The fastest path from Hadoop
to data lakehouse

Modernize your data lake strategy with 10x analytics performance improvements at a fraction of the cost

Data companies build their Icehouse with Starburst

comcastupworkzalandosociete

Your data architecture is unique to your specific business, governance, and security requirements. Data may continue to reside on-premises, in hybrid, or cloud centric data architectures and your lakehouse platform should support your requirements. With Starburst, you gain greater flexibility in how you modernize your Hadoop ecosystem while benefiting from an open data lakehouse.

Modernization paths

Upgrade your SQL engine
arrow_forward

10x faster queries on data that will stay on-premises in HDFS by upgrading Hive/Impala with Starbursts enhanced MPP SQL query engine built using OS Trino. Also gain 10x more access to data across the enterprise for a more integrated data estate. Compare engines.

Upgrade your storage and engine

Upgrade from Hadoop to the Dell Data Lakehouse powered by Starburst to gain more powerful and efficient on-premises compute, storage, and analytics while connecting to data in AWS S3, ADLS, GCS, and many more sources. Learn more.

Cloud centric data architecture

Build an open and interoperable data lakehouse by migrating Hive to Iceberg to support cross-cloud and cross-region price-performant analytics at petabyte scale while democratizing secure data sharing with a single point of access and governance. Learn more.

Why an open data lakehouse?

Hadoop comes with many challenges, such as high maintenance costs, complex administration, scalability and nosey neighbor issues, and a lack of cloud-native features.  An open data lakehouse overcomes the challenges of Hadoop to provide a cost-effective, performant, and future proof data architecture that is built on an open foundation.

hadoop

Why Starburst?

Price-performant analytics at petabyte scale

Both Starburst Enterprise (software) and Galaxy (SaaS) are powered by enhanced open source Trino and designed for analyzing large and complex data sets in and around your data lake – at petabyte scale.

check-circle-purple

Power internet-scale SQL workloads with enhanced Trino – the engine built to replace Hive

check-circle-purple

Accelerate interactive queries 40%+ with Warp Speed

check-circle-purple

Run long-running, memory intensive workloads without the fear of query failure with enhanced fault-tolerant execution

Flexible and secure modernization with a simple user experience

Starburst makes it easy to discover, govern, analyze, and share data that enables the management of all your data assets through an easy-to-use interface.

check-circle-purple

Modernize based on the unique requirements of your modernization strategy

check-circle-purple

Secure data based on any input – where it lives, how it is structured, what it contains, or which teams it is relevant to

check-circle-purple

Purpose-built data products streamline secure sharing and collaboration

Single point of access and governance

Every data store is a first-class entity in Starburst. Use the architecture that meets your needs today and easily evolve it for tomorrow.

check-circle-purple

Connect to 50+ data sources and manage access through a single-entry point

check-circle-purple

Optimized for Apache Iceberg and works with all modern table and file formats, including Delta Lake, Apache Hudi, and Apache Hive

check-circle-purple

Analyze your data cross-region and cross-cloud from a single query

Value across industries

5 considerations for a successful modernization

Embarking on a modernization journey requires a strategic approach to ensure your systems are ready for the future. From evaluating your current environment to selecting the right cloud platform, designing robust architecture, and executing a seamless migration, every step must be carefully planned and executed.

Evaluate current environment

  • Identify what data is staying on-premises and what is moving to the cloud
  • Analyze data specifics, workflows, dependencies, and desired outcomes to define project scope and objectives
  • Clearly document the desired end state

Select cloud platform

  • Compare cloud options based on features, compatibility, and costs
  • Match these with migration goals to identify the optimal cloud solution, potentially spanning multiple platforms

Design cloud architecture

  • Map out storage, compute, and analytics layers
  • Choose scalable storage (e.g., Azure Data Lake, Amazon S3), compute service (Trino), analytics tools, and account for security, governance, and observability

Plan data migration

  • Prioritize batch migration over simultaneous transfer for efficiency
  • Minimize disruption, monitor the process, and ensure business continuity by maintaining data federations between legacy and new system
  • Be deliberate about which use cases to migrate first, start with low complexity to build early wins and learnings

Agile migration execution

  • Prepare data by cleansing, transforming, and validating it
  • Choose migration tools like Azure Copy, AWS Transfer, or BigQuery Data Transfer, and ensure incremental data movement for accuracy
  • Consider managed options or manual scripts

“Gartner clients have described plans to replace broad, complex suites of jobs running against large, optimized data warehouses by “moving it to Hadoop.” Not surprisingly, many of these projects have not succeeded.”

Merv Adrian and Rick Greenwald

Explore Modernization resources

Interested in learning more?
Contact Us
logo

Start for Free with Starburst Galaxy

Up to $500 in usage credits included

Yes, I would like to receive marketing communications regarding my Starburst Galaxy trial. I can unsubscribe at a later time.

By clicking Submit, you agree to Starburst Galaxy's terms of service and privacy policy.

  • Discover

    Discover

    Easily search across data sources and clouds to find the data you need.

  • Govern

    Govern

    Streamline data governance with built-in RBAC and ABAC.

  • Analyze

    Analyze

    Run internet-scale workloads with the power of Trino.

  • Fast

    Fast

    Accelerate queries with smart indexing and caching technologies like Warp Speed.