Tinkered AI is a platform that turns plain‑English hardware ideas into complete, production‑ready designs. It automatically generates firmware, wiring diagrams, parts lists, and step‑by‑step assembly guides for Arduino, ESP32, and Raspberry Pi Pico, then visualizes the entire build in a photorealistic 3D simulation that combines real firmware execution with analog electrical physics.
Funding
Funding not disclosed
Founders
Product
Problem
Designing custom electronic hardware requires knowledge of firmware programming, circuit design, and mechanical assembly, which many creators lack. This creates a high barrier to prototyping, leading to costly trial‑and‑error and long development cycles.
Solution
Tinkered AI provides an AI‑driven hardware design assistant that transforms a plain‑English description of a project into a complete hardware package. The platform automatically generates production‑ready firmware for popular microcontrollers, detailed wiring diagrams, parts lists, and step‑by‑step assembly guides. A dual simulation engine runs the generated firmware alongside analog electrical physics in a photorealistic 3D environment, allowing users to preview and validate the design before purchasing any components. Real‑time waveform visualization highlights electrical issues early, while the 3D view shows the exact appearance and layout of the assembled device. This end‑to‑end workflow enables users without formal engineering training to create functional hardware quickly and reliably.
Target Audience
Primary users are hobbyists, makers, and small‑team product developers who need a rapid, low‑skill path to prototype custom electronic devices.
Features
- AI Hardware Agent that interprets natural‑language project descriptions into firmware, schematics, and build instructions
- Automatic generation of clean, commented code for Arduino, ESP32, and Raspberry Pi Pico platforms
- Auto‑created wiring diagrams with correct resistor values, pin mappings, and power rail specifications
- Comprehensive parts list with component specifications for immediate procurement
- Dual simulation engine combining real firmware execution with analog electrical physics in a single environment
- Photorealistic 3D visualization of the complete hardware at real‑world scale and material accuracy
- Interactive waveform viewer for real‑time voltage, current, and signal analysis across any node
- Detailed, ordered assembly guide covering every step from component placement to final connection