Automated breadboard layouts from your voice

An automated breadboard, planned from speech

The hardest part of a breadboard isn't the components — it's making sure the rails are right, the decoupling cap is across the chip's power pins, and the jumpers don't cross the IC. VoiceForge handles all of that. You say "ESP32 with an SSD1306 OLED and a DHT22 over I2C" and the studio drops every component onto a labeled breadboard layout, with shared 3.3 V and ground rails and an explicit pull-up plan.

What "automated breadboard" means here

• Component placement on a standard half-size or full-size breadboard.
• Power and ground rail assignment, with explicit jumpers to the bus.
• Decoupling caps placed across each IC's power pins.
• Jumper routes that don't cross over the chip, with color hints.
• A parallel wiring diagram so you can sanity-check connections before plugging anything in.

From breadboard to PCB

Once the breadboard works, the same spec becomes the on-ramp to a PCB. The labeled wiring diagram and clean BOM drop straight into KiCad or EasyEDA — see design a PCB by describing it for the handoff details.

Try it

See real builds, read how the pipeline works, or open the studio and describe your first breadboard.