Adom Use Cases
Public Made by Adomby adom
Adom is the **world's first AI-native electronics prototyping cloud lab**.
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| install.sh | 4mo ago |
| package.json | 4mo ago |
| page.json | 1d ago |
| README.md | 3mo ago |
| SKILL.md | 3mo ago |
| uninstall.sh | 4mo ago |
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
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). |
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.