Advanced Search and Recommendation Engine for Sony's Digital Media Ecosystem
To develop and implement a sophisticated search and recommendation system for Sony LIV's digital media platform, enhancing content discovery and user engagement through intelligent algorithms and personalized experiences.
The Intelligent Search & Personalization project revolutionized content discovery on Sony LIV by implementing hybrid search algorithms and machine learning-driven recommendation systems. The platform processes millions of user interactions daily to deliver personalized content experiences.
Advanced NLP-powered search that understands user intent, context, and content relationships beyond keyword matching.
ML algorithms that analyze viewing patterns, preferences, and behavior to deliver tailored content recommendations.
Live user behavior tracking and analysis to continuously improve recommendation accuracy and search relevance.
Intelligent content categorization and filtering based on user preferences, demographics, and viewing history.
Designed and implemented the search architecture fo semantic search using Elasticsearch, including index optimization, query performance tuning, and relevance scoring algorithms.
Built end-to-end ML pipelines for content recommendation using collaborative filtering, content-based filtering, and hybrid approaches
Developed natural language processing components for semantic search, including text preprocessing, embedding and query pipeline
Implemented application-side autoscaling and load testing mechanisms driven by real-time trends data, ensuring system stability, optimal performance, and efficient resource utilization during high traffic periods.
Semantic search capabilities significantly improved content discovery and user satisfaction with search results.
Personalized recommendations led to longer viewing sessions and higher content consumption rates.
Achieved significant infrastructure cost savings by implementing application-side autoscaling and load testing based on real-time trends data.