AI GLOSSARY

Databricks

Databricks is the leading platform for data engineering, analytics, and AI based on the Lakehouse approach. It combines data processing, machine learning, and business intelligence in a single environment—ideal for companies that are serious about leveraging data and AI.

 

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Core Areas
Data Engineering, ML, SQL, GenAI

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Components
Delta Lake, Unity Catalog, MLflow, and others

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User Groups
From data engineers to business users

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Weeks
until the first productive workload

Why Databricks Is Relevant for Data and AI Projects

Databricks has pioneered the Lakehouse concept and provides one of the most mature platforms for data engineering and AI. It is particularly appealing to small and medium-sized businesses when machine learning, big data, or complex analytics requirements are involved.

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Lakehouse Leadership

Databricks co-developed Delta Lake—the de facto standard for lakehouse formats.

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End-to-End Platform

Data engineering, SQL, ML, and GenAI in a single environment—no tool zoos.

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Multi-Cloud

Runs on Azure, AWS, and Google Cloud—no vendor lock-in.

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Data Science First

Notebooks, experiments, MLflow—data scientists feel right at home.

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Scalable & High-Performance

Spark-based for large data sets — fast even with terabytes.

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Expanding GenAI Portfolio

Foundation Models, RAG Tools, Vector Search — GenAI directly integrated.

What is Databricks?

Databricks is a cloud-based data platform founded by the creators of Apache Spark. It combines data engineering, data warehousing, machine learning, and generative AI into a single environment—the Data Intelligence Platform concept.

Databricks is a pioneer of the Lakehouse approach: a combination of the flexibility of a data lake and the structure of a data warehouse. Its core component is Delta Lake —an open format with ACID transactions in object storage.

The platform offers specialized tools for different roles: notebooks for data scientists, SQL warehouses for BI users, jobs and pipelines for data engineers, and MLflow for ML operations. Everything is centrally managed in Unity Catalog.

Databricks is particularly relevant for midsize businesses when ambitious data science and AI projects are on the horizon. For pure BI use cases, alternatives such as Fabric or Snowflake are often more streamlined.

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Core Components of the Databricks Platform

Databricks offers a wide range of integrated tools. These eight are key:

Delta Lake

Open format with ACID transactions — the foundation of all Databricks workloads.

Unity Catalog

Central catalog with governance, lineage, and permissions—the backbone.

Photon

Databricks' proprietary query engine — significantly faster than traditional Spark SQL.

MLflow

Open-source standard for ML experiments and model registries.

Delta Live Tables

Declarative pipelines with automatic quality checks.

SQL Warehouses

Elastic Compute for SQL users and BI tools.

Databricks Assistant

AI assistant for code, SQL, and debugging — right in your laptop.

Mosaic AI

GenAI Tools: Foundation Models, RAG, Vector Search, Agent Framework.

Best Practices for Databricks Projects

These six principles have proven effective:

  • Use Unity Catalog from the start: Implementing governance later is a hassle—start right away.
  • Medallion architecture: Bronze/Silver/Gold for quality tiers—proven.
  • Check cluster configuration: Incorrect cluster size = the number one cost driver.
  • Use Delta Live Tables: Declarative pipelines require less maintenance.
  • MLflow from day one: Experiment tracking and model registry—no need for reverse engineering later.
  • Cost Management: Budget alerts and cluster policies—Databricks can quickly become expensive.
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Platform 1

Microsoft Fabric

Ideal for customers who rely heavily on Microsoft. BI-focused with Copilot, Fabric, and Power BI integrated.

MS Focus

Platform 2

Databricks

Best lakehouse platform. Strong in data science, machine learning, and big data. Multi-cloud.

Data Science

Platform 3

Snowflake

A very user-friendly cloud data warehouse. Ideal for SQL-heavy BI environments.

SQL-focused

Common Mistakes in Databricks Projects

We frequently encounter these pitfalls in customer projects:

  • Cost Spiral: Large clusters run 24/7 — cost management is configured too late.
  • No Unity Catalog: Governance is chaotic—permissions are scattered across workspaces.
  • Overengineering: Databricks is implemented for simple BI use cases—Fabric or Snowflake would be a more streamlined solution.
  • No CI/CD: Notebooks are deployed manually — reproducibility suffers.
  • Small-chunked files: Unoptimized delta tables — run OPTIMIZE regularly.

Databricks vs. Microsoft Fabric vs. Snowflake

Three leading cloud data platforms—each with its own strengths:

  • Databricks: Best lakehouse experience, strong for data science and ML. Multi-cloud.
  • Microsoft Fabric: Ideal for Microsoft customers with a focus on BI. All-in-one approach.
  • Snowflake: Very user-friendly, strong SQL data warehouse. Less robust in ML.
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Contact Us Now

Katja Kammilla as the contact person for AI consulting

Your contact person

Katja Kammilla
0203 3965080

Frequently Asked Questions About Databricks

Databricks for Your Data & AI

In a free initial consultation, we’ll assess whether Databricks is the right platform for your needs—including a cost estimate and comparison with alternatives.

As a data and AI partner for small and medium-sized businesses, we’ll build your Databricks solution in a pragmatic way—with a focus on business value and cost control.

What We Offer

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