Invited Speakers

Thomas Gabor

LMU Munich, Germany

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Sebastian Feld

Delft University of Technology, The Nederlands

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Tobias Fertig

Technical University of Applied Sciences Würzburg-Schweinfurt, Germany

Details


Key Note:

What will Artificial Intelligence do on Its Own - Intrinsic and Emergent Goals in Optimization and Artificial Intelligence

Prof. Dr. Thomas Gabor

Department of Mobile and Distributed Systems, Faculty of Computer Science, LMU Munich

thomas.gabor(@)ifi.lmu.de

Abstract of the Talk

AI is becoming a ubiquitous component of everyday complex software applications and services. This also means that AI components are used in unforeseen, novel situations; some of which will involve other AI components and give rise to complex interactions between unacquainted AI agents. We examine the scope of AI-to-AI interactions starting from adversarial learning for better control in an industrial setting up to diverging conversations between isolated chatbots. We see that aside from specific goals we give AI agents, intrinsic goals can develop purely from the setup we chose, presenting a danger to what we want complex systems to do, but also an opportunity to create systems that can go beyond their original complexity.

Keywords: AI Agents, AI-to-AI interactions

Short CV


Invited Talk:

Full-Stack Quantum Computing and Distributed Systems: A Community-Centric Approach

Dr. Sebastian Feld

Assitant Professor, Department of Quantum & Computer Engineering, Delft University of Technology

S.Feld(@)tudelft.nl

Abstract of the Talk

Quantum computing is an emerging technology with the potential to transform problem solving across various domains. In this keynote, we start from the very beginning -- introducing the fundamentals of qubits, quantum gates, and circuits -- to build a clear foundation in full-stack quantum computing. We then explore how quantum systems can be viewed as distributed architectures, but also how they can enhance the performance of conventional distributed systems. We will discuss the synergy between hardware and software, and by that highlight some approaches for optimizing resource management and decision-making in community-driven applications. Attendees will gain insights into how a full-stack perspective on quantum computing can serve as a powerful framework for advancing community-centric solutions.

Short CV


Invited Talk:

More Than Just Passwords: The Social Impact of Security Awareness

Prof. Dr.-Ing. Tobias Fertig

Professor of Blockchain and Secure Decentralized Applications, Department of Computer Science and Business Information Systems, Technical University of Applied Sciences Würzburg-Schweinfurt, Germany

tobias.fertig(@)thws.de

Abstract of the Talk

In an increasingly digital society, cybersecurity is no longer just an IT issue—it's a shared social responsibility. This keynote explores the broader impact of information security awareness within community services, highlighting how individuals and organizations can play a pivotal role in protecting the systems that underpin our daily lives. 

With the EU’s NIS2 Directive raising the bar for cybersecurity risk management and incident response across essential and important entities, community services must now go beyond technical compliance. True resilience starts with people. From healthcare providers and local administrations to educational and social institutions, fostering a culture of awareness is critical to ensuring service continuity, public trust, and societal well-being. 

Through real-world examples and practical insights, this session will show how empowering staff and citizens with the right knowledge can reduce vulnerabilities, meet regulatory expectations, and ultimately strengthen the social fabric of digital public services.

Keywords: Information Security Awareness, Digital Resilience, Human Factor, Social Responsibility

Short CV