Navigating the Future: Digital Trust in AI, IoT, and Public Infrastructure (Part 1)
Introduction
Welcome to the first panel discussion series on the intersection of AI, IoT, and cryptocurrency within public infrastructures. As smart grids and intelligent transportation systems evolve, managing data sovereignty and governance is crucial. We will explore the challenges of data ownership, compliance, and user privacy, emphasizing the need for secure, user-controlled digital identities.
Our panels will address the ethical implications of integrating AI and IoT, focusing on transparency and fairness. Advanced cryptographic methods and decentralized systems are vital for fostering trust and enhancing data security.
Join us as we delve into the profound impacts of these technologies on public infrastructures, aiming to uncover strategies for sustainable and ethical advancements in our interconnected world. Through expert insights, we will illuminate pathways for addressing the challenges and opportunities ahead.
Ethics, Trust, and Regulation in Decentralized Public Infrastructure
The ethical use of AI, IoT, and decentralization technologies is increasingly under scrutiny, as these systems are deeply embedded in everyday life. Ensuring digital trust through transparent, fair, and secure operations is critical, and business leaders must navigate the complex ethical landscape while complying with evolving regulations. Balancing innovation with responsibility is key to maintaining public and consumer trust.
Panelists:
Recording Link: https://vimeo.com/1044978161
Ansgar Koene, Global AI Ethics and Regulatory Leader at EY
Lisa Talia Moretti, Digital Sociologist
Data Sovereignty & Governance in Decentralized Public Infrastructure
In an increasingly connected world of smart grids and intelligent transportation systems, managing data sovereignty is crucial. The control and ownership of data from smart meters, electric vehicles, and connected infrastructure often transcend borders, raising compliance issues with regional data laws. Organizations must find ways to maintain digital trust while navigating complex regulations and ensuring the privacy of user data in the energy and mobility sectors. Secure, user-controlled digital identities are becoming essential for managing access and permissions across these systems.
Panelists
Rob van Kranenburg, Martel Innovate
Sarah Stryeck, EY
Peter Kraemer, Capgemini
Recording: https://vimeo.com/1050131535
Role of AI and IoT in Smart Grids and Transportation
Smart grids and intelligent transportation systems leverage advanced technologies to optimize energy distribution, traffic management, and resource allocation. These technologies must be trusted by citizens and stakeholders for widespread adoption. Digital trust is essential in ensuring that these systems are secure, efficient, and fair, especially when personal data from smart meters and connected vehicles is involved. Secure, user-controlled digital identities play a crucial role in managing access, permissions, and data sharing across these interconnected systems.
Panelists:
Sebastiaan Coppenholle, Elia Group
Prof. Dr. Jens Struecker, Frauenhofer FIT
Michael Schaefer, Managing Director, Mobility Data Space
Date: March 10, 2025 1900 CET | 1300 ET | 1000 PT
Event Link: https://www.meetup.com/digital-identity-from-vienna/events/305498254/
Public Infrastructure & Decentralization in Energy and Transportation
Public infrastructure, particularly in energy and transportation, is undergoing a technological transformation. Advanced technologies promise to improve efficiency and transparency in power grids and mobility systems. The move toward decentralized systems for energy distribution and shared mobility introduces new challenges, including the need for secure, verifiable digital identities that can work across multiple platforms and jurisdictions. Building digital trust is essential in ensuring that citizens and stakeholders are confident in these systems' reliability, security, and fairness.
Security, Privacy, and Trust in a Decentralized World
Decentralized systems are becoming more prevalent in energy and transportation, but with this comes the challenge of ensuring security, privacy, and trust without relying on traditional centralized authorities. Advanced cryptographic systems offer new ways to create secure, trusted networks for power distribution and mobility services, allowing users to maintain control over their personal data while still participating in these ecosystems. Balancing these elements will be key to their success.