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Build a Scalable Data Lake Architecture Using AWS

Design a centralized cloud-based data lake for storing raw, processed, and curated datasets. Enable schema discovery, metadata tagging, and advanced querying using AWS tools.

Why Use a Data Lake?

Data lakes allow storage of massive amounts of raw and structured data at low cost. They support various file formats (CSV, JSON, Parquet), enable on-demand querying, and integrate with machine learning pipelines — making them ideal for modern analytics.

Project Objective

Create a serverless data lake using AWS S3 as the primary data store, Glue for data cataloging and ETL, Athena for querying, and optionally Redshift for deeper analytics. Use IAM roles and versioned buckets to enforce governance and access control.

Key Components of the Architecture

Data Lake Storage (S3)

Organize buckets into raw, staging, and curated layers. Enable versioning, lifecycle policies, and encryption.

AWS Glue Data Catalog

Automatically crawl datasets, infer schema, and create searchable tables with metadata tagging.

Querying with Athena

Use SQL-like queries to analyze data directly in S3 without spinning up infrastructure.

Data Analysis and Redshift

Optionally export processed data to Redshift for high-performance reporting and BI tools integration.

Architecture Overview

Data from various sources (CSV, IoT, APIs) is ingested into S3 buckets categorized by stage. AWS Glue crawls and catalogs the data, which can then be queried using Athena or loaded into Redshift for analysis. All services are managed via IAM and CloudTrail for security and auditability.

  • S3 Buckets: Raw, Processed, Curated layers
  • Glue Crawlers & Jobs: For schema discovery and ETL transformation
  • Athena Queries: For serverless SQL analytics
  • Redshift: Optional warehouse for complex queries and dashboards
  • IAM Policies: Fine-grained access control across all services
Recommended AWS Tech Stack

Storage

Amazon S3 with lifecycle policies, Glacier archiving, versioning

ETL & Cataloging

AWS Glue Crawlers, Glue Jobs, Glue Data Catalog

Analytics

Amazon Athena (SQL) and optionally Amazon Redshift

Security & Monitoring

IAM Roles, AWS CloudTrail, KMS encryption

Development Roadmap

1. Set Up S3 Bucket Structure

Create buckets for raw, staging, and curated data. Apply policies and enable versioning.

2. Configure AWS Glue Crawlers

Point crawlers to S3 folders and let Glue infer schema and build metadata tables.

3. Write Athena Queries

Query CSV or JSON data directly from S3 using SQL via the Athena console or API.

4. Transform and Export

Use Glue Jobs to clean and structure data, optionally load into Redshift for further processing.

5. Secure & Document Pipeline

Use IAM roles for each service, audit actions with CloudTrail, and document all metadata in the catalog.

Helpful AWS Resources & Tutorials

Turn Data Chaos into Insight with AWS

Master AWS tools by building a cloud-native data lake pipeline capable of handling structured and unstructured data for scalable analytics.

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