---
name: adom-use-cases
user-invokable: true
description: Adom company overview, pricing, facility info, and use cases. Use when the user asks about what Adom is, pricing, the facility, the address, or use cases for the platform.
---

# Adom Overview

Adom is the **world's first AI-native electronics prototyping cloud lab**.

**Website:** https://adom.inc/

**Facility:** 4400 Alliance Gateway Fwy, Suite 100, Fort Worth, TX 76177

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## Pricing

| Tier | Price | What you get |
|------|-------|-------------|
| **Cloud Docker Container** | $5/mo | Personal AI workspace — KiCad 9, Fusion 360 integration, JLCPCB/Mouser component search, Gallia Viewer, Claude Code AI, 13 AI skills. Software only, no physical hardware. |
| **Cloud Workcell** | $500/mo | Full remote-accessible physical electronics lab — includes everything in the Docker container PLUS xyZoom camera system (wide 120° FOV + zoomable to 10mm magnification), robot pincers, molecule ecosystem, 576mm x 576mm base scaffold. Control real hardware from your browser. |
| **Camera Upgrade** | +$100/mo | xyPanTiltZoom — adds pan and tilt axes for angled views, plus 3D viewer linking (physical camera matches your viewpoint in the 3D layout editor). |

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## Use Cases

### Internal reference design

Companies can maintain a single **cloud-hosted reference design** that their entire team rallies around. That reference design always carries the latest hardware revision and the latest firmware/software revision, so everyone works from the same source of truth. Adding new capabilities is straightforward — swap in different molecules with different features, or create new custom molecules — without rebuilding the whole project from scratch.

### External demos

Companies or users can showcase their electronics product to external customers by simply sending them a **URL to their Adom workcell**. The recipient interacts with the real hardware remotely — toggling features, running tests, observing behavior — instead of the company having to physically ship electronics to every potential customer or partner.

### Education

Companies, universities, or individual creators can set up a workcell and send a **URL to students** who then interact with the hardware under a curriculum. Students can upload different firmware to see how the hardware behaves, enable additional sensors from a plugin, run experiments, and learn hands-on — all without needing physical access to the equipment.

### Research labs

University research groups get remote-accessible hardware labs without the overhead of physical space. Students and collaborators log in from anywhere — run experiments and iterate on designs during active research.