Hyperautomation Starts Here: Combining Task Capture, Process Mining, and RPA in a Unified Framework (Published)
Hyperautomation begins not with bots but with visibility. By integrating task capture, process mining, and robotic process automation (RPA) into a unified framework, organizations can transcend fragmented automation efforts to achieve fully orchestrated, data-driven digital transformation. Task capture provides granular insight into how work is performed at the user level, while process mining uncovers end-to-end process flows across systems and business units. Combined, these technologies enable precise identification of high-impact automation opportunities, reducing failure rates and accelerating deployment. This article explores the practical benefits, implementation strategies, and challenges of this triad, illustrating how enterprises can build adaptive, scalable workflows that continuously optimize operations aligned with real business needs. The result is not just automation but intelligent hyperautomation that drives sustainable competitive advantage.
Keywords: : hyperautomation, Digital Transformation, Intelligent automation, automation framework, data-driven automation, process mining, robotic process automation (RPA)., task capture, workflow optimization
Real Value of Automation in the Healthcare Industry (Published)
Automation is fundamentally transforming the healthcare industry by enhancing operational efficiency, accuracy, and patient outcomes. This manuscript provides a comprehensive review of automation’s impact on healthcare, focusing on administrative functions, clinical procedures, and patient engagement. The analysis reveals that automation has led to a 30% reduction in administrative errors, a 25% increase in clinical procedure efficiency, and a 20% improvement in patient satisfaction. An integrative healthcare automation model is proposed, which is supported by real-world implementation strategies and empirical observations. The manuscript concludes with a discussion on future directions, including advancements in algorithms, addressing current limitations, and offering recommendations for further research. This study illustrates the significant enhancements automation brings to healthcare delivery and patient care.
Keywords: administrative efficiency, clinical procedures, healthcare automation, healthcare technology, patient engagement, robotic process automation (RPA)., workflow optimization