Automated legacy workload migration to AWS
With LeapLogic’s automated assessment, transformation, and validation, ensure speed, accuracy, and 100% preservation of business logic
- Get answers to key questions
- Will it make sense to design my future-state architecture using all AWS-native services (for data processing and storage, orchestrating, analytics, BI/reporting, and more)?
- Will I know which workloads can benefit from EMR vs. Redshift cloud data warehouses or AWS Glue, Lambda, Step Functions, etc.?
- Can I save provisioning and maintenance costs for rarely used workloads on AWS?
- Data warehouse
- Can I get schema optimization recommendations for distribution style and dist keys, sort keys, etc.?
- ETL
- Will the assessment help me choose AWS-native services for meeting ETL SLAs?
- Analytics
- Will it be beneficial to convert analytical functions to Spark libraries or some native AWS functions?
- Will my ETL processing SLAs impact my choice of an optimum Amazon EMR cluster size?
- Hadoop
- Is my optimization strategy for Update/Merge on Amazon Redshift apt?
- Can I get schema optimization recommendations for distribution style and dist keys, sort keys, etc.?
- BI/Reporting
- Can I use the processed data from my modern cloud-native data warehouse stack for my BI/reporting needs and leverage it with a modern BI stack?
- Packaging for and orchestration using AWS-native services
- Intelligent transformation engine, delivering up to 95% automation for:
- Data warehouse to AWS stack migration – Amazon EMR, Amazon Redshift, Snowflake on AWS, Databricks on AWS
- ETL to AWS stack migration – AWS Glue, Amazon Redshift, PySpark
- Analytics to AWS stack migration – Amazon EMR, PySpark
- BI/Reporting to AWS stack migration – Amazon QuickSight
- Hadoop to AWS migration – Amazon Redshift, Snowflake on AWS, Presto query engine
- All transformed data warehouse, ETL, analytics, BI/reporting, and/or Hadoop workloads
- Business logic (with a high degree of automation)
- Cell-by-cell validation
- File-to-file validation
- Integration testing on enterprise datasets
- Assurance of data and logic consistency and parity in the new target environment
- Productionization and go-live
- Capacity planning for optimal cost-performance ratio
- Performance optimization
- Robust cutover planning
- Infrastructure as code
- Automated CI/CD
- Data warehouse – Provisioning of Amazon EMR/Amazon EC2/Amazon Redshift/Snowflake, and other AWS services for orchestration, monitoring, security, etc.
- ETL – Provisioning of AWS Glue and other required services
- Analytics – Provisioning of Amazon EMR and other required services
- BI/Reporting – Provisioning of Amazon QuickSight
- Hadoop – Provisioning of Redshift/Snowflake on AWS and other required services
- Get answers to key questions
- Will it make sense to design my future-state architecture using all AWS-native services (for data processing and storage, orchestrating, analytics, BI/reporting, and more)?
- Will I know which workloads can benefit from EMR vs. Redshift cloud data warehouses or AWS Glue, Lambda, Step Functions, etc.?
- Can I save provisioning and maintenance costs for rarely used workloads on AWS?
- Data warehouse
- Can I get schema optimization recommendations for distribution style and dist keys, sort keys, etc.?
- ETL
- Will the assessment help me choose AWS-native services for meeting ETL SLAs?
- Analytics
- Will it be beneficial to convert analytical functions to Spark libraries or some native AWS functions?
- Will my ETL processing SLAs impact my choice of an optimum Amazon EMR cluster size?
- Hadoop
- Is my optimization strategy for Update/Merge on Amazon Redshift apt?
- Can I get schema optimization recommendations for distribution style and dist keys, sort keys, etc.?
- BI/Reporting
- Can I use the processed data from my modern cloud-native data warehouse stack for my BI/reporting needs and leverage it with a modern BI stack?
- Packaging for and orchestration using AWS-native services
- Intelligent transformation engine, delivering up to 95% automation for:
- Data warehouse to AWS stack migration – Amazon EMR, Amazon Redshift, Snowflake on AWS, Databricks on AWS
- ETL to AWS stack migration – AWS Glue, Amazon Redshift, PySpark
- Analytics to AWS stack migration – Amazon EMR, PySpark
- BI/Reporting to AWS stack migration – Amazon QuickSight
- Hadoop to AWS migration – Amazon Redshift, Snowflake on AWS, Presto query engine
- All transformed data warehouse, ETL, analytics, BI/reporting, and/or Hadoop workloads
- Business logic (with a high degree of automation)
- Cell-by-cell validation
- File-to-file validation
- Integration testing on enterprise datasets
- Assurance of data and logic consistency and parity in the new target environment
- Productionization and go-live
- Capacity planning for optimal cost-performance ratio
- Performance optimization
- Robust cutover planning
- Infrastructure as code
- Automated CI/CD
- Data warehouse – Provisioning of Amazon EMR/Amazon EC2/Amazon Redshift/Snowflake, and other AWS services for orchestration, monitoring, security, etc.
- ETL – Provisioning of AWS Glue and other required services
- Analytics – Provisioning of Amazon EMR and other required services
- BI/Reporting – Provisioning of Amazon QuickSight
- Hadoop – Provisioning of Redshift/Snowflake on AWS and other required services
Webinar

Veena Vasudevan
Senior Big Data Solutions Architect, AWS
Automated data and analytics workload modernization
Customer perspective

Sarang Bapat
Director of Data Engineering, United Airlines
How United Airlines improved customer experience by modernizing its data and analytics platform
Webinar

Yevgeniy Kravchenko
Sr. Worldwide GTM Specialist, AWS Glue AWS
Modernizing your ETL for new opportunities
4x
faster transformation
2x
lower cost
1.5x
faster validation
2x
less manual effort
- 90% auto-conversion of Teradata BTEQs to Redshift
- 22% time and 70% effort saved compared to manual efforts
- 80% automated transformation of Informatica workloads to AWS Glue
- 50% time and cost reduction with automated migration
- 80% Informatica and Oracle workloads auto-transformed to an AWS-native stack
- 54% improvement in data ingestion and 93% improvement with Tableau extracts on Amazon Redshift vs. Oracle
Fortune 500 global hospitality firm
- 40% cost savings with automated Hadoop migration to Amazon EMR
- 50% reduction in overall delivery effort
- 100% Netezza snapshotting process replication on AWS
- 85% automated transformation to an AWS-native stack