IQM provides on‑premise superconducting quantum computers that give organizations direct ownership and control of high‑fidelity qubit hardware. Its product line—from the 5‑qubit Spark system for education to the scalable Radiance and modular Halocene platforms—includes a full software stack and native HPC integration for low‑latency hybrid quantum‑classical workloads, enabling secure, upgradable quantum computing on site.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations that need quantum computing face limited access to high‑fidelity hardware, long lead times, and reliance on remote cloud services that restrict control, data security, and integration with existing high‑performance computing (HPC) environments.
Solution
IQM delivers full‑stack, on‑premise superconducting quantum computers that give customers direct ownership and control of the hardware. Its product portfolio spans the 5‑qubit Spark system for education and early research, the scalable Radiance platform with 20, 54 or 150 high‑fidelity qubits for HPC‑integrated workloads, and the modular Halocene system designed for quantum error‑correction research. Each system includes a complete software stack, pulse‑level access, and transparent diagnostics, enabling users to run algorithms, develop custom control software, and experiment with hardware extensions. IQM’s in‑house manufacturing and clean‑room facilities ensure rapid delivery (as fast as four months) and upgradable hardware, allowing customers to stay on the leading edge without replacing the entire system. By providing secure, on‑site deployment, IQM enables low‑latency hybrid quantum‑classical workflows and protects sensitive data while supporting long‑term research programs.
Target Audience
Primary customers are universities and research institutes seeking hands‑on quantum hardware, and high‑performance computing centers or enterprises that require scalable, on‑site quantum processors for advanced scientific and industrial applications.
Features
- Superconducting QPUs with industry‑leading gate fidelities (≥ 99.7 % single‑qubit, ≥ 99 % two‑qubit) and tunable couplers
- Modular architectures (Spark, Radiance, Halocene) ranging from 5 to 150 qubits, upgradable without full system replacement
- Full software stack from low‑level pulse control to high‑level quantum programming environments
- Native integration with HPC resource managers for low‑latency hybrid workloads
- On‑premise deployment with secure, user‑controlled access to hardware and data
- Transparent hardware diagnostics and pulse‑level access for custom experiments and education
- Rapid, in‑house production and clean‑room assembly delivering full‑stack systems in 4–6 months