Youtube Channels Scraper, Analyzer and AI Model Generation.
Mahmoud Amr
Overview:
This project is a comprehensive tool that automates the process of scraping data from YouTube channels, analyzing the extracted data for trends and insights, and generating custom AI models tailored for predictive analytics, content optimization, and strategic recommendations. Designed with scalability and flexibility in mind, this project combines advanced web scraping techniques, robust data analytics, and machine learning to deliver actionable insights for content creators, marketers, and data enthusiasts.
Key Features:
YouTube Data Scraping:
Developed a robust scraper using Python and the YouTube Data API v3, capable of fetching channel metadata, video details, comments, and engagement statistics.
Incorporated Playwright for dynamic scraping when additional data unavailable via API, ensuring complete data coverage.
Managed rate limits and retries with exponential backoff logic to prevent scraping bans.
Data Storage and Management:
Designed a scalable database schema using PostgreSQL for structured data storage.
Utilized AWS S3 for storing large datasets like video transcripts and thumbnails.
Implemented Redis for caching frequently accessed data, improving query performance.
Data Analysis and Visualization:
Performed exploratory data analysis (EDA) using Pandas and NumPy to identify trends in video engagement (likes, comments, shares, watch time).
Visualized data using Matplotlib, Seaborn, and Plotly Dash, creating dynamic dashboards for insights like subscriber growth, audience retention, and optimal posting times.
Sentiment and Trend Analysis:
Built sentiment analysis pipelines using NLTK and TextBlob to evaluate audience feedback from comments.
Integrated Google Cloud Natural Language API for advanced sentiment and entity extraction.
Generated trending topics and keyword suggestions using TF-IDF and BERT embeddings.
AI Model Generation:
Trained custom predictive models using Scikit-learn and TensorFlow to forecast viewership growth and recommend content strategies.
Implemented a recommender system powered by collaborative filtering and deep learning to suggest video topics based on engagement patterns.
Automation and Scheduling:
Automated periodic data scraping and analysis using APScheduler and Celery for task scheduling and distributed job execution.
Enabled alert systems with Twilio and Slack integrations for real-time updates on key metrics.
Scalability and Deployment:
Deployed the project using Docker containers for consistent environments across development and production.
Hosted the backend API and web application on AWS Elastic Beanstalk with load balancing and autoscaling.
Configured NGINX as a reverse proxy and Gunicorn as the application server.
Frontend Interface:
Developed a user-friendly web dashboard using React.js and Material-UI, providing interactive charts and AI model visualizations.
Integrated GraphQL to allow users to query specific data points efficiently.
Security and Compliance:
Ensured secure API requests and data handling using OAuth 2.0 authentication for YouTube API access.
Complied with GDPR by anonymizing user data and obtaining consent for data processing.
Technologies Used:
Programming Languages: Python, JavaScript, TypeScript
Libraries & Frameworks: Flask, React.js, Pandas, TensorFlow, Scikit-learn, Playwright
APIs & Services: YouTube Data API v3, Google Cloud Natural Language API, Twilio API, AWS S3, AWS Elastic Beanstalk
Databases: PostgreSQL, Redis
DevOps Tools: Docker, NGINX, GitHub Actions, AWS CloudWatch
Data Visualization: Matplotlib, Seaborn, Plotly Dash
Authentication: OAuth 2.0
Impact:
The YouTube Channels Scraper, Analyzer, and AI Model Generation project has revolutionized how data is extracted, analyzed, and utilized for YouTube content creation. By empowering users with actionable insights and advanced predictive analytics, the tool optimizes content strategies, enhances audience engagement, and enables data-driven decision-making. It’s a perfect blend of engineering, analytics, and AI.
Like this project
Posted Jan 20, 2025
The YouTube Channels Scraper, Analyzer, and AI Model Generation project has revolutionized how data is extracted, analyzed, and utilized for YouTube content.
Likes
0
Views
6
Timeline
Jan 2, 2022 - Jan 21, 2022
