Atech

Atech provides an AI‑driven modular electronics platform that converts plain‑text project descriptions into complete ESP32 hardware layouts and ready‑to‑flash firmware. Users assemble pre‑built plug‑and‑play modules on a motherboard without soldering, while the AI selects components, generates wiring diagrams, and compiles firmware in the cloud for instant download or in‑browser flashing.

Traction 6/10

Copenhagen, Denmark · HQ

Founded 2026300+ followers

Artificial Intelligence
Hardware
Internet of Things

Updated 5 months ago

Funding

Raised to date

$800KRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

across 1 round

ASAHLNMSS

$800K · Pre-Seed

Announced Apr 2026 · from article date

Disclosed cumulative: $800K

RoundDateAmountValuationInvestors

Founders

3 founders

Tomas Erik Harmer

Co-founder

Vladimir Baran

Co-founder

David Stålmarck

Co-founder

Product

Problem

Designing and assembling custom electronic hardware typically requires circuit design expertise, soldering, and extensive firmware development, creating high entry barriers for makers, developers, and small product teams.

Solution

Atech offers an AI‑driven modular electronics platform that turns a plain‑text project description into a complete hardware layout and ready‑to‑flash ESP32 firmware. Users select from pre‑built modules that snap onto a motherboard without soldering, while the AI automatically chooses compatible components, generates wiring diagrams, and writes driver code. The generated firmware is compiled in the cloud and can be downloaded or flashed directly from the browser via the Web Serial API. This workflow reduces development time from weeks to minutes and enables rapid prototyping of interactive devices such as theremins, LED displays, and sensor‑driven installations.

Target Audience

Primary users are hardware hobbyists, makers, and product development teams who need fast, low‑skill prototyping of IoT and interactive electronic devices.

Features

AI prompt interface that interprets natural‑language project descriptions and selects appropriate hardware modules
Plug‑and‑play motherboard with 8‑port or 14‑port configurations supporting 1‑port and 2‑port modules
Library of pre‑built modules (e.g., TFT display, speaker, microphone, rotary encoder, NeoPixel grid, motor, IMU, environmental sensor, robot arm) with auto‑generated drivers
Automatic board layout, collision detection, and wiring diagram generation
Cloud‑based build system that compiles ESP32 firmware and provides downloadable binaries
In‑browser flashing using the Web Serial API, eliminating the need for external programming tools
REST API for programmatic project creation, build triggering, and firmware retrieval