That means scaling to meet the demand for a million high-quality qubits - and then, to keep going. This is how we’re solving scale:

Our trapped ion qubits are well-isolated and highly controllable through our unique chip architecture. That means we can deploy best-in-class error-correction algorithms - making the system efficient, whatever our customers apply it to.

We then integrate classical control units directly with the quantum chip layer, increasing speed and reducing noise - and laying the foundations for a truly modular architecture.

Together, these elements make up the iQPU: the integrated Quantum Processing Unit. A powerful basis for million-qubit systems and beyond - built to integrate with your digital infrastructure and deployment plans.

To operate these systems, we use UQLogic: an ultra-efficient microwave technology that can control qubits at any scale.

With only a handful of gate fields, we can execute single and two-qubit gates on any chosen qubit, at any scale, with near-perfect individual addressability.

We use existing manufacturing technologies to build the key components of our quantum computer. Integrated classical controls remove the ‘wiring problem’ that often limits system scale. Our system runs at 70K - much easier to achieve than the mK or 4K temperatures required by most other approaches, especially at scale. Our systems are designed to be integrated into existing computing infrastructures.