Accelerate research with world-class quantum infrastructure

Our Hyperconverged Quantum Cluster provides a unified platform for remotely accessing cryogenic testbeds, hosting QPUs, and running hybrid quantum–classical workloads for research, development, and education.

dilution refrigerators and classical compute servers

Control every layer

From high-level applications to pulse-level operations and low-latency quantum-classical execution. Every interface is transparent, customizable, and observable. Build, tweak, and innovate on your terms.

Plug in, power up, and innovate — everything’s here.

Advanced quantum prototyping testbed. Develop, validate, and characterize your technology at the world's best equipped cryogenic testbed. Send your device and access it through cloud - we will do all on ground work for you.

Pulse & gate-level cloud access. Deploy quantum and hybrid workflows with total visibility. Benefit from expert-led support and unrestricted access to the underlying hardware and software layers.

JupyterHub portal. Ideal both for upskilling of local workforce, as well as for cutting-edge research with zero time spent on non-quantum tasks.

Low-latency hardware. Flexible software. Achieve 2 µs round-trip latency for quantum–classical hybrid workloads, powered by a customizable middleware stack designed to maximize the performance of your qubits.

Hybrid low-latency quantum-classical execution output

Expert support. Work alongside our highly qualified team for all your physics and software needs.

A hub for quantum research, development, and education. Our mission is to accelerate quantum technology by providing a tightly integrated infrastructure where quantum and classical computing operate as one.