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Explore the transformation potential in your business

/ Assessment
- Say yes to key questions
- Can I identify anti-patterns in my existing code and resolve them as per Databricks Lakehouse coding techniques and standards?
- Will it make sense to design my future-state architecture using all cloud-native services (for orchestrating, monitoring, etc.)?
- Will I know if I can meet my SLAs through Databricks Lakehouse or if I need cloud-native warehouses?
- Data warehouse
- Can I get schema optimization recommendations for partitioning, bucketing, clustering, etc.?
- ETL
- Will my ETL processing SLAs impact my choice for an optimum Databricks cluster size?
- Can I save provisioning and maintenance costs for rarely used workloads on Databricks?
- Hadoop
- Is my optimization strategy for Update/Merge on Databricks apt?
/ transformation
- Packaging and orchestration using Databricks-native wrappers
- Intelligent transformation engine, delivering up to 95% automation for:
- Databricks Lakehouse on AWS/Azure/GCP
- ETL – Databricks Lakehouse on AWS/Azure/GCP, PySpark/Scala + Spark
- Databricks Lakehouse on AWS/Azure/GCP, Presto query engine

/ validation
- All transformed data warehouse, ETL, analytics, and/or Hadoop workloads
- Business logic (with a high degree of automation)
- Cell-by-cell validation
- Integration testing on enterprise datasets

/ operationalization
- Capacity planning for optimal cost-performance ratio
- Performance optimization
- Robust cutover planning
- Infrastructure as code
- CI/CD
- Provisioning of Databricks Lakehouse and other required services

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Explore resources to support your transformation initiatives
CASE STUDY 
30% performance improvement by converting Netezza and Informatica to Azure-Databricks stack
CASE STUDY 
20% SLA improvement by modernizing Teradata workloads on Azure
WEBINAR 
Accelerate your data estate modernization journey
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