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Designing Scalable Enterprise Systems: Learning From Digital Startups

Designing Scalable Enterprise Systems: Learning From Digital Startups

Richard J. Weber, Max Blaschke, Maximilian Kalff, Noah Khalil, Emil Kobel, Oscar A. Ulbricht, Tobias Wuttke, Thomas Haskamp, and Jan vom Brocke
This study investigates how to design enterprise systems (ES) suitable for the rapidly changing needs of digital startups. Using a design science research approach involving 11 startups, the researchers identified key system requirements and developed nine design principles to create ES that are flexible, adaptable, and scalable.

Problem Traditional enterprise systems are often rigid, assuming business processes are stable and standardized. This design philosophy clashes with the needs of dynamic digital startups, which require highly adaptable systems to support continuous process evolution and rapid growth.

Outcome - The study identified core requirements for enterprise systems in startups, highlighting the need for agility, speed, and minimal overhead to support early-stage growth.
- Nine key design principles for scalable ES were developed, focusing on automation, integration, data-driven decision-making, flexibility, and user-centered design.
- A proposed ES architecture emphasizes a modular approach with a central workflow engine, enabling systems to adapt and scale with the startup.
- The research concludes that for startups, ES design must prioritize process adaptability and transparency over the rigid reliability typical of traditional systems.
Enterprise systems, Business process management, Digital entrepreneurship