AI Data Cleaning and Normalization
AI detects and fixes data quality issues - inconsistent formats, duplicates, missing values, and outliers - across datasets of any size.
AI detects and fixes data quality issues - inconsistent formats, duplicates, missing values, and outliers - across datasets of any size.
What Amazon Kinesis is, how it processes streaming data in real time, and when to use Kinesis versus other streaming options.
What Kafka is, how it provides distributed event streaming, and when to choose Kafka for AI data pipelines.
What change data capture (CDC) is, how Debezium and AWS DMS enable real-time data replication, and why CDC matters for keeping AI feature …
What a data catalog is, how metadata management and data discovery tools help AI teams find, understand, and trust their data assets.
What data contracts are, how schema-first agreements between data producers and consumers prevent breaking changes, and why AI systems need …
Implementing schema contracts between data producers and AI consumers: contract specification, validation enforcement, versioning, and …
What a data lake is, how it stores raw data at scale, and when to use a data lake versus a data warehouse.
What data quality means for AI systems, the dimensions of data quality, and how validation, profiling, and monitoring prevent …
How to implement data quality validation for AI workloads using Great Expectations and Deequ: profiling, expectation suites, pipeline …
Databricks is a unified analytics platform built on Apache Spark that combines data engineering, data science, and machine learning on a …
Comparing dbt and AWS Glue for data transformation in AI pipelines, covering capabilities, developer experience, cost, and use case fit.
Comparing Delta Lake and Apache Iceberg as open table formats for lakehouse architectures supporting AI/ML workloads.
A practical guide to designing and implementing a data lakehouse architecture optimized for AI and machine learning workloads.
What ELT is, how it differs from ETL, and why modern data architectures favor loading raw data before transforming.
What ETL is, how it powers data pipelines, and how it compares to ELT for modern data architectures.
What a feature store is, how it serves as a centralized repository for ML features, and why it solves the training-serving skew problem.
What feature stores are, why they matter, how to choose one, and practical implementation guidance for ML feature management.
How to implement metadata management with DataHub or OpenMetadata: automated ingestion, data lineage, ownership, classification, and …
How the medallion architecture organizes data lakehouses into progressive quality layers to support analytics and AI workloads with …
Implementation guide for real-time streaming data pipelines: four-layer architecture, Flink feature computation, late-arriving data handling …
What stream processing is, how Flink, Spark Streaming, and Kafka Streams enable real-time data transformation, and why streaming matters for …
Using Amazon OpenSearch Service for vector search, full-text search, and log analytics in AI-powered applications.
Practical patterns for building reliable data pipelines that feed AI and ML systems - ingestion, transformation, feature engineering, and …
How to prepare data for AI projects: assessing what you have, cleaning and normalizing it, building evaluation datasets, and setting up …