A leading provider in the waste management sector, delivering solutions for efficient waste collection,
recycling, and disposal to enhance operational efficiency & sustainability.
Business Challenge
Unintegrated data sources cause scattered reporting and manual consolidation.
Decentralized platform hinders data management and access control.
Manual data processes lead to delays and inconsistencies.
Disjointed platform needs modernization for real-time fleet data.
Lack of advanced analytics limits proactive decision-making.
Business Objective
Consolidate diverse data sources into an AWS S3 data lake for a single source of truth.
Leverage Amazon S3's scalability and durability for efficient data storage and management.
Utilize AWS analytics services for big data processing and machine learning capabilities.
Enable real-time data ingestion and processing
Enhance decision-making through insights from KPI’s and optimized operations.
Approach
Delivered a fully-integrated, AWS-native data and analytics platform for real-time decision-making.
Designed the platform following AWS's Well-Architected Framework for a secure data foundation.
Built a robust data lake using AWS Glue for seamless data integration & management.
Implemented serverless, event-driven architecture with AWS Lambda for automated data processing.
Integrated diverse data sources, including IoT, fleet management, & ERP systems.
Utilized AWS Glue to catalog datasets for efficient metadata analysis & schema management.
Developed 360-degree analytics around customers, vehicles, and drivers using AWS services.
Monitor performance and costs with CloudWatch for proactive infrastructure management.
Technology Components
Compute: AWS Lambda, AWS Glue
Data Integration: AWS Glue, AWS CodePipeline
Storage: Amazon S3, Amazon Redshift
Analytics: Amazon Athena, Amazon QuickSight
Monitoring: Amazon CloudWatch
Transformational Effects
Achieved over 25% cost savings by utilizing Amazon S3 intelligent Tiering for data storage, cleaning & curation
Saved $80K+ in license costs by migrating workloads from Cloud ETL to AWS Glue and Kinesis
Reduced issue resolution time by 40% through automated monitoring of Glue workloads
Reduced operational costs by an estimated 30% via adoption of serverless technologies