TL;DR
Get the latest gadgets delivered free — and shop member deals
- Fast, free delivery on millions of items
- Access to Prime Big Deal Days deals on October 6–7
- Prime Video, Amazon Music and more included
Bitkom’s AI, Data & Quantum Summit brought more than 2,500 participants to Berlin on September 22–23, 2026, for 220 speakers and 140 sessions. The Quantum Insider’s report said AI’s role in quantum computing and security appeared across the programme, alongside discussion of industrial applications and the technology’s limits.
Bitkom’s AI, Data & Quantum Summit (AIDAQ) brought more than 2,500 participants to Berlin on September 22–23, with sessions repeatedly linking artificial intelligence to quantum computing, cybersecurity and industry. The programme’s breadth suggests AI has become a regular part of how organisations discuss quantum work, though the summit report does not establish that the technologies have already produced broad commercial results.
The 2026 event at the bcc Berlin Congress Center featured 220 speakers and 140 sessions across four stages, as well as workshops, masterclasses and startup pitches. It was held under the patronage of Germany’s Federal Ministry of Research, Technology and Space. Organisers framed the two-day programme around how technological potential could translate into economic and societal impact.
The Quantum Insider’s account described AI’s contribution to quantum work as a recurring theme, not a single announcement. NVIDIA’s Dr. Kevin Mato spoke about scaling quantum computing with AI supercomputing in a fault-tolerance programme block that also included Quantinuum and Leibniz University Hannover. Leibniz-Rechenzentrum addressed telemetry for operating quantum systems inside high-performance computing centres.
Security sessions connected AI and quantum computing to preparations for future cryptographic risks. Bundesdruckerei’s Dr. Wadim Wormsbecher presented work on AI swarms that, according to the report, halved the quantum resources needed to break ECDSA. Google’s Dr. Thomas Pöppelmann and evolutionQ CEO Dr. Michele Mosca also spoke about post-quantum cryptography and cryptographic resilience. The account did not provide technical details or independent verification of Wormsbecher’s result.
AI Moves Into Quantum Work
The summit’s programme matters because it shows how the conversation around quantum technology is widening. AI appeared not only as a potential tool for improving quantum systems, but also in discussions of cryptographic security, high-performance computing and possible industrial applications. That makes the intersection relevant to researchers, technology companies and organisations planning for changes to their computing and security infrastructure.
However, a conference programme is evidence of industry attention, not proof that AI-quantum combinations are ready for widespread use. The report describes talks, presentations and cases discussed on stage, but does not provide independent performance evaluations, commercial deployment figures or evidence that the approaches have delivered results at scale. Its account is best read as a snapshot of priorities and work presented in Berlin.
As an affiliate, we earn on qualifying purchases.
Germany’s Quantum Ecosystem on Display
AIDAQ presented organisations working across multiple parts of the quantum field. Research participants included Forschungszentrum Jülich, DLR and three Fraunhofer institutes. Companies named in hardware and enabling technology included IQM, eleQtron, planqc, neQxt and kiutra, while Kipu Quantum and d-fine represented software and services. IQM was a premium partner, and neQxt took part in a startup pitch.
Government and industry participation extended beyond specialist quantum firms. The programme included the Federal Ministry of Defence and the Federal Office for Information Security, as well as sessions involving Deutsche Bundesbank, Lufthansa Industry Solutions, BMW, Airbus, TRUMPF, E.ON, SAP and DLR. Topics ranged from launching quantum programmes in large organisations to a hybrid quantum-classical aircraft-production case, manufacturing, energy, logistics and climate modelling. These presentations indicate areas being explored; the report does not establish that every case is a deployed commercial application.
Policy discussions focused in part on whether Germany could maintain a connected ecosystem rather than a collection of isolated companies. The 2026 summit drew more than 2,500 participants, up from about 2,135 reported for 2025, according to The Quantum Insider. That attendance comparison indicates growth in the event, not a measure of the wider quantum industry.
“We want to see a strong ecosystem, not just individual companies.”
— Dr. Alexandra-Gwyn Paetz, head of the BMFTR department for technological sovereignty and innovation, as quoted by The Quantum Insider
As an affiliate, we earn on qualifying purchases.
Claims Await Technical Detail
The source account does not include papers, datasets or independent assessments for the technical claims presented at the summit. In particular, it gives no methodology or conditions for the reported reduction in quantum resources needed to break ECDSA. That presentation should not be treated as evidence that a practical attack has occurred or that a specific timeline for a cryptographic threat has been established.
Commercial readiness also remains uncertain. The report names industrial use cases and sessions on moving beyond toy problems, but does not specify which systems are in routine operation, what results they achieved, or how they compare with conventional methods. It does not provide adoption, revenue or performance data to show whether the approaches presented have delivered measurable value outside demonstrations or research settings.
The account is a report on an event, not a full transcript or independent evaluation of its presentations. It does not detail the methods behind the summit’s claims, nor does it establish whether AI assistance improves quantum systems across different hardware and tasks. The available material supports the conclusion that the overlap received sustained attention at AIDAQ, while leaving the scale and practical impact of that work open.
As an affiliate, we earn on qualifying purchases.
AIDAQ Returns in September 2027
Bitkom plans to hold the next AIDAQ at the bcc Berlin Congress Center on September 21–22, 2027. The Quantum Insider said it intends to report on how the AI and quantum work presented in Berlin has progressed by then. Further evidence of progress will depend on more detailed technical results, deployment information and follow-up from the organisations involved; the 2026 report does not announce a shared timetable for those updates.
For readers tracking the field, the next useful milestones are not simply additional conference appearances, but disclosures that clarify methods, performance and real-world use. The 2027 meeting may offer a follow-up point, while the current account leaves those outcomes unconfirmed.
high-performance quantum computers
As an affiliate, we earn on qualifying purchases.
As an affiliate, we earn on qualifying purchases.
Key Questions
What happened at AIDAQ 2026?
Bitkom held its AI, Data & Quantum Summit in Berlin on September 22–23, 2026. The event drew more than 2,500 participants and featured 220 speakers and 140 sessions, with AI’s links to quantum technology recurring across the programme.
What did the summit report say about AI and quantum computing?
The Quantum Insider reported sessions on using AI supercomputing to scale quantum computing, telemetry for quantum systems in high-performance computing centres, and AI-related work on cryptographic security. The account does not establish that these approaches are broadly deployed or independently validated.
Did the summit show that quantum computers can break ECDSA?
No such conclusion is established by the report. It says Bundesdruckerei’s Dr. Wadim Wormsbecher presented work on AI swarms that reportedly halved the quantum resources needed to break ECDSA, but it gives no technical methodology or independent verification. The presentation is not confirmation of a practical attack.
Were quantum technologies shown to be commercially useful?
The programme included industrial use cases and discussion of moving from toy problems to industrial value. The report does not provide results showing that the named cases have delivered routine commercial deployment or measurable benefits at scale.
When is the next AIDAQ summit?
The next summit is scheduled for September 21–22, 2027, at the bcc Berlin Congress Center, according to The Quantum Insider’s report.
Source: rss
Fall Picks
fall essentials
As an affiliate, we earn on qualifying purchases.
![Self-Distillation Enables Continual Learning [pdf]](https://geeksalad.org/wp-content/uploads/2026/05/self-distillation-enables-continual-learning-pdf-featured-560x300.jpg)
