Page 590 - AI for Good Innovate for Impact
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AI for Good Innovate for Impact



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                       Item                     Details
                       Model Training           Anomaly Detection: Train models on NGO financial data to spot
                       and   Fine-              unusual transactions. Fine-tune with new data to catch evolving
                                                fraud.
                       Tuning
                                                Graph Analytics: Build networks of NGOs and related entities to
                                                find suspicious connections (e.g., duplicate registrations). Adjust
                                                detection parameters as needed.
                                                Sentiment Analysis: Train NLP models on text data (social media,
                                                news) to detect negative sentiment or fraud allegations. Update
                                                with new text for better accuracy.
                                                Geospatial & Satellite Data Analysis: Correlate reported project
                                                locations with satellite images to verify existence. Refine image
                                                analysis for better results.
                                                OCR: Extract text from documents for digital analysis and
                                                cross-checking.
                       Testbeds    or           Deployment is planned for Q3 2025 with select NGOs registered
                       Pilot Deployments        on NGO Darpan [1], focusing on financial transaction monitoring
                                                in Maharashtra. Proof of Concept (PoC) using synthetic data:

                                                PoC Description: A PoC will use synthetic NGO financial data
                                                (e.g., 1,000 transactions across 50 NGOs) and registration
                                                records to test anomaly detection and duplicate registration
                                                algorithms. The PoC will simulate fraud scenarios (e.g., duplicate
                                                Permanent Account Numbers (PANs), unusual fund transfers)
                                                and evaluate model accuracy.

                                                Dataset: Generate synthetic data mimicking NGO Darpan’s
                                                structure (financial transactions, registration details).

                                                Expected Outcome: Achieve >85% accuracy in detecting fraudu-
                                                lent transactions.



                      2      Use Case Description


                      2�1� Description

                      In India, Non-Governmental Organizations (NGOs) play a crucial role in social development.
                      However, the sector is vulnerable to various forms of fraud, including misuse of funds, duplicate
                      registrations, and the operation of shell NGOs solely to siphon government and Corporate
                      Social Responsibility (CSR) funds. These fraudulent activities undermine the effectiveness of
                      genuine NGOs, lead to significant financial losses, and erode public trust. Traditional manual
                      methods of scrutiny are often time-consuming, resourceintensive, and prone to human error,
                      making it difficult to effectively identify and prevent sophisticated fraud.













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