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A data engineer needs to make tabular data available in an Amazon S3–based data lake.

A data engineer needs to make tabular data available in an Amazon S3–based data lake. Users must be able to query the data by using SQL queries in Amazon Redshift, Amazon Athena, and Amazon EMR. The data is updated daily. The data engineer must ensure that updates and deletions are reflected in the data lake.

Which solution will meet these requirements with the LEAST operational overhead?

A.

Store the data in S3 Standard. Configure Apache Hudi with merge-on-read in Amazon EMR. Use Apache Spark SQL in Amazon EMR to perform the daily updates and deletions. Use Amazon EMR to schedule compaction jobs. Use AWS Glue to create a data catalog of Hudi tables that are stored in Amazon S3.

B.

Create S3 tables for the tabular data. Use AWS Glue and an S3 tables catalog for Apache Iceberg JAR to perform the daily updates and deletions. Configure a compaction size target. Set up snapshot management and unreferenced file removal for the S3 tables bucket.

C.

Load the data into an Amazon Redshift cluster. Use SQL to perform the daily updates and deletions. Upload the data to an Amazon S3 bucket in Apache Parquet format to create the data lake.

D.

Load the data into an Amazon EMR cluster. Use Apache Spark to perform the daily updates and deletions. Upload the data into an Amazon S3 bucket in Apache Parquet format to create the data lake.

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