Modernize Myntra’s data infrastructure to handle high-volume transactional data, automate ETL workflows, and build a scalable, real-time Lakehouse platform for analytics and reporting.
Myntra’s transaction and clickstream data arrived continuously from multiple sources. Existing Hive-based pipelines couldn’t handle upserts, deduplication, or compaction efficiently, resulting in performance bottlenecks and delayed analytics.
The client needed a scalable data platform to process real-time transactions, unify deduplication and merging, migrate from Hive to Delta, and boost performance while cutting costs.
Our client, Myntra, is one of India’s largest fashion e-commerce platforms, offering apparel, accessories, footwear, and lifestyle products from leading brands. The company manages massive datasets generated from transactions, clickstream activity, and customer interactions. They required a modern, cloud-native data infrastructure to ensure reliability, scalability, and faster insights.
The platform was designed to:
Myntra had a robust data vision but needed external expertise to build this modern architecture end-to-end.
Despite a mature data team, Myntra faced several technical obstacles in achieving a unified, high-performance data platform.
The team struggled with numerous small files, leading to increased compute costs and longer ETL times.
Incoming transactional data arrived in an upsert format that required real-time deduplication and merging without data loss.
Existing Hive-based pipelines were slow, inflexible, and lacked features like schema enforcement and time travel.
The migration from ORC to Delta format required handling massive historical data loads from 2014 onward with minimal downtime.
Muoro provided a data engineering team to rebuild Myntra’s data processing system using Databricks Lakehouse architecture, ensuring scalable, automated, and optimized pipelines.
All data pipelines were migrated to Databricks, leveraging Delta Lake for ACID transactions, schema enforcement, and metadata scalability.
Muoro built parameterized automation scripts for ingestion, transformation, and optimization — integrating deduplication, compaction, and merging into a single process.
By implementing Spark Structured Streaming with foreachBatch, Muoro enabled continuous ingestion and CDC (Change Data Capture) logic for real-time insights.
Migrated pipelines now process and compact data in real time with exactly-once semantics.
Optimized architecture reduced the number of active clusters required for compaction and transformation.
Partitioning and Delta optimization significantly sped up query execution and analytics workloads.
The same framework now supports both historical data reprocessing and live streaming updates.
Automation freed data engineers from manual monitoring, allowing them to focus on analysis and feature development.
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Migrated pipelines now process and compact data in real time with exactly-once semantics.
Optimized architecture reduced the number of active clusters required for compaction and transformation.
Partitioning and Delta optimization significantly sped up query execution and analytics workloads.
The same framework now supports both historical data reprocessing and live streaming updates.
Automation freed data engineers from manual monitoring, allowing them to focus on analysis and feature development.
Muoro built a scalable Databricks Lakehouse platform for Myntra that unified streaming, batch, and transactional workloads. The new system powers faster analytics, lower compute costs, and greater data reliability, enabling Myntra’s data teams to deliver insights at scale.
If your organization handles large-scale transactional or clickstream data and needs robust ETL pipelines or Lakehouse migration, Muoro’s data engineers can help you build real-time, scalable systems that drive analytics and business growth.
Let’s talk.