RÜCKBLICK AUF DAS PROGRAMM 2021
Distributed Ledger Technologies for Industrial Applications
Industrial products, factories, trains and energy systems are starting to connect with business transactions, financial services and analytics. However, in the context of IoT, M2M, Industry 4.0, and global supply chains, there is a growing need to have such integration of operational and business systems across company and trust boundaries. This presentation explains how distributed ledger technologies like blockchain play a key role as underlying trust technology in enabling such cross-company integration.
Target Audience: Architects, Developers, Project Leads, Managers
Prerequisites: Basic understanding in Blockchain or other Distributed Ledger Technologies
Level: Advanced
Dr. Andreas Kind is Head of Cybersecurity Technology and Blockchain at Siemens, Corporate Development. He received his Ph.D. degree in computer science from the University of Bath, UK and worked in various positions at IBM Research from 2000 until 2018. During this time, his team was key contributor to the Hyperledger Blockchain Project. Andreas' research interests include industrial cybersecurity, distributed ledger technologies, and Internet of Things. Andreas is a Senior Member of the ACM.
Carolin Rubner leads the research module ‘Development Efficiency & industrial-grade DevOps’ and the research group Decentralized Architectures & Blockchain within Siemens Technology in Erlangen, Germany. She has been working with Siemens across all verticals for 24 years. Her career started as a software architect and project manager specializing in international research and development projects. Prior to her current role, she spent 5 years as Siemens Technical Liaison Manager at Microsoft (Redmond, WA) and worked as a responsible Research Group Lead on the topic of Software Architecture & Platforms in Princeton, NJ.
Andreas Kind,
Carolin Rubner
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