RISK MANAGEMENT AT E.ON
ON THE RADAR
Big data and machine learning have the potential to substantially improve existing risk management. This is the conclusion from a pilot project by E.ON SE in their CFO program "Digital@Finance", using the intelligent text analysis tool Global Risk Radar from Horváth & Partners' Steering Lab. Currently the Group Risk Management department at the energy supplier is testing the specific use scenarios for employing this instrument in Credit Risk Management.
Learning algorithms evaluate mass data extremely effectively. In an avalanche of data that humans can no longer handle, they can identify relevant information very quickly and intelligently. E.ON SE wants to use this potential for risk management and is therefore testing Horváth & Partners' Global Risk Radar. The pilot project is of particular interest to the group's credit risk management. This is because in future the department wants to identify the risk profile of business partners, who they call counterparties, more effectively and in a more targeted manner, based on automated text analysis of unstructured big data from the Internet.
Bernd Kälber, Program Manager Advanced Analytics & Artificial Intelligence at "Digital@Finance", attended the first live presentation of the newly developed application at the 2017 Corporate Risk Minds conference. He was immediately struck by the tool's potential. As a physicist with a focus on theoretical mathematics, he is convinced that "Automated analysis of big data will be indispensable in future in making competitively sound strategic and operational decisions".
SUPPORTING ENTREPRENEURIAL TRANSFORMATION
The pilot project started in November 2017. Bernd Kälber reviewed jointly with the machine learning and risk management experts at Horváth & Partners to what extent the critical information for evaluating risks could be generated using the Global Risk Radar. The focus was initially on the use cases relating to the topics of solar and wind energy, innovative storage technologies and pricing in an international context. During the course of the study it became apparent that the Global Risk Radar was particular strong in detecting early warning signals for potential rating changes to counterparties.
Given increasingly decentralized generation mainly from energy sources that are sensitive to weather conditions, and the development of new digital technologies, providers need to be turning themselves into digital "green", service-oriented solution providers. "This realignment affects all levels within our group, including permanent changes in the finance area," says Bernd Kälber. "Intelligent algorithms and machine learning can potentially provide major support for this transformation."
MAKING ALGORITHMS INTELLIGENT
Machine Learning enables computers to independently analyze very large, complex and unstructured data sets using specially developed algorithms, and to process the results without further input. Initially, the algorithm itself has no relevant knowledge. It needs to be trained for each separate question. Different starting points require different approaches. These can be classified into three categories:
1. Supervised learning
2. Unsupervised learning
3. Reinforcement learning
The machine text analysis capability of the Global Risk Radar is based mainly on the first approach, supervised learning. For the pilot project, the Radar analyzed several million text documents from thousands of data sources on the Internet. The semantic analysis capability of the tool is constantly improving while it works, thanks to continuous machine learning.
Through semantic analysis, the unstructured
part of big data from the Internet,
and in particular the views it contains,
become measurable so that they can be
used for risk assessment.