Abstract
The research project is aiming at prototyping a Blockchain based Business Process Management System (BPMS) to enable trustless process execution amongst various participants without the need for mutual trust or a central orchestrating authority. By making use of the computational abilities of Smart Contracts on the Ethereum Blockchain, business processes can be executed and monitored without relying on a mutually trusted or centrally organized orchestrating authority or system. Using a Design Science approach, this project aims to build and evaluate a decentralized Business Process Management System (dBPMS), that can be used to deploy, execute, analyze and monitor inter-organizational processes in a trustless way.
Research Picture
Further resources
Related Student Reports (excerpt)
- Motives for Public respectively Private Enterprise Blockchain Solutions
(Benjamin Hidalgo Martinez, Master Thesis, 2019) - Analyse und Vergleich von Blockchain-basierten Business Process Engines
(Tobias Emrich, Seminararbeit, 2019) - Motives for Public respectively Private Enterprise Blockchain Solutions
(Benjamin Hidalgo Martinez, Master Thesis, 2019) - Einsatzmöglichkeiten der Blockchain-Technologie in zwischenbetrieblichen Geschäftsprozessen
(Sebastian Hiesinger, Master Thesis, 2019) - Analysis and Evaluation of Privacy Concepts in the Context of Blockchain Technology and Process Integration
(Corey Lauster, Master Thesis, 2019) - Umsetzung des Once-Only Prinzips in der öffentlichen Verwaltung mit Hilfe eines Blockchain-basierten Business Process Management Systems
(Jonas Vieracker, Master Thesis, 2019) -
Konzeption und prototypische Umsetzung eines BPMS/Blockchain-Connectors
(Leon Fruth; Bachelor Thesis; 2018) -
Kopplung von Workflow-Engines zur unternehmensübergreifenden Prozesssteuerung
(Marcel Gedat; Bachelor Thesis; 2018) -
Konzeption und prototypische Implementierung eines Transpilers für BPMN-Geschäftsprozesse zu Solidity
(Yannick Maussner; Bachelor Thesis; 2018) -
Analyse und Konzeption eines Process Mining Ansatzes basierend auf Distributed Ledger Technologien
(Moritz Hubel, Bachelor Thesis, 2018) - Chancen und disruptive Potenziale der Blockchain-Technologie in der Supply Chain von Großunternehmen
(Sebastian Hiesinger, Bachelor Thesis; 2017)