After completing his Master's degree in Industrial Engineering at the Technical University of Dortmund, Roger Heines worked as a consultant for an international management consultancy. Here he gained relevant project experience in the process, automotive, and supplier industries with a focus on production and logistics. During a research stay at the University of St. Gallen, he wrote his master thesis in the field of blockchain technology and supply chain finance. Enthusiastic about the potentials, he is now researching as a PhD student at CC Ecosystems how innovative technologies will revolutionize the exchange of information in financial networks as well as future financial services.

Study: Digitalization in Procurement Management

The digital revolution has reached the business world, and procurement management is no exception. The latest study by the Business Engineering Institute St. Gallen, “Digitalization in Procurement Management”, sheds light on how profoundly digitalization is changing this area. This blog post summarizes the key findings of the study to shed light on the opportunities and challenges that digital transformation brings for companies.

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This was the Open Banking Summit 2023

After the successful Summit 2022, the doors opened again on August 24th at Google in Zurich for this year’s Open Banking Summit 2023. With over 100 participants and top-class speakers, the OpenBankingProject once again proved to be one of the enterprise networks in the context of Open Banking. This blog post summarizes the content of the Open Banking Summit 2023.

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Collaborative value creation in digital ecosystems: Success factors using the example of a blockchain-based tokenization platform 

Nearly all companies today operate in ecosystems. Traditional business networks are giving way to this new value creation model, in which multiple organizations collaborate to more effectively meet the needs of customers. This shift to ecosystem-based value creation requires efficient coordination and the use of technology. In this regard, an innovative enabler for the establishment of digital ecosystems is blockchain. But what are the capabilities to participate as an actor in these new platforms? In this paper, we will take a closer look at these platforms using an existing example and derive initial insights for success factors in shared value creation.

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Part II: Need for Change – Transformational Needs and Best Practices for Enterprises Using Distributed Ledger Technologies

Distributed ledger technology (DLT) makes it possible to guarantee the integrity of transactions without a central authority. This innovation is therefore seen as having the potential to revolutionize existing financial market infrastructures in the long term [1]. However, the adoption and use of DLT-based platforms has multiple implications for businesses. The technology brings not only technical but also organizational challenges that require new competencies in various business functions. In this article, we explain which challenges affect which corporate functions and which best practices a company can follow when implementing change.

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Need for Change – Challenges for Companies in Using Distributed Ledger Technologies

Digital products and services are not only changing the everyday life of individuals or society. The new technologies on which they are based can also lead to changes in operational IT in a wide range of business areas, especially in service companies. The distributed ledger technology, a new form of a distributed database, which ensures the integrity of all types of transactions without a central authority, is one such technology. Besides the question, in which areas it can be used, companies therefore also have to ask what internal impact can be expected when using this technology.

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Insights from the Open Banking Summit 2022

“Financial Industry Meets BigTech”: On the 25th of August 2022, the third Open Banking Summit opened its doors in the Google event rooms in Zurich. The OpenBankingProject.ch organized this event for the third time and once again provided a stimulating get-together on the topic of open banking. The event featured national and international success stories, and the subsequent panel discussion reflected on and discussed selected topics and questions posed by the audience. Once again this year, around 120 decision-makers from the Swiss financial sector gathered to learn about current developments and to network over the subsequent aperitif.

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Classification of Blockchain-Based Applications: A Conceptualization from a User Perspective

Despite many known advantages, it is still difficult, especially for practitioners, to identify concrete application areas for blockchain-based applications. This article takes this as its starting point and presents a sector-independent typology of application fields, which not only serves to analyze existing blockchain applications, but also provides users with an orientation as to which general possible uses there are for the blockchain and how complex an initial implementation of the respective applications can turn out to be.

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The Convergence of Distributed Ledger Technology and Artificial Intelligence Exemplified by the Lending Process (Part 3)

In the first two contributions to this three-part series, we have shown that the simultaneous use of distributed ledger technology and artificial intelligence can improve today’s lending process in many ways. However, the lending process is only one of many processes that can potentially benefit from the merging of DLT and AI. In the following we have compiled the process characteristics that indicate that a process leads to the convergence of the two technologies and can therefore be optimized by them.

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The Convergence of Distributed Ledger Technology and Artificial Intelligence Exemplified by the Lending Process (Part 2)

Technological convergence means that two or more technologies merge into a single system that is more powerful than each of the technologies individually. Since AI and DLT are technologies that have some opposing characteristics (e.g., centrality vs. decentralization; transparency vs. black box), the two technologies complement each other and can compensate for crucial weaknesses of the other. Since the lending process is one of the main processes in the banking business and involves both communication and data analysis (AI) and the transmission of sensitive data (DLT), it is ideally suited for a practical examination of both the prerequisites and the effects of technological convergence.

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The Convergence of Distributed Ledger Technology and Artificial Intelligence Exemplified by the Lending Process (Part 1)

The distributed ledger technology (DLT) and artificial intelligence (AI) are two promising technologies that are at the top of their hype cycle. Scientists assume that the convergence of the blockchain, the Internet of Things (IoT) and artificial intelligence offers considerable opportunities, such as accelerating the pace of service, process and business model innovations. However, the information available in the current literature and research on how such an integration could be implemented in practice is still sparse. Over the next week, this series of articles will explore how specific elements of DLT and AI can be combined to achieve potential technological convergence, and what significance this convergence has for the lending process.

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