Excited to share my latest project: Fake News Detection using Machine Learning & NLP!
In today's world of misinformation, I built an end-to-end system that automatically detects whether a news article is FAKE or REAL using Python, NLP, and Deep Learning.
What I built: ✅ Complete NLP pipeline with text cleaning & lemmatization ✅ TF-IDF vectorization with bigrams (5000 features) ✅ 6 Machine Learning models compared side by side ✅ Deep Neural Network with Dropout regularization ✅ Real-time user input prediction system ✅ EDA with Word Clouds & visualizations
Models Used: ▸ Logistic Regression ▸ Naive Bayes ▸ Random Forest ▸ Decision Tree ▸ Gradient Boosting ▸ Linear SVM ▸ Dense Neural Network (TensorFlow/Keras)
Key Findings: ▸ Fake news uses emotional, sensational & uppercase language ▸ Real news is formal, structured & factual ▸ Logistic Regression achieved excellent accuracy on TF-IDF features ▸ Neural Network with Early Stopping & Dropout prevented overfitting
️ Tech Stack: Python | Pandas | Scikit-learn | TensorFlow | Keras | NLTK | Matplotlib | Seaborn
This project taught me how powerful simple NLP techniques like TF-IDF can be when combined with the right models. Sometimes you don't need GPT — a well-tuned Logistic Regression can be just as effective!
Full code available on GitHub https://github.com/Urooj25/News_Detection_Model.git
Fake News Detection using Machine Learning & NLP!
Dev.to / 5/5/2026
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Key Points
- The project presents an end-to-end fake news detection system that classifies news articles as FAKE or REAL using Python, NLP, and deep learning.
- It uses an NLP preprocessing pipeline (text cleaning and lemmatization) and TF-IDF vectorization with bigrams (5,000 features) as the main text representation.
- The author compares six classical machine learning models (e.g., Logistic Regression, Naive Bayes, Random Forest, SVM) alongside a dense neural network implemented with TensorFlow/Keras.
- Reported insights suggest fake news tends to use more emotional/sensational and uppercase language, while real news is more formal and structured, and Logistic Regression performed excellently on TF-IDF features.
- The system includes training regularization (dropout and early stopping) to reduce overfitting and provides a real-time prediction interface plus EDA visualizations (e.g., word clouds).
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