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Roger Heines
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Heines
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Roger
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1 - 7 of 7
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PublicationOrganizational Capabilities in Emerging Blockchain-Enabled Platform Ecosystems: Insights of a Single Case Study( 2023-08-10)
;Simon PerreletEcosystems are emerging in almost all sectors. In the banking sector, they enable the disruption of traditional value chains and the emergence of entirely new types of value creation settings. Actors who engage in such constructs need specific organizational capabilities. This is especially true when particular technologies, in the presented case blockchain technology, are used to enable collaborative value creation between actors. We extend organizational capabilities as previously described in the context of platform ecosystems. For this purpose, we conducted a longitudinal case study of the Swiss blockchain-enabled platform ecosystem in the financial services sector. We analyzed the data using the theoretical perspective of organizational capabilities. Initial results confirm the organizational capabilities but indicate a different distribution reflecting the development stages of the ecosystem. Furthermore, the first new organizational capabilities could already be identified.Type: conference paperJournal: AMCIS 2023 Proceedings -
PublicationThe Tokenization of Everything: Towards a Framework for Understanding the Potentials of Tokenized Assets( 2021-07-02)
;Dick, Christian ;Pohle, ChristianType: conference paperJournal: PACIS 2021 Proceedings -
PublicationNeed for Change: Business Functions Affected by the Use of Decentralized Information Systems(Association for Information Systems, 2021-12)
;Kannengiesser, Niclas ;Sturm, BenjaminSunyaev, AliType: conference paperJournal: Proceedings of the Forty-Second International Conference on Information Systems -
PublicationType: conference paperJournal: Proceedings: Twenty-Eighth European Conference on Information Systems (ECIS2020)
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PublicationBlockchain-driven supply chain finance: Towards a conceptual framework from a buyer perspective( 2017-04-10)
;Omran, Yaghoob ;Henke, MichaelHofmann, ErikThe main objective of this article is to develop a conceptual framework for blockchain-driven supply chain finance (SCF) solutions. The frame of reference intends to foster the coordination in buyer-supplier relations and eliminates existing inefficiencies in the execution of discrete SCF-instruments, such as reverse factoring and dynamic discounting. Moreover, we introduce value drivers for blockchain technology (BCT) to elaborate unique characteristics for its application in the field of SCF. While BCT is considered as one of the most disruptive enablers in financial technology (FinTech), it received only little attention within the emerging field of SCF. Therefore, the results contribute to future developments of appropriate SCF-solutions based on the newest technology innovations.Type: conference paper -
PublicationFoundational premises and value drivers of blockchain-driven supply chains: the trade finance experienceThe recent hype about blockchain technology and its abilities has led to a reconsideration of existing structures in the field of finance. With a bigger focus on efficient transaction processing, interaction and automation, the underlying concept of a distributed ledger has also showed feasibility for a much broader field. For this reason, the objective of this article lies in a first evaluation of this technology for blockchain-driven supply chains by taking a closer look at potential use cases and existing applications, particularly supply chain operations and trade finance. By aligning all relevant data streams on a digital scale, it is possible not only to make trading processes significantly more functional, but also to improve regulatory control through elimination of redundant practices. A digital, autonomous, decentralized, and distributed network would be applicable to a countless number of services. The initial concept for trade finance provides here a foundation to close the gap between vague assumptions and practical contributions in supply chain management.Type: book section
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PublicationA Framework for Enabling Asset Tokenization Business Models in the Financial Services SectorDistributed ledger technology enables a new way to record transactions and thus fundamentally changes how ownership of digital objects can be managed in the future. In addition to various innovative application areas, the concept of tokenization has emerged in recent years, where any type of asset or contractual right can be digitally represented on a distributed ledger in the form of a token. Once this reference is established, the issuance, transfer, and storage of tokens on such decentralized platforms offers not only the opportunity for increased operational efficiencies but also for new innovative services. Especially in the financial industry, the interest in the tokenization of bankable assets is growing. However, little is empirically known about this concept, its benefits, and its realization. Further, it can be stated that previous research solely focuses on technological or conceptual problems and that an integrative perspective on this phenomenon has been neglected so far. While companies are encouraged to establish unique business models around technological innovation, a blueprint with insights into applicability, design, and implementation is required. This dissertation addresses this gap by providing a first reference point to enable business model innovation for asset tokenization in the financial services sector. In particular, a frame of reference with three respective artifacts was developed to determine the business potential of tokenization, enable the design of its value architecture, and highlight guiding principles for its successful implementation. The work follows a design-oriented paradigm in terms of design science research and aims at a scientifically sound foundation for practice and academia. While asset tokenization may disrupt our economic system leading to more efficiency and accessibility, this research provides strategic guidance in a token economy and may accelerate the development of viable use cases and business models in the future.Type: doctoral thesis