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Georgia e-Treasury AI — 42 machine-learning models for anomaly detection in 7 million annual public payment transactions

Georgia · Tbilisi · See the Georgia profile

Georgia's Ministry of Finance embedded 42 AI models in its e-Treasury system to detect payment anomalies across 7M+ annual transactions. IMF-documented testing achieved over 80% accuracy in flagging rejected payment orders, with Swiss SECO funding supporting development and knowl

42
Supervised ML models (Green Channel)
>7 million
Annual payment transactions processed
6 of 8
Known erroneous orders correctly identified in testing
>80%
Accuracy predicting officer rejections
33%
Planned scale-up in transaction volume (TSA expansion)
Georgia e-Treasury AI — 42 machine-learning models for anomaly detection in 7 million annual public payment transactions

Details

Maturity
Pilot
Promoter
LEPL Financial-Analytical Service / Ministry of Finance of Georgia
Period
2022–2024
Keywords
public financial management, treasury, payment processing, anomaly detection

Context

Georgia's Ministry of Finance, through the LEPL Financial-Analytical Service, integrated machine-learning models into its Public Financial Management System (PFMS) to reduce payment errors and anomalies in State Treasury disbursements, processing more than 7 million annual payment transactions through the e-Treasury module (one of four integrated PFMS components). Development and validation were supported by the IMF Fiscal Affairs Department and funded by the Swiss State Secretariat for Economic Affairs (SECO).

Objectives

Reduce payment errors and anomalies in Treasury disbursements using machine learning.

Activities

Two channels operate within the system: a Green Channel where 42 supervised models learn patterns from historical data to detect anomalies in payment orders automatically, and a Red Channel where a model trained on Treasury officers' past rejection decisions flags problematic orders for human review.

Results

Testing showed the system correctly identified 6 of 8 previously known erroneous payment orders and achieved more than 80% accuracy in predicting which orders officers would reject; full operational deployment was still being finalized at the time of reporting, so these are testing rather than post-deployment audit results.

Conclusions

The IMF published a detailed technical account (September 2024) presenting the approach as a transferable model for Treasury Single Account consolidation in other emerging economies; the system is designed to scale to a 33% increase in transaction volume from ongoing TSA expansion.

Implementation

Implementation detail (cost, timeline, staffing, conditions for success) is not yet available for this practice.

Data sources

Where this practice's information was retrieved from, and when.

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