Delta Lake Integrations
Use the following frameworks, Delta Sharing clients, managed services, and/or community integrations
for Delta Lake and Delta Sharing.
Frameworks
Use the following frameworks and languages including but not limited to Apache Flink, Apache Spark, Trino, and Rust.
Apache Druid
docs | source code
Druid
This connector allows Apache Druid to read from Delta Lake.
Apache Flink
docs | source code
Flinkstandalone
This connector allows Apache Flink to write to Delta Lake.
Apache Hive
docs | source code
Hivestandalone
This connector allows Apache Hive to read from Delta Lake.
Apache Pulsar
docs | source code
Pulsarcommunity
This connector allows Apache Pulsar to read from and write to Delta Lake.
Apache Spark™
docs | source code
Spark
This connector allows Apache Spark™ to read from and write to Delta Lake.
ClickHouse
docs | source code
ClickHouse
ClickHouse is a column-oriented database that allows users to run SQL queries on Delta Lake tables. This provides a read-only integration with existing Delta Lake tables in Amazon S3.
Dagster
docs | source code
DagsterPython
Use the Delta Lake IO Manager to read from and write to Delta Lake in your Dagster orchestration pipelines.
Delta Rust API
docs | source code
RustPython
This library allows Rust (with Python bindings) low level access to Delta tables and is intended to be used with data processing frameworks like datafusion, ballista, rust-dataframe, vega, etc.
Delta Standalone
docs | source code
ScalaJavastandalone
This library allows Scala and Java-based projects (including Apache Flink, Apache Hive, Apache Beam, and PrestoDB) to read from and write to Delta Lake.
FINOS Legend
docs | source code
FINOSLegend
An extension to the FINOS Legend framework for Apache Spark™ / Delta Lake based environment, combining best of open data standards with open source technologiesThis connector allows Trino to read from and write to Delta Lake.
Hopsworks
docs | source code
HopsworksPython
Hopsworks Feature Store stores, manages, and serves feature data in Delta Lake.
Kafka Delta Ingest
docs | source code
KafkaRust
This project builds a highly efficient daemon for streaming data through Apache Kafka into Delta Lake.
PrestoDB
docs | source code
PrestoDBstandalone
This connector allows PrestoDB to read from Delta Lake.
SQL Delta Import
docs | source code
SQLJDBC
This utility is for importing data from a JDBC source into a Delta Lake table.
StarRocks
docs | source code
StarRocks
StarRocks, a Linux Foundation project, is a next-generation sub-second MPP OLAP database for full analytics scenarios, including multi-dimensional analytics, real-time analytics, and ad-hoc queries. StarRocks has the ability to read from Delta Lake.
Trino
docs | source code
Trino
This connector allows Trino to read from and write to Delta Lake.
Sharing
Use the following clients that integrate with Delta Sharing from C++ to Rust.
C++
docs | source code
C++Delta Sharingcommunity
This connector allows a C++ client to read from Delta Sharing endpoint.
Go
source code
GoDelta Sharingcommunity
This connector allows a Go client to read from Delta Sharing endpoint.
Java
source code
JavaDelta Sharingcommunity
This connector allows a Java client to read from Delta Sharing endpoint.
Kotosiro Sharing
source code
KotosiroDelta SharingRust
A Minimalistic Rust Implementation of Delta Sharing Server.
MLflow
docs | source code
MLflowDelta Sharingcommunity
Perform model exchange via Delta Sharing and MLflow
node.js
docs | source code
node.jsDelta Sharingcommunity
This connector allows node.js to read from Delta Sharing endpoint.
Oracle
OracleDelta Sharing
This connector allows for Delta Sharing with Oracle Autonomous Database Data Studio.
R
source code
RDelta Sharingcommunity
This connector allows a R client to read from Delta Sharing endpoint.
Rust
docs | source code
RustDelta Sharingcommunity
This connector allows a Rust client to read from Delta Sharing endpoint.
Terminal
source code
TerminalDelta Sharingcommunity
Terminal application for browsing Delta Sharing Metadata.
Services
Use the managed services of your choice that integrate with Delta Lake.
aws-pandas-sdk
docs | source code
pandasAWSawswrangleraws-pandas-sdk
pandas on AWS - Easy integration with AWS services including optional dependency with Delta Lake
Azure Stream Analytics
docs
AzureASAStream Analytics
Azure Stream Analytics provides native write support for Delta Lake
Databricks
docs
DatabricksAzureGCPAWS
Delta Lake is included within Databricks allowing it to read from and write to Delta Lake.
Power BI
docs | source code
PowerBIcommunity
This connector allows Power BI to read from Delta Lake.
Redshift
docs | source code
RedshiftAWSmanifest
This utility allows AWS Redshift to read from Delta Lake using a manifest file.
Snowflake (Beta)
docs
Snowflake
This preview allows Snowflake to read from Delta Lake via an external table.
Azure Synapse
docs
AzureSynapse
The current version of Delta Lake included with Azure Synapse has language support for Scala, PySpark, and .NET.
Community
Try out the following community integrations with Delta Lake.
Apache Beam
docs | source code
Beamstandalonecommunity
This connector allows Apache Beam to read from Delta Lake.
Athena Query Federation (Beta)
docs | source code
AWSAthenastandalonecommunity
This connector allows AWS Athena to read from Delta Lake.
Beam Delta Lake
docs | source code
Beamstandalonecommunity
With DataLakeIO, data from Apache Beam's pipelines can be read from and written to Delta Lake
Ceph
source code
Cephcommunity
This connector allows you to read and write from Delta tables on Ceph storage.
dlt | SparkR
docs | source code
SparkRcommunity
This package allows SparkR to read from and write to Delta Lake.
DataHub
source code
DataHubcommunity
This connector allows DataHub to extract Delta Lake metadata.
Datastream Connector
source code
GCSDatastreambadal.iocommunity
As Datastream streams changes to files to Google Cloud Storage, this connector streams these files and writes the changes to Delta Lake.
MinIO
docs | source code
MinIOcommunity
This connector allows you to read and write from Delta tables on MinIO storage.