Technischen Hochschule Deggendorf’s Institute Future Technologies leads quantum computing consortium

Quantum‑Ready Industry: THD Leads the QUANDA Consortium

The Institute for Future Technologies (IFT) at the Deggendorf Institute of Technology (THD) has been awarded federal funding to coordinate a three‑year quantum‑computing project called QUANDA (Quantum Anomaly Detection & Analysis). The effort brings together universities, research firms and industry partners to explore practical, hybrid quantum‑classical solutions for monitoring energy plants, power grids and data‑centres.

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1. Why Anomaly Detection Needs Quantum Methods

Critical infrastructure generates massive streams of sensor data. Detecting subtle faults early can prevent costly outages, but classical algorithms often struggle with the sheer volume and the need for real‑time inference. Quantum machine‑learning (QML) promises to compress high‑dimensional data into smaller quantum states, potentially enabling faster pattern recognition. QUANDA will evaluate circuit‑cutting techniques that split large quantum circuits into smaller fragments, making them runnable on today’s noisy intermediate‑scale quantum (NISQ) hardware while still delivering a quantum advantage.

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2. Open‑Source Software as the Project Backbone

A central deliverable is the FullStaQD software stack, an open‑source framework that layers quantum‑ready APIs on top of existing high‑performance‑computing (HPC) environments. By providing a modular architecture, FullStaQD aims to reduce dependence on proprietary, non‑European tools and to give German industry a home‑grown platform for quantum‑enhanced analytics. The code will be released under a permissive license, encouraging contributions from the broader European quantum ecosystem.

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3. Consortium Composition and Roles

• Leibniz University Hannover – expertise in quantum algorithms and error mitigation.
• QUDORA – specialist in quantum‑ready data‑processing pipelines.
• ZENOB – provides industrial use‑case validation in energy‑sector pilots.
• Gesellschaft für wissenschaftliche Datenverarbeitung mbH Göttingen – supports integration with existing HPC clusters.
• Future Energy Lab Wunsiedel – supplies real‑world sensor data from power‑grid testbeds.

The partnership blends academic research with concrete industrial challenges, ensuring that any breakthroughs are immediately vetted against real‑world performance metrics.

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4. Outlook and Impact

Over the next three years the consortium will:

1. Develop and benchmark hybrid quantum‑classical anomaly‑detection pipelines.
2. Publish open‑source tools and performance datasets.
3. Deliver a proof‑of‑concept deployment in at least one energy‑plant pilot.

Success would demonstrate that quantum‑enhanced analytics can complement AI and classical HPC, positioning Germany as a leader in quantum‑enabled industrial services by the 2030 European high‑tech strategy.

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Bottom line: QUANDA is a strategically funded, multi‑partner initiative that seeks to turn quantum‑computing research into tangible, open‑source solutions for critical‑infrastructure monitoring, rather than a headline‑grabbing hardware breakthrough.