From idea to a working electronic device.
Describe what you want to build. Tinkered designs the circuit, writes the firmware, validates the system, and simulates the complete device in 3D before you assemble it.
into working devices
- Arduino
- ESP32
- Raspberry Pi
- STM32
Pick a build. Make it yours.
Build. Simulate. Deploy.
One connected workflow keeps the circuit, firmware, simulation, and physical device in sync.
Generate the circuit, schematic, component research, and matching firmware as one connected design.
1,300+ boards, ready when you are.
Generate, validate, compile, and deploy firmware for the boards makers use every day, from Arduino and ESP32 to Raspberry Pi Pico, STM32, Teensy, micro:bit, and more.
See all supported boards- 3D modelDrag to rotate · Scroll to zoomArduino · Renesas RA4M1
Arduino UNO R4 WiFi
- 3D modelDrag to rotate · Scroll to zoomESP32-S3 · Wi-Fi + Bluetooth
Arduino Nano ESP32
- 3D modelDrag to rotate · Scroll to zoomRP2350 · Arm + RISC-V
Raspberry Pi Pico 2
- 3D modelDrag to rotate · Scroll to zoomESP32-S3 · Compact wireless
XIAO ESP32S3
- 3D modelDrag to rotate · Scroll to zoomMatter · Thread + Bluetooth
Arduino Nano Matter
- 3D modelDrag to rotate · Scroll to zoomLearning · Sensors + display
BBC micro:bit
- Arduino Uno
- Arduino Nano
- Arduino Mega
- ESP32
- ESP8266
- Raspberry Pi Pico
- RP2040
- STM32 Nucleo
- Teensy
- BBC micro:bit
- Nordic nRF52
- Feather boards
Questions before you build? Start here.
Still tinkering? Bring your build to the community.
Join the communityWhat is Tinkered?
Tinkered is an AI hardware design platform for building electronics. Describe the device you want to make, then develop its circuit, firmware, schematic, components, and 3D simulation together in one connected project.
What does Tinkered generate for an electronics project?
Tinkered can produce a complete circuit design, readable schematic, component research and bill of materials, board-ready firmware, a 3D simulation, and the files needed to deploy the project to real hardware. Each output stays connected as you revise the design.
Can I simulate a circuit before I build it?
Yes. Tinkered runs the firmware with the circuit in a 3D electronics simulation, so you can inspect behavior, test interactions, and catch problems before assembling the physical prototype. Learn more about the hardware simulator.
Which microcontroller boards does Tinkered support?
Tinkered supports more than 1,300 development boards, including popular Arduino, ESP32, ESP8266, Raspberry Pi Pico, RP2040, STM32, Teensy, BBC micro:bit, nRF52, and Feather boards. Explore how projects move from simulation to supported hardware.
Can I use my own firmware or improve an existing project?
Yes. You can start from a prompt, bring existing firmware, or continue an electronics project you already have. Tinkered can help revise the code and circuit while keeping the schematic, component choices, and simulation aligned with those changes.
Do I need electronics or coding experience?
No. Makers can begin in plain language and inspect every result as Tinkered builds the project. Experienced engineers can edit the generated firmware and hardware details directly, so the same workspace supports learning, rapid prototyping, and hands-on control.
How does Tinkered validate a hardware design?
Tinkered checks the circuit, selected components, firmware, and simulated behavior as one system. That connected workflow helps surface wiring, compatibility, and code issues earlier—before you commit time and parts to the physical build.
Build something real.
Turn a sentence into a validated electronics prototype—with the circuit, firmware, schematic, 3D simulation, and deployment working together.