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Case Studies

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AWS data migration for a leading adhesives manufacturer

AWS data migration for a leading adhesives manufacturer

AWS data migration for a leading adhesives manufacturer

Modernizing data & ML on AWS for Efficiency and Insights

Modernizing data & ML on AWS for Efficiency and Insights

Improved data speed

Lower operational cost

Automated deployments

Simplified management

The challenge

Need for efficient data system

A leading adhesives manufacturer aimed to enhance data capabilities via ML and platform modernization. Their current system faced data performance bottlenecks, hindering insights. It also lacked process robustness, impacting departments. The client sought to build an in-house AWS solution to address these critical limitations and unlock data potential.

Key challenges

  • Need for faster data performance

  • Need for automation-enhanced data processes

  • Need for AWS-enabled analytics

The solution

End-to-End AWS Data lifecycle implementation

Data ingestion and DWH

Ingested S3 from prior platform

Used Redshift for scalable data store

Centralized data for analysis

Machine learning on AWS

Applied EMR for building predictive ML

Used Python for ML model execution

Used AWS compute for scalable ML runs

ETL pipeline with AWS Glue

Glue orchestrated ETL workflow

S3 as staging within ETL

EventBridge for workflow scheduling

Infra management via Terraform

Terraform for infra provisioning

Automated infra configuration

Consistent infra deployments

Implementation approach

1

AWS Glue for ETL workflow

  • Orchestrated data movement

  • Ensured reliable data flow

  • Managed data transformation

2

Amazon EMR for scalable ML

  • Scalable compute for ML models

  • Python integration for ML logic

  • Facilitated model deployment

3

Redshift for performant DWH

  • Robust data warehouse service

  • Optimized for BI and reporting

  • Efficient large dataset querying

4

Terraform and EventBridge management

  • Automated infra deployments

  • Scheduled pipeline executions

  • Streamlined operational tasks

The impact

Enhanced efficiency and lower operational costs

Reduced operational cost

  • Significant cost savings

  • Optimized resource use

  • Lower infrastructure spendurity posture

Enhanced data performance

  • Faster time to insights

  • Improved processing speed

  • Quicker data accessibility

Automated deployments

  • Consistent operations

  • Real-time data potential

  • Streamlined deployments

Simplified management

  • Centralized AWS billing

  • Easier system oversight

  • Simplified cost tracking

Looking ahead

Advanced analytics

  • Deeper ML exploration

Further automation

  • Automate more tasks

Scalability focus

  • Optimize for growth