Real-Time Transaction Classification and Fraud Detection in Banking using AI and Advanced Data Processing

Banks need real-time transaction classification and fraud detection to secure end-to-end financial transactions. However, the time it currently takes to classify and detect manually is too slow for an industry that can lead to financial loss if done incorrectly or lead customers in some forward-oriented industries. Artificial Intelligence (AI) and Advanced Data Processing techniques have sharpened the speed and accuracy of transaction classification and fraud detection in banking systems. By analyzing transaction history, customer behaviour, and the geographical location of a shop overplayed in tens to hundreds of different real-time data sources, an AI algorithm can accurately classify the level of fraud risk on card transactions. With that data in place, problematic patterns suggestive of fraud can be identified immediately. Sophisticated data processing techniques like data mining and machine learning can identify fraudulent patterns hidden in large amounts of actions, and even the most complex fraud cases will be detected. Moreover, these technologies constantly learn, and with new fraud patterns, they adapt on the go, giving banks a ‘pre-fraud’ approach to detection. Banks can now classify transactions and detect fraud in real-time using AI and Advanced Data Processing, significantly reducing financial losses and eliminating the frustration of yet another chargeable transaction. As technology advances, these strategies will continue to strengthen and adapt to fight against new types of fraud, leading transactions towards more safety.

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Publication Details

Published
2024-12-12
DOI
https://doi.org/10.1109/icuis64676.2024.10866509
Citations
5
Primary Topic
Imbalanced Data Classification Techniques
Type
article
Field-Weighted Citation Impact
1.74
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article

Real-Time Transaction Classification and Fraud Detection in Banking using AI and Advanced Data Processing

J. Logeshwaran, Divya Beeram
5 citations
Imbalanced Data Classification Techniques
1.74
article

Real-Time Transaction Classification and Fraud Detection in Banking using AI and Advanced Data Processing

J. Logeshwaran, Divya Beeram
article en
5 citations

Abstract

Banks need real-time transaction classification and fraud detection to secure end-to-end financial transactions. However, the time it currently takes to classify and detect manually is too slow for an industry that can lead to financial loss if done incorrectly or lead customers in some forward-oriented industries. Artificial Intelligence (AI) and Advanced Data Processing techniques have sharpened the speed and accuracy of transaction classification and fraud detection in banking systems. By analyzing transaction history, customer behaviour, and the geographical location of a shop overplayed in tens to hundreds of different real-time data sources, an AI algorithm can accurately classify the level of fraud risk on card transactions. With that data in place, problematic patterns suggestive of fraud can be identified immediately. Sophisticated data processing techniques like data mining and machine learning can identify fraudulent patterns hidden in large amounts of actions, and even the most complex fraud cases will be detected. Moreover, these technologies constantly learn, and with new fraud patterns, they adapt on the go, giving banks a ‘pre-fraud’ approach to detection. Banks can now classify transactions and detect fraud in real-time using AI and Advanced Data Processing, significantly reducing financial losses and eliminating the frustration of yet another chargeable transaction. As technology advances, these strategies will continue to strengthen and adapt to fight against new types of fraud, leading transactions towards more safety.

Christ University (IN), San Jose State University (US)
Peace, Justice and strong institutions
Openalex Percentile: Top 12%
Imbalanced Data Classification Techniques
1.74
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Real-Time Transaction Classification and Fraud Detection in Banking using AI and Advanced Data Processing — J. Logeshwaran, Divya Beeram · (2024) | TGRS Research Map | TGRS