Multi-modality QPUs
Semiconducting, ion-trapped, photonic, and other quantum processor architectures — designed to specification.
We design and fabricate quantum processors across multiple modalities — semiconducting, ion-trapped, photonic, and other QPU architectures — built to specification on a request basis. We currently have a 4-qubit capability, with custom designs delivered for institutional, research, and sovereign programmes.
Semiconducting, ion-trapped, photonic, and other quantum processor architectures — designed to specification.
Each programme begins with a scoping engagement; QPU type, qubit count, and packaging are tailored to the customer's research or deployment objectives.
Designed in India for sovereign deployment contexts, with full documentation and characterisation data.
Bundled with the Silicofeller Quantum Platform and Compute Fabric for end-to-end workflows from circuit to silicon.
We engage selectively, across a small number of multi-year institutional partnerships at any given time. If your organisation is scoping a quantum or HPC initiative — enterprise, research, or public-sector — we would welcome a direct conversation.
A six-page PDF briefing — capability lines, platform architecture, industries served, and how we engage. Useful for boards, procurement teams, and technical evaluators.