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Data Warehousing and Reporting

Data Warehousing and Reporting Data Warehousing and Reporting
duration
Duration 1.5 years
team
Team 2 Software engineers, DevOps engineer, Project manager, Business Analyst

Technology stack

Power BIAWSSQLPower BI

Background

The Client company is a large organization with a wealth of data spread across multiple systems and applications. The data is used for financial analysis, customer segmentation, marketing campaigns, and other reporting needs. To meet the growing demand for data-driven decision-making, the client wanted to develop a large Data Warehouse that would bring together all their disparate data sources in one place, and provide meaningful insights for the higher management board, and executive teams.

Objective

This project aimed to develop a Data Warehouse that could provide real-time insights into their business operations. A solution should be cloud-based, secure, and integrated into the existing company's ecosystem.

Requirements & Scope

The scope of this project included designing an architecture that could effectively manage both structured and unstructured datasets coming from different sources such as ERP systems, CRM applications, web analytics tools, etc. In addition to this, the following requirements were identified:
  • High scalability – The platform needed to be able to grow as the number of users accessing it increased over time.
  • Security – Advanced security measures needed to be put in place in order to protect sensitive customer information from unauthorized access or manipulation by malicious actors.
  • Performance – The platform should be capable of processing large amounts of data quickly without compromising on accuracy or reliability.
  • Reliability – It should also have built-in redundancy measures so that if any component fails there would not be full system failure but rather just partial downtime until it can be restored again with minimal impact on operations.

Solution

To address these requirements an end-to-end solution was designed utilizing SQL as the primary database language along with Snowflake (a cloud-based data warehouse) and Power BI (a business intelligence visualization tool) technologies as its foundation pillars.

ETL process was mostly implemented by Snowflake's ETL tools, like pipes and tasks. Additionally, serverless functions such as AWS Lambda were employed where necessary in order to minimize operational overhead costs when dealing with things like ETL jobs which need frequent updates due to constantly changing source databases, etc. This approach allowed us not only to scale up quickly but also enabled us to enable automated processes when it came time handling incoming/outgoing datasets so there was less manual intervention needed thus resulting in improved performance overall.

Finally, high performant reports were built with Power BI. Our BI team spent lots of effort analyzing and investigate customers' data and processes to provide meaningful data visualization and insights for the client. All reports were designed to match refresh rate requirements. The visual part of reports was made to smoothly integrate into the customer's corporate style.

Results

Finally, high performant reports were built with Power BI. Our BI team spent lots of effort analyzing and investigate customers' data and processes to provide meaningful data visualization and insights for the client. All reports were designed to match refresh rate requirements. The visual part of reports was made to smoothly integrate into the customer's corporate style.

In addition, since most components employed were cloud-based pay-per-use models, they were able to experience cost savings since they didn’t need to provision additional servers/hardware upfront before getting started. All things considered, implementing our proposed solution provided them not only tangible benefits immediate productivity gains but also long-term strategic advantages when comes competing market landscape going forward thanks to its flexibility and robustness.

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