Mahesh Jadhav

Partners spent years building their modernization tooling. AWS Transform now meets them where they are, ATX agents exposed via MCP, callable from any partner-native orchestrator.

In the dynamic world of competitive gaming, delivering personalised user experiences and driving meaningful business outcomes requires an advanced machine learning (ML) platform. Join this session to explore the architecture and implementation of a scalable ML ecosystem designed to enable real-time feature engineering, inference, and personalisation at scale , using the power of Flink and Kafka combined while the duo of BigTable & Redis acting as feature storage. We will dive into the ML Platform Architecture following the key points: Realtime Personalisation: Realtime Decision and Recommendation to influence user [viz. Adapting game lobbies, missions, and rewards to user preferences, with a turn around time of less than a few seconds] Feature Store: The heart of ML platform, which automates realtime feature preparation & processing pipelines. It also acts as low latency and high frequency store for realtime raw data, aggregate calculations, transformation to provision/build/create/serve features Observability: System observability; Tracking & monitoring ML experiments, DQA [Data quality assessment] Business Impact: Personalised User Journey (New, Old), Game and lobby…