Design Quantum Chips With Natural Language
Silicofeller transforms natural-language prompts into production-ready quantum chip architectures — transmon arrays, error-correction layouts and superconducting qubit topologies, generated in seconds.
About us
Silicofeller — AI for the quantum era.
Silicofeller is an AI-powered quantum chip design platform. You describe the quantum chip you need — in plain language — and our platform turns that prompt into a complete, fabrication-ready design. No manual layout work, no low-level HDL, just your intent and an output you can build.
The platform includes a full Schematic Editor where you can drag and drop qubits, couplers, resonators, and readout lines onto a live canvas — composing quantum chip topologies interactively, the same way a PCB designer would lay out a board. Every component placed on the canvas stays in sync with the underlying design graph.
Once your design is ready, Silicofeller automatically generates Qiskit Metal Python code — the industry-standard framework for quantum chip design — so your layout is immediately ready for simulation, DRC verification, and tapeout submission.
Technology
Built on quantum-aware AI.
Schematic Editor
Drag-and-drop quantum layout canvas
Compose transmons, couplers and resonators on a live canvas with a synced Qiskit Metal IDE.
AI Chatbot
Natural-language design assistant
Prompt the AI to synthesize full QPUs — topology, frequencies and DRC checks generated in seconds.
Export & Reports
Tapeout-ready verification & exports
Design summaries, frequency plans, DRC reports and Qiskit Metal code packaged for fabrication.
Features
Everything you need to ship quantum silicon faster.
AI Chatbot
Describe your quantum chip in plain language and let the AI generate a complete QPU design — qubit topology, coupling maps, and readout networks, all from your prompt.
Component Library
Browse and insert from a curated library of Qiskit Metal components — transmons, coplanar waveguides, launch pads, and more — ready to place directly into your design.
Schematic Editor
Drag and drop Qiskit Metal components onto a live canvas to compose quantum chip layouts interactively. Every placed component stays in sync with the underlying design graph.
Chip Simulation
Run electromagnetic and qubit-level simulations on your design to validate frequencies, coupling strengths, and gate fidelities before committing to fabrication.
Fault Tolerance Verification
Automated checks for qubit connectivity, crosstalk, error thresholds, and surface-code compatibility — catching design issues before they reach the foundry.
Qiskit Metal Export
Export your completed design as Qiskit Metal Python code, ready for simulation, DRC verification, and tapeout submission with no manual translation required.