Design Quantum CircuitsIn Minutes, Not Months
The visual schematic editor for superconducting quantum circuits — place qubits and customize parameters with unprecedented precision.
IN COLLABORATION WITH
What is Silicofeller?
Everything you need. One unified platform.
Silicofeller brings the entire quantum hardware design workflow into a single, collaborative platform.
- End-to-end quantum design
- Integrated physics & verification
- Multi-architecture support
- Cloud-native & collaborative
THE PROBLEM
Quantum hardware design today is fragmented.
Engineers juggle 10+ disconnected tools, custom scripts, and manual workflows. Silicofeller unifies it all.
- Multiple disjointed tools
- Manual, error-prone workflows
- Limited physics visibility
- No digital twin or real-time feedback
- Architecture silos
ONE PLATFORM. EVERY ARCHITECTURE.
Design for today. Build for tomorrow.
Superconducting Qubits
Supported Today
Design transmon, fluxonium, SRF and other superconducting circuits with industry-leading accuracy.
Trapped Ion Qubits
Supported Today
Design traps, electrodes, optics and control for scalable trapped-ion quantum systems.
Photonic Quantum Chips
Coming Soon
Integrated photonics, waveguides, modulators and interferometers for quantum information processing.
Neutral Atom Qubits
Coming Soon
Design optical tweezers, lattices and control systems for neutral atom quantum computers.
Topological Qubits
Coming Soon
Topological qubits using Majorana zero modes and nanowire architectures. Experimental support.
VISUAL. POWERFUL. INTELLIGENT.
The Fastest Way to Design Quantum Hardware.
Drag, Drop, Connect, Simulate, Fabricate. All in one intelligent environment.
- Drag-and-drop schematic & layout
- Parametric components & PDKs
- Integrated simulation & verification
- Real-time DRC, LVS & design rules
- Team collaboration & version control
- Export fabrication-ready GDSII
ABOUT US
Silicofeller — AI for the Quantum Era.
Live Schematic Editor
Silicofeller is built around a full Schematic Editor — a live canvas where you drag and drop qubits, couplers, resonators, and readout lines to compose quantum chip topologies interactively. Every component stays in sync with the underlying design graph, keeping your topology structurally valid.
Curated Component Library
Components are pulled from a curated library of parts — transmons, coplanar waveguides, launch pads, and more — ready to place directly into your design, with routes fully editable from the same canvas.
Automated Code Generation
Once your design is ready, Silicofeller automatically generates Python code. Your layout is immediately ready for simulation, DRC verification, and tapeout submission. We're also bringing chip-level EM simulation directly into the platform.
READY TO
DESIGN
THE FUTURE?
Join the early access program for Silicofeller Quantum.
Talk with our quantum engineering team about pilots, integrations, and enterprise deployments.