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CASE STUDY

Big Data Analysis Automation Platform

Automated centralized platform for large-scale dataset processing, analysis pipelines, and faster data-driven decision-making.

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Problem Solved

The project required tools for large dataset manipulation and automated analysis pipeline execution, including job submission to integrated external applications. The application was designed to serve two main user types: those who perform dataset analysis and those who rely on the outputs for data-driven decision-making. 

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Problem Solved

The project required tools for large dataset manipulation and automated analysis pipeline execution, including job submission to integrated external applications. The application was designed to serve two main user types: those who perform dataset analysis and those who rely on the outputs for data-driven decision-making. 

Problem Solving Approach

Key features of the application were developed in close collaboration with users and stakeholders to ensure solutions were both generic and capable of supporting complex data analysis processes. 

The requirement for multiple teams to manipulate large datasets simultaneously created a high demand for hardware resources. The current production server is equipped with 32 CPUs (2.1 GHz each) and 14 TB of disk storage. To maximize efficiency, the application was developed with multithreading and parallelism, and some domain-specific functionalities were deployed as separate services accessed through the main application’s interface.

Case Study Icon

Problem Solving Approach

Key features of the application were developed in close collaboration with users and stakeholders to ensure solutions were both generic and capable of supporting complex data analysis processes. 

The requirement for multiple teams to manipulate large datasets simultaneously created a high demand for hardware resources. The current production server is equipped with 32 CPUs (2.1 GHz each) and 14 TB of disk storage. To maximize efficiency, the application was developed with multithreading and parallelism, and some domain-specific functionalities were deployed as separate services accessed through the main application’s interface.

Outcome

The application’s agnostic design allows for flexible input of various dataset types and enables the configuration of analysis pipelines by combining supported features in any order. This flexibility allows the application to handle specific type and structure of input data and meet different analysis needs.
 
The application is a valuable tool for teams managing large datasets and extracting insights, supporting 10 internal teams and 12 business processes with a growing user base within the client’s organization.

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Enabled flexible input and configuration of analysis pipelines, accommodating various dataset types and structures.

false

Provided a valuable tool for managing large datasets and extracting insights across 10 internal teams.

false

Support for 12 critical business processes, with a continuously growing user base within the client’s organization.

false

Significant time saved by automating the analysis process, with analysis pipelines triggered automatically when a new dataset is detected in a predefined input location.

true74

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Outcome

The application’s agnostic design allows for flexible input of various dataset types and enables the configuration of analysis pipelines by combining supported features in any order. This flexibility allows the application to handle specific type and structure of input data and meet different analysis needs.
 
The application is a valuable tool for teams managing large datasets and extracting insights, supporting 10 internal teams and 12 business processes with a growing user base within the client’s organization.

Enabled flexible input and configuration of analysis pipelines, accommodating various dataset types and structures.

Provided a valuable tool for managing large datasets and extracting insights across 10 internal teams.

Support for 12 critical business processes, with a continuously growing user base within the client’s organization.

Significant time saved by automating the analysis process, with analysis pipelines triggered automatically when a new dataset is detected in a predefined input location.

Key Features Implemented

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Dataset Preprocessing Automation

Implemented preprocessing workflows including remote storage downloads, decompression, dataset structure comparison, filtering, replacement, merging, and uploads.

Analysis Automation Workflow

Developed preconfigured steps for performing one dataset processing task.

External Application Integration

Integrated external applications to support seamless dataset analysis, processing, and presentation workflows.

Consolidated Results Overview

Delivered centralized analysis result views enabling faster and more informed decision-making.

Key Features Implemented

Dataset Preprocessing Automation

Implemented preprocessing workflows including remote storage downloads, decompression, dataset structure comparison, filtering, replacement, merging, and uploads.

Analysis Automation Workflow

Developed preconfigured steps for performing one dataset processing task.

External Application Integration

Integrated external applications to support seamless dataset analysis, processing, and presentation workflows.

Consolidated Results Overview

Delivered centralized analysis result views enabling faster and more informed decision-making.

Technologies

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Development

Technologies

Development

Java
Java
Spring
Spring
Play
Play
Scala
Scala
JavaScript
JavaScript
React
React
PosgreSQL
PosgreSQL
Selenium
Selenium
Jmeter
Jmeter
Jenkins
Jenkins
Docker
Docker

Project Timeline and Team Structure

The project has been in development since 2018 with a team of 7 members, including Software Engineers, QA Engineers, a DevOps Engineer, a UX/UI Designer, and a Product Manager. The team continuously delivers Software Development and Product Design services.

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0%

2018

Start

100%

2026

Ongoing

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Software Engineers

22519
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QA Engineers

22516
Position Icon

DevOps Engineers

22517
Position Icon

UX/UI Designers

22520
Position Icon

Product Owner

22518

Project Timeline and Team Structure

The project has been in development since 2018 with a team of 7 members, including Software Engineers, QA Engineers, a DevOps Engineer, a UX/UI Designer, and a Product Manager. The team continuously delivers Software Development and Product Design services.

Start
2018
Ongoing
2026
Position Icon

Software Engineers

Position Icon

QA Engineers

Position Icon

DevOps Engineers

Position Icon

UX/UI Designers

Position Icon

Product Owner

Methodology

The Scrum framework has been used throughout the project, with Sprints varying between 2 and 3 weeks. When the team size was reduced and involved 2 Software Engineers, it was collaboratively decided to extend the Sprint length to increase the value of the increment delivered to users as a Production release at the end of each Sprint. 

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Methodology

The Scrum framework has been used throughout the project, with Sprints varying between 2 and 3 weeks. When the team size was reduced and involved 2 Software Engineers, it was collaboratively decided to extend the Sprint length to increase the value of the increment delivered to users as a Production release at the end of each Sprint. 

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