In today’s data-driven world, businesses need scalable, efficient, and collaborative tools to process massive datasets. Databricks, founded by the creators of Apache Spark, has emerged as a leading unified data analytics platform that combines data engineering, machine learning, and business analytics in a single cloud-based environment.
We are covering the following topics:
- What is Databricks? (Core Concepts)
- Key Features & Architecture
- Top Industry Use Cases
- Why Companies Are Adopting Databricks
Databricks is a cloud-based data lakehouse platform that unifies:
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Data Engineering (ETL, pipelines)
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Data Science & ML (model training, MLflow)
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Business Analytics (SQL queries, dashboards)
Built on Apache Spark, it provides a collaborative workspace for teams to process large-scale data efficiently.
Key Components
1. Data Lake
2. MLFlow
3. Databricks SQL
4. Unity Catelog
Databricks operates on a lakehouse architecture, blending the best of data lakes + data warehouses.
Key Layers
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Storage Layer (Delta Lake)
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Stores structured & unstructured data in an open format (Parquet).
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Supports time travel, schema enforcement, and ACID transactions.
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Compute Layer (Serverless/Managed Clusters)
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Auto-scaling Spark clusters for ETL, ML, and analytics.
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Workspace & Collaboration
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Interactive notebooks (Python, R, SQL, Scala) for team collaboration.
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ML & AI Integration
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Built-in MLflow, AutoML, and GPU-accelerated model training.
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Companies Adopting Databricks because of the following reasons:
- Unified Platform
- Massive Scalability
- Cost Efficiency
- ML Integration
- Open and Vendor Neutral