verifies the installed JetPack environment against the project's documented version. The deployment process handles elevated access by prompting the user for specific commands rather than managing credentials directly.

  • Automatic Startup Flow 320s

    To achieve kiosk functionality, the system installs Chromium and configures the boot flow to start local services, wait for them to become ready, open the web interface in full screen, and automatically reconnect the camera.

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