Multi-Event Log Functionality provides end-to-end visibility for informed actions
Celonis, the global leader in Execution Management Systems (EMS), today announces its Celonis Multi-Event Log, a unique innovation that sets a new benchmark in Execution Management Systems (EMS) by automatically analyzing and optimizing interactions among interconnected business processes.
Processes are at the heart of a company’s ability to execute, yet - despite investing millions of dollars in improving and digitizing them to boost performance - most fail to deliver the results executives expect. Celonis helps companies in every industry remove execution gaps from critical business processes and maximize execution capacity. The EMS measures the current execution capacity, identifies execution gaps, and then prioritizes those gaps that have the biggest impact. The system then suggests or automates the next best action to take, acting in real-time to close those gaps.
Traditional process mining delivers exceptional value to customers by identifying and eliminating execution gaps one process at a time. However, in many aspects of business a bottleneck or a gap in one process will impact others either upstream or downstream. For example, in a procurement process, a single invoice can impact multiple sales orders in the order-to-cash process. However, understanding the connection between multiple orders and their impact on key customer metrics like on-time delivery with single process logs is nearly impossible. Closing the execution gap in a purchase-to-pay process and fully optimizing cash flow requires a full picture that combines all interconnected processes, now possible with Celonis’ Multi-Event Log.
In the September 2020 Gartner report “Market Guide for Process Mining,” analysts Marc Kerremans, Samantha Searle, Tushar Srivastava, Kimihiko Iijima note that: “Due to the recent advances in AI and machine learning, the process analysis capabilities are extended into areas such as predictive analysis, prescriptive analysis, scenario testing and simulation. Another very interesting evolution is the support for the interaction of different processes (not instances of the same process) and how process instances (or cases) interact with each other.”