AWS Big Data Blog

Category: Advanced (300)

Migrate Google BigQuery to an open lakehouse on AWS with Apache Iceberg

Migrate Google BigQuery to an open lakehouse on AWS with Apache Iceberg

Learn how to migrate Google BigQuery workloads to an open lakehouse on AWS built on Apache Iceberg and Amazon S3. This post explains why an open lakehouse future-proofs your data, presents the target architecture on AWS, and walks through a step-by-step migration: assess, design, convert, migrate, cut over, and optimize.

Implement least-privilege access with designations in Amazon SageMaker Unified Studio

Implement least-privilege access with designations in Amazon SageMaker Unified Studio

Amazon SageMaker Unified Studio now offers designations: named permission sets that give administrators granular, least-privilege control over what each project member can do. Learn how designations work and how to create and assign your first one from the console and the AWS CLI.

Enable cross-Region fine-grained data access with AWS Lake Formation and Trusted Identity Propagation

Enable cross-Region fine-grained data access with AWS Lake Formation and Trusted Identity Propagation

Trusted Identity Propagation with AWS IAM Identity Center now works across Regions. Learn how to share AWS Lake Formation-governed Amazon S3 and Amazon Redshift data in one Region and query it from another as the actual corporate user, with fine-grained access control and per-user auditability in AWS CloudTrail.

Trace security threats in multi-agent pipelines with Amazon OpenSearch Service

Trace security threats in multi-agent pipelines with Amazon OpenSearch Service

Learn how to trace two invisible threats in a multi-agent AI pipeline, prompt injection propagation and cross-tenant data exfiltration, using Amazon OpenSearch Service and Amazon Bedrock. Instrument every agent hop with embeddings, provenance, and PII detection, reconstruct the attack path, and add guardrails that stop these attacks before they reach production.

Bring data quality to your Amazon EMR workloads with Amazon EMR Data Quality built on AWS Glue Data Quality

Bring data quality to your Amazon EMR workloads with Amazon EMR Data Quality built on AWS Glue Data Quality

AWS Glue Data Quality is now available natively on Amazon EMR, bundled in AWS runtime for Apache Spark (emr-spark-8.1.0). Write the same DQDL rulesets you use in AWS Glue directly in your Amazon EMR Spark jobs. This post walks through two patterns: lightweight inline validation and an Apache Iceberg Write-Audit-Publish workflow with managed rulesets.

Monitoring MWAA-orchestrated ETL pipelines with Amazon OpenSearch Service

Monitoring MWAA-orchestrated ETL pipelines with Amazon OpenSearch Service

Troubleshooting a multi-service, MWAA-orchestrated ETL pipeline often means hunting across scattered Amazon CloudWatch log groups. This post shows how to centralize your ETL logs in Amazon OpenSearch Service and query them in plain language through an MCP server on Amazon Bedrock AgentCore, so you find root causes faster.

Cost-effective ETL with DuckDB and Amazon S3 Tables on AWS Glue

Cost-effective ETL with DuckDB and Amazon S3 Tables on AWS Glue

Learn how to pair DuckDB with AWS Glue 6.0 to run SQL-centric ETL on a single worker, reading Parquet from Amazon S3 and writing Apache Iceberg tables to Amazon S3 Tables. This post walks through a complete, runnable example and compares measured cost and runtime against an equivalent Apache Spark job on the same Glue runtime.

Materialize once, query anywhere: Introducing Iceberg materialized views in Amazon Redshift

Materialize once, query anywhere: Introducing Iceberg materialized views in Amazon Redshift

Amazon Redshift now supports Iceberg materialized views. Compute an aggregation once in Amazon Redshift and store the result as a standard Apache Iceberg table in Amazon S3, queryable by Amazon Athena, Apache Spark, Amazon SageMaker, and AWS Glue. This post covers use cases, incremental refresh, and a step-by-step getting-started guide.