Via Databricks We Enabled 70% Improvement in Enterprise Data Structuring

A modern Databricks Lakehouse architecture was implemented to centralize data ingestion, structure transformation pipelines, and create scalable, AI-ready data layers from previously fragmented enterprise data.
Customer
E-commerce Enterprise
Country / Region
Germany
Industry
E-commerce
How Databricks Enabled 70% Improvement in Enterprise Data Structuring - Banner Case Study

Highlights

AI-ready Data Architecture
Unified Data Lakehouse Platform
Scalable Data Processing Pipelines
Structured Enterprise Data Models
Client Requirements

Centralized Enterprise Data Environment

A modern data platform was needed to centralize the fragmented data sources of transactional systems, customer platforms, logistics databases, and analytics systems. It was aimed at establishing a consistent ambiance in which enterprise data could be trusted, organized, and retrieved in cross-team situations.

Organized Data for Analytics and AI

The client sought to convert high amounts of raw and semi-structured data into standardized datasets that would be useful in supporting more sophisticated analytics, machine learning experimentation, and long-term AI projects without adding to operational complexity.

Scalable Data Engineering Framework

The organization was required to have a scalable engineering system that would handle large volumes of data ingestion, transformation, and processing without compromising performance efficiency and reliability as the digital commerce operations of the organization expanded.

Challenges

Distributed Data in More Than One Platform

The enterprise data was shared in a variety of systems such as order management platforms, customer interaction systems, marketing tools, and supply chain databases. This culminated in disjointed datasets that constrained cross-department analytics and struggled with data-driven decision-making.

Absence of Structured Data Models

Much of the data used in the organization was in the form of raw data or loosely structured data. The task of data transformation to analytics and reporting was heavily resource-intensive, as it demanded considerable manual labor of data engineering teams without the assistance of standardized schemas or curated layers.

Limitations to Processing of growing Data volumes

A quick increase in the volumes of transactions, user interactions, and operational logs posed a processing problem. The current pipelines were not able to process ingestion and transformation of big data efficiently, leading to slow analytics processes.

Inadequate Preparation of AI Initiatives

Lack of structured and governed datasets posed a problem to data science teams trying to build machine learning models. The data pipelines and standardized datasets needed to be reliable to allow scalable experimentation and adoption of AI.

After Challenge - How Databricks Enabled 70% Improvement in Enterprise Data Structuring
After Challenge - How Databricks Enabled 70% Improvement in Enterprise Data Structuring
Solutions

Lakehouse Architecture at Databricks Implementation

The Databricks lakehouse architecture was adopted to centralize enterprise data processing and analytics. Information across various operating systems was consumed and arranged for scalable storage layers using Delta Lake.

Scalability Data Engineering Pipelines

Apache Spark was used in Databricks to create robust data pipelines that facilitate data ingestion and transformation at a large scale. Well-defined workflows were put in place to transform raw data into data layers that would be used in analytics.

Enterprise Data Modeling to Analytics

Transactional and operational sets of data were to be structured by means of structured data models designed and implemented. These managed layers allowed analysts and data scientists to retrieve quality data to create reports and undertake AI experiments.

Data Governance and Optimization of Performance

Delta Lake features such as schema enforcement, version control, and reliability checks were used to implement governance structures. Data partitioning strategies and optimized Databricks cluster configurations were also used to result in performance improvements.

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Technical Architecture
Key Features
Technical Stack
COMPANY

The client is a large German e-commerce company, which has several online shopping platforms and handles great amounts of transactional, operational, and behavioral data using various digital systems.

Conclusion

Through the implementation of a Databricks-based data architecture, the decentralized data landscape of the client was effectively changed to a scalable and integrated data platform. The lakehouse structure allowed unifying information about various operating systems and offered a framework of strong data engineering, analytics, and machine learning processes.

The new architecture also placed the organization in a situation to speed up its AI and machine learning projects. Having a modern lakehouse base meant that the client could now use its enterprise data more productively, allowing it to use data to innovate the business, as well as grow its digital commerce, into the long term.

Benefits
  • Large-scale data ingestion and transformation were greatly enhanced using optimized pipelines.
  • Formatted data layers helped data science teams construct and deploy machine learning models effectively.
  • There was consistent and controlled access to datasets that are reliable to architects, engineers, and analysts.

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