The AI EDA CorporationContact

Agents create. Engineers refine.

The AI EDA Corporation is rebuilding electronic design automation from the ground up, so AI agents draft the circuit and engineers stay in control of every decision.

See the productTalk to the founders

Hardware is still designed by hand. We’re rebuilding the tools.

Electronic hardware design and iteration is slow and manual. Every board goes through the same loop: choose parts, draw the schematic, place, route, check, and start over when something changes.

The AI EDA Corporation is building a new EDA platform from the ground up, with AI-nativeness as the core design principle. Agents are only as useful as their toolkit, so our software is made to be just as usable by an agent as it is by the engineer.

Founders

Investors and partners can reach Milan and Alessandro directly at hello@theaieda.com.

  • Portrait of Milan Shah
    Milan ShahCo-founder, Chief Executive Officer
  • Portrait of Alessandro Bonecchi
    Alessandro BonecchiCo-founder, Chief Technology Officer

Products

Software that agents and engineers use together, on the same design.

Schema

The AI-native EDA platform.

Visit Schema
The Schema editor. A buck converter schematic built around an LM5166Y fills the canvas; the assistant panel lists the parts the Parts Selector agent chose, the Layout Designer agent's placement, and an ERC summary.
The Schema editor canvas: a buck converter schematic built around an LM5166Y.The assistant's summary: the Layout Designer agent placed and connected the parts, applied 24 actions, and reported three unconnected-pin warnings.

Schema editor

LM5166YU1C1C2C3R1L1J15VGNDJ23V3GNDVINVOUTBUCK 5V → 3V3REV A5 mmLayout Summary:1.Input loop: C1 and C2 sit beside U1’s VIN pin to keepthe high di/dt loop small.2.Switching node: SW runs 6.0 mm from U1 to L1, shortand direct to limit EMI.3.Output: L1, C3 and J2 share one VOUT run; R1 taps itas the PGOOD pull-up.4.Ground: every GND pad drops through a via to the bottomlayer, where a pour and 62 stitching vias tie it together.▸ Layout Designer Agent completed successfully.Placed 8 footprints on a 44 × 18 mm two-layer board. RoutedSW, VIN, VOUT and PGOOD on top and GND on the bottom.Routed nets:• SW · 6.0 mm · top• PGOOD · 19.3 mm · top• VIN · 22.3 mm · top• VOUT · 30.5 mm · top• GND · 43.7 mm · 6 vias to the bottom layer▸ Applied 97 action(s).Routing complete: 5 of 5 nets, 0 unrouted.+ add contextAsk, design, or route… @ mention · / commandsIn-DepthAutoSend (⌘↵)X:24.500 Y:9.000 100%
LM5166YU1C1C2C3R1L1J15VGNDJ23V3GNDVINVOUTBUCK 5V → 3V3REV A▸ Layout Designer Agent completed successfully.Placed 8 footprints on a 44 × 18 mm two-layer board. RoutedSW, VIN, VOUT and PGOOD on top and GND on the bottom.Routed nets:• SW 6.0 mm · PGOOD 19.3 mm · VIN 22.3 mm• VOUT 30.5 mm · GND 43.7 mm, 6 vias▸ Applied 97 action(s).Routing complete: 5 of 5 nets, 0 unrouted.

Schema editor · Illustration

Agents that draft
A Parts Selector agent picks components to spec. A Layout Designer agent places them, connects the nets, and runs ERC. Then the design is yours to refine.
Runs locally
Handles thousands of requests instantly and efficiently, on your own machine.
Private by default
Your designs never leave your device.
Transparent pricing
Pay as you go, with usage that is easy to see and track.
One editor
Schematics, boards, and projects in one window, with the assistant working beside the canvas.

Watch the agents work

A simplified demo of the workflow, running in your browser. The agents place and route a buck converter, then hand it to you. Drag any part and it reroutes.

LM5166YU1C1C2C3R1L1J15VGNDJ23V3GND
Agent runIdle
    Nets
    0/4
    Vias
    0
    Copper
    0.0 mm
    ERC
    Run

    Our mission is to build EDA where agents do the drafting and engineers make the decisions, so hardware can move as fast as the ideas behind it.

    • Judgment stays human.

      Automation should take on the tedium, not the decisions. The engineer always has the final word.

    • Iteration should be cheap.

      When trying a change costs little, engineers explore more ideas and build better hardware.

    • Show the work.

      Agents should report what they did and why, so every result can be checked before it ships.