Fake Currency Detection System using Python Machine Learning

4.97$ 22.15$
  • INR: ₹ 449.00
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A complete Final Year Project on Fake Currency Detection System Project using Python and MySQLfor BCA/MCA/B.Tech/M.Tech students. Includes source code, database, Final Year project report, diagrams (ER, DFD, Use Case), and PowerPoint presentation.

Fake Currency Detection System using Python and MySQL Project Package Includes:

  • Full Source Code of the project.
  • Project Report (in doc and pdf formats, 50 pages).
  • Project PPT

The project and Report are Downloadable immediately after payment is successful.

Category:
Fake Currency Detection System using Python Machine Learning
4.97$ 22.15$
  • INR: ₹ 449.00

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“AI-Powered Fake Currency Detection System” aims to leverage machine learning techniques along with the Django web framework to develop an automated, fast, and user-friendly solution for identifying counterfeit currency notes. The system allows users to upload an image of a currency note, which is then processed and evaluated by a trained machine learning model. Based on the extracted features, the model predicts whether the note is Genuine or Fake and provides a confidence score for the prediction.

The Django framework handles user login, signup, profile management, image uploads, and history storage. It offers a clean and interactive web interface that makes the system easy for anyone to use. The combination of ML and Django demonstrates how technology can help solve real-world problems more efficiently.

Key Features of the System

1. Machine Learning–Based Detection

  • Uses a trained Random Forest classifier to identify fake or genuine currency.
  • Image preprocessing (grayscale, resizing, flattening) ensures accurate predictions.
  • Generates prediction confidence score.

2. User-Friendly Web Interface

  • Built using Django templates with clean and responsive design.
  • Simple upload form for users to submit currency note images.
  • Instant display of prediction results.

3. Secure User Authentication

  • User registration, login, logout, and session handling.
  • Password change and profile editing features.
  • Secure password hashing and validation.

4. Prediction History Tracking

  • Stores all past predictions with timestamps.
  • Allows deletion of individual history records.
  • Includes image preview and pagination for easier navigation.

5. Integrated Preprocessing & Model Pipeline

  • Images are automatically processed before prediction.
  • Model loads efficiently and returns real-time results.

6. Database Management

  • SQLite database for storing user details and prediction records.
  • Django ORM ensures secure and efficient data handling.

7. Extendable System Architecture

  • Easy to upgrade with deep learning models like CNN.
  • Can support multiple currencies in future.
  • Can integrate mobile camera or real-time detection features.