Do I need any programming experience to use Atech?

No. You describe what you want in natural language, and the AI generates the firmware. However, some familiarity with electronics can help you choose the right modules.

What microcontroller does Atech use?

Atech uses the ESP32, a popular Wi-Fi and Bluetooth-enabled microcontroller, making it easy to connect to the internet.

How do I flash the firmware?

You can flash the firmware directly from your browser using the Web Serial API—no additional tools or software installations required.

Can I reuse modules in different projects?

Yes, modules are designed to be reused across multiple projects. Simply snap them onto a new motherboard and reconfigure via chat.

When will Atech ship?

The Early Adopter Kit is expected to ship in July 2026.

Atech

Snap-together electronics built from a chat

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What is Atech

Atech is a modular electronics platform that lets you snap together pre-built hardware modules and describe your desired functionality in plain text. An AI then generates the firmware for an ESP32 microcontroller, eliminating the need for soldering, breadboards, or deep technical knowledge. This enables rapid prototyping and iteration, turning an idea into a working device in minutes.

Key Features

Snap-together modules requiring no soldering or wiring

AI-powered firmware generation from natural language descriptions

REST API for project management and firmware builds

Browser-based firmware flashing via Web Serial API

Support for WiFi connectivity and sensor data transmission

Use Cases

Hobbyists and makers who want to quickly prototype IoT gadgets without learning hardware design
Educators teaching electronics and programming with a low-floor, high-ceiling platform
Startups needing to iterate on hardware concepts rapidly without investing in custom PCBs
Engineers exploring ideas that integrate sensors, actuators, and wireless control

Why do startups need this tool?

Startups need Atech to drastically reduce the time and cost of hardware prototyping. Instead of months of PCB design and firmware development, they can validate ideas in minutes. This accelerates product iteration and allows non-hardware experts to contribute to building connected devices.