Why Enterprises Are Exiting HDFS

Hardware Refresh Cycles

Hardware Refresh Cycles

Dreading the next $5M hardware procurement cycle? Move to Opex.

Brittle Upgrades

Brittle Upgrades

Spending months planning a simple version upgrade? Databricks is serverless and always current

Rigid Scaling

Rigid Scaling

Buying servers just for peak holiday traffic? Scale compute up/down instantly on the cloud.

The Secret Sauce: Automate Hive-to-Spark Conversion

Don't Rewrite SQL Manually,
Use Our Converter

We parse your existing HiveQL and Impala scripts and auto-generate optimized PySpark code.

Automatic syntax translation with 95% accuracy

Performance optimization recommendations

Maintains business logic integrity

Automate Hive-to-Spark Conversion

The 4-Step De-Risk Migration

01
Automated Discovery
Metadata
Analysis

We scan the Hive Metastore to map table dependencies and "Hot" vs "Cold" data.

02
Automated Discovery
Data
Movement

Distcp / WanDisco setup to move HDFS blocks to Object Storage (S3/Azure Blob).

03
Automated Discovery
Code
Transpilation

Automated conversion of Oozie workflows to Databricks Workflows.

04
Automated Discovery
Performance
Tuning

Optimizing file sizes (Z-Ordering) and converting Parquet/ORC to Delta Lake format.

Technical FAQ

We refactor Java UDFs to native Spark functions for better performance. Our team analyzes each UDF to ensure equivalent or improved functionality in the Databricks environment.

We use PrivateLink and encrypted channels for all data movement. Your data never touches the public internet, and we implement end-to-end encryption with your own keys.

Yes, Databricks SQL offers a familiar ANSI-compliant interface. Your analysts can continue using standard SQL without retraining. We also support JDBC/ODBC connections for BI tools.

The Hardware Refresh Deadline is Coming

Don't lock yourself into another 3-year depreciation cycle.

Stop Guessing, Start Planning
Book a Hadoop Exit Strategy Call