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AI and quantum computing featured together throughout Bitkom’s AI, Data & Quantum Summit in Berlin on September 22 and 23, according to The Quantum Insider’s event report. The report describes AI’s role in quantum-system development and security, while the programme also highlighted industrial use cases and open questions about commercial value.
Artificial intelligence was a recurring part of the quantum-computing programme at Bitkom’s AI, Data & Quantum Summit in Berlin on September 22 and 23, according to a report by The Quantum Insider. The event drew more than 2,500 participants and included discussions of AI-assisted quantum computing, cybersecurity and potential industry applications—evidence that the fields are increasingly being discussed together, though not proof that quantum technology has reached broad commercial use.
AIDAQ 2026 took place at the bcc Berlin Congress Center, with 220 speakers and 140 sessions across four stages, workshops, masterclasses and startup pitches, The Quantum Insider reported. The summit was held under the patronage of Germany’s Federal Ministry of Research, Technology and Space. Organisers framed the event around turning technological potential into economic and societal impact.
The report said the programme repeatedly connected AI with quantum work. NVIDIA’s Dr Kevin Mato spoke about scaling quantum computing with AI supercomputing in a fault-tolerance session alongside representatives from Quantinuum and Leibniz University Hannover. Leibniz-Rechenzentrum discussed telemetry for operating quantum systems in high-performance computing centres. “AI & Quantum Synergies” was the most common session label on the first-day programme, according to the report.
Cybersecurity was another focus. The Quantum Insider reported that Bundesdruckerei’s Dr Wadim Wormsbecher presented work on AI swarms that, according to the presentation as described by the outlet, halved the quantum resources needed to break ECDSA. That is a reported research result, not evidence that such an attack has been carried out or that current encryption has been broken. Google’s Dr Thomas Pöppelmann and evolutionQ CEO Dr Michele Mosca also spoke about post-quantum cryptography and cryptographic resilience.
AI’s Role in Quantum Development
The programme suggests that AI is being treated as a practical tool in several parts of quantum development, from supporting efforts to scale systems to analysing how they operate. That matters because quantum computers require complex engineering and monitoring, while progress in the field is often measured against difficult technical milestones. The summit discussions, as reported, point to a research and industry agenda in which AI and high-performance computing may complement quantum hardware rather than simply compete with it.
The security discussion also has a direct policy and business relevance. If techniques involving AI can reduce the resources needed for a future quantum attack on widely used cryptography, organisations may have less time to prepare for cryptographically relevant quantum computers. But the report does not establish a practical attack timeline. Its account supports the narrower conclusion that experts are discussing AI’s possible role in assessing quantum risk and the need for post-quantum migration.
AIDAQ’s mix of government, research institutions, technology companies and prospective users also offers a view of how Germany is trying to build a broader quantum ecosystem. The event’s attention to applications and infrastructure puts the emphasis on moving beyond laboratory capability, while the sceptical sessions signal that claimed industrial value remains an open question.
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Germany’s Quantum Ecosystem on Display
The summit covered companies and institutions across the quantum stack. The report names Forschungszentrum Jülich, DLR and three Fraunhofer institutes among research contributors, and IQM, eleQtron, planqc, neQxt and kiutra among hardware and enabling-technology firms. Kipu Quantum and d-fine represented software and services. IQM was a premium partner, and neQxt took part in a startup pitch.
Applications were discussed across sectors. Deutsche Bundesbank presented its quantum technology work; Lufthansa Industry Solutions and BMW discussed setting up a quantum programme inside a large organisation; and Airbus and Fraunhofer IKS presented a hybrid quantum-classical aircraft-production case. TRUMPF, E.ON, SAP and DLR covered manufacturing, energy, logistics and climate modelling. The Federal Ministry of Defence and the Federal Office for Information Security were also on the programme.
Organisers have described AIDAQ as growing from about 2,135 participants in 2025 to more than 2,500 in 2026. The next edition is scheduled for September 21 and 22, 2027, at the bcc Berlin.
“We want to see a strong ecosystem, not just individual companies.”
— Dr Alexandra-Gwyn Paetz, who heads the BMFTR department for technological sovereignty and innovation, as quoted by The Quantum Insider
Results and Timelines Still Open
The event report does not provide independent technical details or published evidence for the claim that AI swarms halved the quantum resources needed to break ECDSA. The method, assumptions, comparison baseline and review status are not specified in the supplied account. The result should therefore be treated as a presentation described by the outlet, not as an independently verified demonstration or a finding that current cryptography has been compromised.
Nor does the summit report establish how soon fault-tolerant quantum computers will be available, which applications will deliver measurable commercial value, or how much AI will contribute to working systems. AIDAQ’s panel on moving from “toy problems” to industrial value and talks questioning quantum computers’ present usefulness show that those issues remain contested. The report gives no detailed conclusions from those sessions.
AIDAQ Returns in September 2027
The next AIDAQ is scheduled for September 21-22, 2027, at the bcc Berlin. That edition may offer a chance to see whether the AI-and-quantum projects discussed in 2026 have produced further technical results or moved into operational use. No detailed 2027 programme or specific milestones for the projects covered in the report have been announced in the supplied material.
In the meantime, organisations following quantum-security risks will need to distinguish research demonstrations and forecasts from validated capabilities, while tracking guidance on post-quantum cryptography. The 2026 report sets out the questions raised at the summit; it does not resolve them.
Key Questions
What was AIDAQ 2026?
AIDAQ was Bitkom’s AI, Data & Quantum Summit, held at the bcc Berlin Congress Center on September 22 and 23, 2026. The event featured more than 2,500 participants, 220 speakers and 140 sessions, according to The Quantum Insider.
How was AI linked to quantum computing at the summit?
Sessions discussed AI supercomputing for scaling quantum systems, telemetry for quantum systems in high-performance computing centres, and AI-related work on cryptographic security. These were topics presented at the event; the report does not establish that all the approaches are deployed in commercial systems.
Did AIDAQ report that quantum computers have broken ECDSA?
No. The Quantum Insider said a Bundesdruckerei presentation described AI swarms that halved the quantum resources needed to break ECDSA. The supplied report does not say that an attack was carried out or that ECDSA has been broken.
When is the next AIDAQ?
The next summit is scheduled for September 21 and 22, 2027, at the bcc Berlin, according to The Quantum Insider’s report.
Source: rss
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