Chaonian Guo , Hao Wang, Hong-Ning Dai, Shuhan Cheng, Tongsen Wang
IEEE Cyber Science and Technology Congress (CyberSciTech) 2018, Athens, Greece
Publication year: 2018

Fraudulent e-banking transactions have caused great economic loss every year. Thus, it is important for financial institutions to make the e-banking system more secure, and improve the fraud detection system. Researches for the fraud risk monitoring are mainly focused on score rules and data driven model. The score rule is based on expertise, which is vulnerable to new patterns of frauds. Data driven model is based on machine learning classifiers, and usually has to handle the unbalanced classification problem. In this paper, we propose a novel fraud risk monitoring system for e-banking transactions. Model of score rules for online real-time transactions and offline historical transactions are combined together for the transaction fraud detection. Parallel big data framework: Kafka, Spark and MPP GBase which integrated with a machine learning algorithm is presented to handle offline massive transaction logs. Experimental results show the effectiveness of our proposed fraud risk monitoring system over a real massive dataset of e-banking transactions. This evaluation leads us to identify research gaps and challenges to consider in future research endeavours.

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