Federated Graph AGI for Cross-Border Insider Threat Intelligence in Government Financial Schemes explores FedGraph-AGI enhances insider threat detection with federated, privacy-preserving graph learning using AGI insights.. Commercial viability score: 7/10 in Insider Threat Detection.
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Srikumar Nayak
Incedo Inc.
James Walmesley
University of Kent
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This research addresses the critical need for effective cross-border insider threat detection in government financial systems by preserving data privacy while boosting detection accuracy.
Develop FedGraph-AGI as a subscription-based software solution for government bodies, offering advanced threat detection capabilities tailored for financial networks.
FedGraph-AGI replaces traditional rule-based and supervised learning approaches that cannot handle multi-jurisdictional datasets due to privacy constraints.
The market includes government agencies overseeing financial transactions. They face significant risks from insider threats, and such a solution would be highly appealing given the savings from fraud prevention.
A financial regulatory body could use FedGraph-AGI to monitor and detect suspicious activities in cross-border transactions, alerting authorities to potential insider threats.
The paper introduces a system, FedGraph-AGI, which integrates federated graph neural networks with AGI-enhanced reasoning capabilities for detecting insider threats. It uses federated learning to keep data within jurisdictions and MoE for aggregation across different country-specific datasets, enhancing interpretation and accuracy.
FedGraph-AGI was tested on a dataset of 50,000 transactions across 10 jurisdictions, achieving 92.3% accuracy, outperforming other federated (86.1%) and centralized models (84.7%). This showcases its potential in expanding to larger scale operations.
Potential challenges include ensuring the robustness of the federated setup across varying data environments and maintaining privacy across diverse legal landscapes. Computation resource requirements might limit deployment in regions with inadequate tech infrastructure.
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