Modernize your open source data processing
Whether you need VMs or Kubernetes, extra memory for Presto, or even GPUs, Dataproc can help accelerate your data and analytics processing by spinning up purpose-built environments on-demand.
Cost effective and secure OSS for data science
With autoscaling, idle cluster deletion, per-second pricing, integrated security, and more, Dataproc Hub can cost effectively scale open source data science while minimizing management costs and security risks.
Fully managed and automated big data open source software
Fully managed deployment, logging, and monitoring let you focus on your data and analytics, not on your infrastructure. Reduce TCO of Apache Spark management by up to 57%. Data scientists and engineers interact with Dataproc using familiar tools such as Jupyter and Zeppelin notebooks that can be templated in Dataproc Hub. The Dataproc Jobs API makes it easy to incorporate big data processing into custom applications, while Dataproc Metastore eliminates the need to run your own Hive metastore or catalog service.
Containerize Apache Spark jobs with Kubernetes
Build your Apache Spark jobs using Dataproc on Kubernetes so you can use Dataproc with Google Kubernetes Engine (GKE) to provide job portability and isolation.
Enterprise security integrated with Google Cloud
When you create a Dataproc cluster, you can enable Hadoop Secure Mode via Kerberos by adding a Security Configuration. Additionally, some of the most commonly used Google Cloud-specific security features used with Dataproc include default at-rest encryption, OS Login, VPC Service Controls, and customer-managed encryption keys (CMEK).
The best of open source with the best of Google Cloud
Dataproc lets you take the open source tools, algorithms, and programming languages that you use today but makes it easy to apply them on cloud-scale datasets. At the same time, Dataproc has out-of-the-box integration with the rest of the Google Cloud analytics, database, and AI ecosystem. Data scientists and engineers can quickly access data and build data application connecting Dataproc to BigQuery, AI Platform, Cloud Spanner, Pub/Sub, or Data Fusion.
Learn from customers using Dataproc
Broadcom modernizes its data lake with Dataproc and unlocks flexible data management
Dataproc provides Wayfair high-performance, low-maintenance access to unstructured data at scale.
Twitter moved from on-premises Hadoop to Google Cloud to more cost-effectively store and query data.
Pandora migrated 7 PB+ of data from their on-prem Hadoop to Google Cloud to help scale and lower costs.
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Dataproc initialization actions
Add other OSS projects to your Dataproc clusters with pre-built initialization actions.
Open source connectors
Libraries and tools for Apache Hadoop interoperability.
Dataproc Workflow Templates
The Dataproc WorkflowTemplates API provides a flexible and easy-to-use mechanism for managing and executing workflows.
Enterprises are migrating their existing on-premises Apache Hadoop and Spark clusters over to Dataproc to manage costs and unlock the power of elastic scale. With Dataproc, enterprises get a fully managed, purpose-built cluster that can autoscale to support any data or analytics processing job.
Migrate HDFS data to Google Cloud
Create your ideal data science environment by spinning up a purpose-built Dataproc cluster. Integrate open source software like Apache Spark, NVIDIA RAPIDS, and Jupyter notebooks with Google Cloud AI services and GPUs to help accelerate your machine learning and AI development.
Use Dataproc and Apache Spark ML for machine learning
IT governed open source data science with Dataproc Hub
|Resizable clusters||Create and scale clusters quickly with various virtual machine types, disk sizes, number of nodes, and networking options.|
|Autoscaling clusters||Dataproc autoscaling provides a mechanism for automating cluster resource management and enables automatic addition and subtraction of cluster workers (nodes).|
|Cloud integrated||Built-in integration with Cloud Storage, BigQuery, Cloud Bigtable, Cloud Logging, Cloud Monitoring, and AI Hub, giving you a more complete and robust data platform.|
|Versioning||Image versioning allows you to switch between different versions of Apache Spark, Apache Hadoop, and other tools.|
|Highly available||Run clusters in high availability mode with multiple master nodes and set jobs to restart on failure to help ensure your clusters and jobs are highly available.|
|Cluster scheduled deletion||To help avoid incurring charges for an inactive cluster, you can use Dataproc's scheduled deletion, which provides options to delete a cluster after a specified cluster idle period, at a specified future time, or after a specified time period.|
|Automatic or manual configuration||Dataproc automatically configures hardware and software but also gives you manual control.|
|Developer tools||Multiple ways to manage a cluster, including an easy-to-use web UI, the Cloud SDK, RESTful APIs, and SSH access.|
|Initialization actions||Run initialization actions to install or customize the settings and libraries you need when your cluster is created.|
|Optional components||Use optional components to install and configure additional components on the cluster. Optional components are integrated with Dataproc components and offer fully configured environments for Zeppelin, Druid, Presto, and other open source software components related to the Apache Hadoop and Apache Spark ecosystem.|
|Custom images||Dataproc clusters can be provisioned with a custom image that includes your pre-installed Linux operating system packages.|
|Flexible virtual machines||Clusters can use custom machine types and preemptible virtual machines to make them the perfect size for your needs.|
|Component Gateway and notebook access||Dataproc Component Gateway enables secure, one-click access to Dataproc default and optional component web interfaces running on the cluster.|
|Workflow templates||Dataproc workflow templates provide a flexible and easy-to-use mechanism for managing and executing workflows. A workflow template is a reusable workflow configuration that defines a graph of jobs with information on where to run those jobs.|