Build a Secure Data Lake in AWS using AWS Lake Formation

About Build a Secure Data Lake in AWS using AWS Lake Formation

In this course, we will be creating a data lake using AWS Lake Formation and bring data warehouse capabilites to the data lake to form the lakehouse architecture using Amazon Redshift. Using Lake Formation, we also collect and catalog data from different data sources, move the data into our S3 data lake, and then clean and classify them.

The course will follow a logical progression of a real world project implementation with hands on experience of setting up  a data lake,  creating data pipelines  for ingestion and transforming your data in preparation for analytics and reporting.

Chapter 1

Setup the data lake using lake formation

Create different data sources (MySQL RDS and Kinesis)

Ingest data from the MYSQL RDS data source into the data lake by setting up blueprint and workflow jobs in lake formation

Catalog our Database using crawlers

Use governed tables for managing access control and security

Query our data lake using Athena

Chapter 2,

Explore the use of AWS Gluw DataBrew for profiling and understanding our data before we starting performing complex ETL jobs.

Create Recipes for manipulating the data in our data lake using different transformations

Clean and normalise data

Run jobs to apply the recipes on all new data or larger datasets

Chapter 3

Introduce Glue Studio

Author and monitor ETL jobs for tranforming our data and moving them  between different zone of our data lake

Create a DynamoDB source and ingest data into our data lake using AWS Glue

Chapter 4

Introduce and create a redshift cluster to bring datawarehouse capabilities to our data lake to form the lakehouse architecture

Create ETL jobs for moving data from our lake into the warehouse for analytics

Use redshift spectrum to query against data in our S3 data lake without the need for duplicating data or infrastructure

Chapter 5

Introduce Amazon Macie for managing data security and data privacy and ensure we can continue to identify sensitive data at scale as our data lake grows