Using AWS Lake Formation with Amazon Athena - AWS Lake Formation

Using AWS Lake Formation with Amazon Athena

Amazon Athena is a server-less query service that helps you analyze structured, semi-structured, and unstructured data stored in Amazon S3. Athena supports querying data from CSV, JSON, Parquet, and Avro data formats. Athena also supports table formats like Apache Hive, Apache Hudi, Apache Iceberg and Lake Formation governed tables. Athena integrates with the AWS Glue Data Catalog to store metadata of your data sets in Amazon S3. Athena can use Lake Formation to define and maintain access control policies on those data sets.

Here are some common use cases where you can use Lake Formation with Athena.

  • Use Lake Formation permissions for accessing the Data Catalog resources (database and tables) from Athena. You can use either the named resource method or LF-tags to define permissions on database and tables. For more information, see:

    Lake Formation permissions support both read and write operations on databases and tables.


    You cannot apply data filters when you use LF-tags to manage permissions on Data Catalog resources.

  • Control the query results by using Data filters in Lake Formation to secure tables in your Amazon S3 data lakes by granting permissions at column, row, and cell-levels. See the limitation on partition projection in Amazon Athena User Guide.

  • Enforce fine-grained access control on the data available to the SAML-based Athena user when running federated queries.

    Athena JDBC and ODBC drivers support configuring federated access to your data source using SAML-based Identity Provider (IdP). Use Amazon QuickSight integrated with Lake Formation with your existing IAM role or SAML users or groups to visualize Athena query results.


    Lake Formation permissions for SAML users and groups will apply only when you submit queries to Athena using the JDBC or ODBC driver.

    For more information, see Using Lake Formation and the Athena JDBC and ODBC drivers for federated access to Athena.


    Currently, authorizing access to SAML identities in Lake Formation is not supported in the following regions:

    • Middle East (Bahrain) - me-south-1

    • Asia Pacific (Hong Kong) - ap-east-1

    • Africa (Cape Town) - af-south-1

    • China (Ningxia) - cn-northwest-1

    • Asia Pacific (Osaka) - ap-northeast-3

  • Use Cross-account data sharing in Lake Formation to query tables in another account.


For more information on limitations when using Lake Formation permissions to Views, see Considerations and Limitations.

Support for transactional table formats

Applying Lake Formation permissions allows you to secure your transactional data in your Amazon S3 based data lakes. The table below lists transactional table formats supported in Athena and the Lake Formation permissions. Lake Formation enforces these permissions when Athena users run their queries.

Table format Description and allowed operations Lake Formation permissions supported in Athena

Apache Hudi

A format used to simplify incremental data processing and data pipeline development.

Athena supports create and read operations using Apache Hudi table formats on Amazon S3 data sets for both Copy on Write (CoW) and Merge On Read (MoR) Hudi table types. Athena does not suport write operations on Hudi tables.

Use Athena to query Hudi datasets.

Use Data filtering and cell-level security in Lake Formation to secure Hudi table using table, column, row, and cell-level permissions.

Apache Iceberg

An open table format that manages large collections of files as tables, and supports modern analytic data lake operations such as record-level insert, update, delete, and time travel queries.

For more information on Athena's support for Iceberg tables, see Using Iceberg tables.

Table, column, row, and cell-level permissions are supported. Currently, Lake Formation doesn't support managing permissions on write operations such as VACUUM, MERGE, UPDATE and OPTIMIZE on tables in Open Table Formats.

Linux Foundation Delta Lake

Delta Lake is an open-source project that helps to implement modern data lake architectures commonly built on Amazon S3 or Hadoop Distributed File System (HDFS).

Athena supports Delta lake tables created using a symlink-based manifest table definition on AWS Glue Data Catalog from a Delta Lake table.

For more information, see Crawl Delta Lake tables using AWS Glue crawlers.

Athena (engine version 3) supports reading native Delta Lake tables.

For more information, see Introducing native Delta Lake table support with AWS Glue crawlers .

Table, column, row, and cell-level permissions are supported for symlink tables.

Lake Formation integration is not available for native Delta Lake tables.

Additional resources