AI-Powered Graph-Based Fraud Detection System for Financial Services

87%

reduction in false positive rates

Sub700ms

real-time scoring

$4.2M

annual fraud loss reduction

Graph based fraud detection for financial services case study

ABOUT THE CLIENT

The client is a fintech group operating within high-volume digital transaction processing, serving both institutional and retail customers. Their platform facilitates fast payments and financial transfers, requiring high accuracy and efficiency to maintain customer trust and ensure regulatory compliance.

Challenge

The company struggled with significant financial losses due to evolving fraud tactics that surpassed traditional rule-based detection systems. The existing setup generated over 15% false positives, causing customer dissatisfaction and unnecessary investigations. Real-time processing requirements, complex fraud networks involving interconnected accounts, and a lack of visibility into transactional relationship patterns prevented effective fraud prevention. Additionally, increasing regulatory pressure and the need for scalable infrastructure intensified the urgency to implement an advanced system capable of early outlier detection while supporting rapid transaction growth.

Industry Fintech & Financial Services
Location USA
Cooperation Period 12 months (with ongoing optimization support)
Graph based fraud detection for financial services case study
Graph based fraud detection for financial services case study

Deeper Look

OmiSoft’s Solution

Graph-Based Transaction Mapping

We built a real-time relationship graph engine that dynamically mapped connections between transactions, accounts, devices, and merchant entities across sliding time windows. By analyzing both direct and indirect relationships as well as temporal dependencies, the system identified previously undetectable fraud schemes and uncovered complex network patterns typical of money laundering activities.

Advanced Statistical Anomaly Detection

Omisoft implemented a statistical scoring framework using ensemble methods that analyzed transaction amounts, frequencies, and behavioral patterns against individual historical baselines. By assigning adaptive anomaly scores to transactions, the system achieved high precision in highlighting fraudulent attempts while significantly reducing false positive alerts.

Real-Time AI Fraud Scoring Pipeline

To meet strict sub-second response requirements, we engineered a high-performance processing pipeline enabling scoring within 700 milliseconds. The solution incorporated graph metrics, feature engineering, and adaptive thresholding algorithms that learn from feedback, enabling continuous improvement in detection accuracy and supporting proactive fraud prevention strategies.

Graph based fraud detection for financial services case study

Custom AI-Powered Graph-Based Fraud Detection System

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Tech Stack used

Cross-platform Technologies Used

Python

Python

Docker

Docker

Apache Flink

Apache Flink

Apache Kafka

Apache Kafka

Business Results

The implementation of Omisoft’s graph-based AI fraud detection system fundamentally enhanced the client's fraud prevention capability, reducing operational costs and improving customer satisfaction while ensuring compliance with regulatory requirements. The real-time system provided unparalleled visibility into transactional relationships and enabled predictive fraud mitigation, positioning the company as a technology-driven leader in financial risk management.

Graph based fraud detection for financial services case study

87% reduction in false positive rates (from 15% to just 2%)

87% reduction in false positive rates (from 15% to just 2%)

Graph based fraud detection for financial services case study

94% detection accuracy for known fraud types

94% detection accuracy for known fraud types

Graph based fraud detection for financial services case study

Sub-700ms real-time scoring, enabling seamless transaction processing

Sub-700ms real-time scoring, enabling seamless transaction processing

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