Oct 2026· Information Systems and E-Business Management· 0 citations· 73 references
TL;DR
A critical abstraction gap between automated and manual tasks is bridges by redefining the operational perspective, introducing a novel classification of process entities, and proposing a framework for holistic support.
Abstract
This paper redefines the operational perspective in Business Process Management (BPM). While BPM inherently operates at the operational level, its traditional focus on automation, standardization, and software execution has historically overlooked a holistic understanding of task execution, particularly manual tasks and the tools and materials required for them. Our mixed-methods study, which combines a structured literature review and abductive reasoning, confirms this oversight, a gap also visible in modeling support. To address this, we introduce a novel classification scheme for process entities and propose a comprehensive vision for future operational support. Leveraging developments such as the Internet of Things (IoT), this vision encompasses enhanced modeling artifacts, intelligent planning, and real-time execution assistance. This paper bridges a critical abstraction gap between automated and manual tasks by redefining the operational perspective, introducing a novel classification of process entities, and proposing a framework for holistic support.
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The study explores how integrating robotic process automation, artificial intelligence, machine learning, and other digital technologies can support the redesign of compliance-intensive workflows while maintaining human oversight for regulatory decision-making to address operational challenges in remittance processing.
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Employee lifecycle transitions remain largely manual in most enterprises, despite being widely recognized as top IT operational and security challenges. This paper presents an event-driven framework that connects a Human Resource Information System (HRIS) to an IT Service Management (ITSM) platform, using employment ev...
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