Circuitly provides an AI‑driven workflow for printed circuit board design, letting users prompt, plan, build, and merge schematics using autonomous agents. In Edit mode, agents generate symbols, footprints, place and wire components, and route connections while respecting design rules, and a Git‑based review system lets teams visually compare changes and merge work collaboratively. The platform aims to streamline PCB creation and reduce manual routing effort.
Funding
Funding not disclosed
Founders
Product
Problem
Designing printed circuit boards (PCBs) often requires manual creation of symbols, footprints, component placement, and routing, which is time‑consuming and prone to errors. Collaboration among multiple engineers can be cumbersome, with version control and conflict resolution adding further complexity.
Solution
Circuitly offers an AI‑assisted electronic design platform that lets users prompt the system to generate circuit schematics and PCB layouts. The platform’s agents automatically create symbols and footprints, place components, wire connections, and route traces while respecting user‑defined design rules. Work is organized in a Git‑based visual review flow, enabling teams to compare changes, resolve conflicts, and merge contributions efficiently. Users can switch between planning and edit modes to collaboratively refine designs or let the AI handle routine tasks, accelerating iteration cycles.
Target Audience
Primary users are hardware engineers, PCB designers, and product development teams that need to accelerate schematic capture and board layout while maintaining collaborative version control.
Features
- Prompt‑driven interface where natural‑language commands initiate symbol creation, footprint generation, and routing
- AI agents that perform component placement and trace routing in compliance with customizable design rules
- Dual-mode workflow: Plan mode for high‑level design discussion and Edit mode for automated implementation
- Git‑style visual review system that highlights differences, supports side‑by‑side comparison, and facilitates conflict resolution
- Collaborative environment supporting both individual designers and multi‑engineer teams
- Integration of USB‑C power input and other component libraries through AI‑generated parts