Bechtle and IQM Awarded DLR QCI Contract to Supply Superconducting Cloud Resources

Introduction

Bechtle, the German IT services firm, and IQM Quantum Computers, a leading European supplier of superconducting quantum processors, have been awarded a public contract by the German Aerospace Center’s Quantum Computing Initiative (DLR QCI). The agreement, running through June 2027, provides DLR QCI researchers with managed, cloud‑based access to IQM’s production‑grade superconducting qubits via the IQM Resonance™ platform, complemented by a dedicated classical server for hybrid quantum‑classical workloads.

Expanding Germany’s Quantum Portfolio

The new framework adds superconducting hardware to DLR QCI’s existing suite, which already includes ion‑trap, neutral‑atom, photonic, and NV‑center systems. By integrating a European‑built superconducting processor, the initiative aims to broaden benchmarking capabilities across key application domains such as materials science, aerospace engineering, mobility, and security. The contract underscores Germany’s strategic emphasis on data sovereignty, ensuring that all quantum and classical processing remains on‑premises within the EU.

Technical and Operational Pillars

| Pillar | What It Covers | |--------|----------------| | Quantum Processing | Cloud access to IQM’s superconducting QPUs via the Resonance™ platform, with on‑demand compute time for DLR QCI teams. | | Hybrid HPC Infrastructure | A dedicated classical server co‑located at IQM’s Munich data centre, enabling tight integration of quantum and classical algorithm steps. | | Platform Administration | Bechtle’s Quantum Technologies Competence Center handles user onboarding, permission management, security compliance, and day‑to‑day operations. | | Data Sovereignty | 100 % of workloads are hosted within Germany, meeting federal research data‑protection requirements. |

Bechtle’s System House in Bonn will configure governance, account management, and support services, building on a commercial partnership that began in 2024. The collaboration leverages Bechtle’s expertise in enterprise IT and IQM’s quantum hardware roadmap to deliver a turnkey solution for DLR QCI’s research programmes.

Implications for the European Quantum Ecosystem

The contract highlights several broader trends:

• European hardware leadership – By selecting a domestically produced superconducting platform, Germany reinforces Europe’s ambition to compete with U.S. and Asian quantum hardware vendors.
• Hybrid computing emphasis – Providing a co‑located classical server reflects the growing consensus that near‑term quantum advantage will emerge from tightly coupled quantum‑classical workflows.
• Data‑centric policy – The on‑premises requirement aligns with EU regulations and national funding mandates that prioritize data residency for strategic research.

For DLR QCI, the addition of superconducting resources expands the experimental landscape, allowing researchers to compare algorithm performance across disparate qubit technologies under a unified cloud interface. This cross‑technology benchmarking is essential for identifying the most promising approaches for mission‑critical aerospace applications.

Closing Thoughts

The Bechtle‑IQM partnership delivers a concrete step toward operational quantum computing within Germany’s aerospace sector. By marrying superconducting qubits with dedicated classical infrastructure and robust governance, the contract positions DLR QCI to explore complex, hybrid algorithms while maintaining strict data‑sovereignty standards. As the framework matures, it will likely serve as a model for other European research institutions seeking secure, cloud‑based quantum resources.