Plans nets before placing them
Kairo establishes a wiring strategy, searches the component library for verified parts, and executes connections in logical groups.
The AI-Native EDA.
Your next schematic
starts with a sentence.
Kairo automates topology, parts, routing, and DRC. The output is a verified schematic, ready to fab.
An agent that shows its work
Every step in Kairo's design loop is structured, narrated, and logged. Net planning, library lookups, and electrical verification stay visible for engineer review.
Verified against electrical rules
Every design completes a full Electrical Rules Check. Kairo records the outcome in the design journal and only declares the schematic complete when violations are zero.
Schematic overview, ready for review
The finished design surfaces as a structured component table. Every part is documented with reference, value, placement coordinates, and function.
Past the schematic
Kairo carries the design from netlist to fabrication-ready board, with the AI documenting every step.
Kairo lays out the board
Kairo's AI handles footprint placement, net routing, and zone fills automatically. Every layout decision is documented inline, from ground plane assignment to trace width selection to via placement. The result is a board you can review, defend, and modify with confidence.
Inspect in 3D, verify with DRC
View the assembled board in 3D to validate mechanical fit, component clearance, and silkscreen placement. Kairo runs full Design Rule Checks against the layout, surfacing electrical and manufacturing violations before fabrication.
"This circuit took us months to figure out all the small details, and Kairo just went from blank schematic to 70% of our project done. Saved 40+ hours of work."
Arnav · Powertrain Engineer
"I spent 3 hours debugging a netlist for my homework. Kairo did it in minutes."
Noah · EE Student
"It makes design much more efficient. It's easy to use and seamlessly works alongside legacy engineering software."
Ryan · Venture Capital Associate
"Kairo saves me 3 hours of tedious work per session."
Leo · Electrical Lead, Solar Racing Team
"This circuit took us months to figure out all the small details, and Kairo just went from blank schematic to 70% of our project done. Saved 40+ hours of work."
Arnav · Powertrain Engineer
"I spent 3 hours debugging a netlist for my homework. Kairo did it in minutes."
Noah · EE Student
"It makes design much more efficient. It's easy to use and seamlessly works alongside legacy engineering software."
Ryan · Venture Capital Associate
"Kairo saves me 3 hours of tedious work per session."
Leo · Electrical Lead, Solar Racing Team
From prompt to production
Describe the circuit once. Kairo handles parts, nets, checks, and the explanation.
generate
Describe a circuit. Get a real schematic.
Type what you need in plain English. Kairo outputs a buildable schematic with correct symbols, wired nets, and matched footprints, ready to send to fab.
> Design a 5V→3.3V LDO with USB-C input,
soft-start, and thermal shutdown
✓ MCP1703 LDO selected & placed
✓ USB-C connector + ESD protection
✓ 6 components, all nets wired
→ battery_charger.sch
understand
Ask about any node
Click a component and ask "why is this unstable?" Kairo traces through your compensation network and phase margin, then proposes a concrete fix.
verify
Catches what DRC misses
Flags thermal violations, missing decoupling caps, incorrect pin assignments. The kind of issues that pass automated checks but fail on the bench.
parts
Real parts, real footprints
Every component resolves to a verified symbol. No hallucinated MPNs, no broken footprints. Ratings checked against your spec.
Built for verified circuit iteration
Kairo uses a structured design workflow to plan, build, check, and explain schematic changes.
1 Plan
2 Parts
3 Design
4 Connect
5 Verify
6 Explain
For teams
Bring Kairo to your team
Book a 30-minute call. We'll demo Kairo on your circuit, share team pricing, and answer the hard questions.
Stop drawing schematics.
Start describing them.
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