Tag: Databricks
-
Mastering Apache Spark GraphX: From Novice to Expert
Mastering Apache Spark GraphX: From Novice to Expert Apache Spark GraphX is a powerful component of the Spark ecosystem designed for graph processing. It allows you to build, transform, and analyze graphs at scale, seamlessly integrating graph computation with Spark’s other capabilities like ETL, machine learning, and streaming. This guide will take you from the… Read more
-
Mastering Apache Spark: From Novice to Expert
Mastering Apache Spark: From Novice to Expert Apache Spark has emerged as a powerhouse in the world of big data processing, offering a unified engine for large-scale data analytics. From novices looking to understand the basics to aspiring experts seeking advanced optimization techniques, this comprehensive guide covers the essential concepts, algorithms, use cases, and resources… Read more
-
Mosaic AI Agent Framework vs. LangGraph: A Detailed Comparison
Mosaic AI Agent Framework vs. LangGraph: A Detailed Comparison When building sophisticated AI agents, developers often face a choice between general-purpose frameworks and platform-specific solutions. This comparison will delve into two prominent options: Databricks‘ Mosaic AI Agent Framework and LangGraph (a module of LangChain), highlighting their strengths, weaknesses, and ideal use cases. Both frameworks aim… Read more
-
Microsoft Azure Business Intelligence (BI) Offerings and Use Cases
Microsoft Azure Business Intelligence (BI) Offerings and Use Cases I. Data Warehousing Azure‘s primary data warehousing solution is Azure Synapse Analytics, a limitless analytics service that brings together data integration, enterprise data warehousing, and big data analytics. Key Features: Massively Parallel Processing (MPP): Designed for high-performance analytics. Columnar Storage: Optimized for query performance and data… Read more
-
Top 10 LLMs on Hugging Face for Chatbot & RAG Use (Early May 2025)
Top 10 LLMs on Hugging Face for Chatbot & RAG This list is based on a combination of factors including general popularity, instruction-following capabilities, context window size, and community interest relevant to chatbot and Retrieval-Augmented Generation (RAG) applications. 1. mistralai/Mixtral-8x7B-Instruct-v0.1 Use Cases: Excellent for instruction following, complex reasoning in chatbots, and can handle long contexts… Read more
-
Top 10 LLMs on Hugging Face & Use Cases: Part 2
Another Top 10 LLMs on Hugging Face & Use Cases Here’s another selection of popular and interesting Large Language Models available on Hugging Face, showcasing the diversity of the open-source LLM landscape as of early May 2025. 1. google/gemma-7b-it Use Cases: Instruction tuning, conversational AI, general text generation, following complex prompts. View on Hugging Face… Read more
-
Automating PDF to JSON Extraction with AI/ML
Automating PDF to JSON Extraction with AI/ML 1. Understanding the Problem and Defining Key Values for AI/ML When leveraging AI/ML for PDF to JSON extraction, the initial problem definition remains crucial, but with a focus on how AI/ML can address challenges posed by unstructured or highly variable documents. Identify the Key Values: As before, define… Read more
-
Building an Azure Data Lakehouse from Ground Zero
Building an Azure Data Lakehouse from Ground Zero Building an Azure Data Lakehouse from Ground Zero: Detailed Steps Building a data lakehouse on Azure involves leveraging Azure Data Lake Storage Gen2 (ADLS Gen2) as the storage foundation, along with services like Azure Synapse Analytics, Azure Databricks, and Azure Data Factory for data processing and querying.… Read more
-
Integrating with Azure Data Lakehouse: Real-Time and Batch
Integrating with Azure Data Lakehouse: Real-Time and Batch Integrating with Azure Data Lakehouse: Real-Time and Batch Azure provides a comprehensive set of services to build a data lakehouse, primarily leveraging Azure Data Lake Storage Gen2 (ADLS Gen2) as the foundation, along with services for real-time and batch data integration and processing. Real-Time (Streaming) Integration Real-time… Read more
-
Comparing BI Offerings: AWS, Azure, and GCP
Comparing BI Offerings: AWS, Azure, and GCP Comparing Business Intelligence (BI) Offerings: AWS, Azure, and GCP Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP) are the leading cloud providers, each offering a comprehensive suite of services for Business Intelligence (BI) and data analytics. While there’s feature overlap, they also have distinct strengths.… Read more
-
Real-Time Ingestion of Salesforce Data into Azure Data Lake
Real-Time Ingestion of Salesforce Data into Azure Data Lake Real-Time Ingestion of Salesforce Data into Azure Data Lake Ingesting data from Salesforce into Azure in real-time for a data lake typically involves leveraging event-driven architectures and Azure’s data streaming and integration services. Here are the primary methods: 1. Salesforce Platform Events or Change Data Capture… Read more
-
Exploring the Synergy of Kafka and Databricks for Agentic AI
Combining Apache Kafka and Databricks offers a powerful and comprehensive platform for building, deploying, and managing sophisticated agentic AI systems. Kafka excels at real-time data ingestion and stream processing, while Databricks provides a unified environment for big data processing, machine learning, and AI model development. Kafka’s Role in Agentic AI: Real-time Data Foundation Kafka provides… Read more
-
Top 20 Databricks Interview Questions
Preparing for a Databricks interview? This article compiles 20 key questions covering various aspects of the platform, designed to help you showcase your knowledge and skills. 1. What is Databricks? Answer: Databricks is a unified analytics platform built on top of Apache Spark. It provides a collaborative environment for data engineering, data science, and machine… Read more
-
Databricks Optimization Techniques for Enhanced Performance
Let’s dive into some key Databricks optimization techniques to enhance the performance and efficiency of your data processing workloads. These techniques span various aspects of the Databricks platform and Apache Spark. 1. Data Partitioning Concept: Dividing your data into smaller, more manageable chunks based on the values of one or more columns. This allows Spark… Read more
-
Databricks Workflow Sample: Simple ETL Pipeline
Let’s walk through a sample Databricks Workflow using the Workflows UI. This example will demonstrate a simple ETL (Extract, Transform, Load) pipeline: Scenario: Extract: Read raw customer data from a CSV file in cloud storage (e.g., S3, ADLS Gen2). Transform: Clean and transform the data using a Databricks notebook (e.g., filter out invalid records, standardize… Read more
-
Databricks Data Ingestion Samples
Let’s explore some common Databricks data ingestion scenarios with code samples in PySpark (which is the primary language for data manipulation in Databricks notebooks). Before You Begin Set up your environment: Ensure you have a Databricks workspace and have attached a notebook to a running cluster. Configure access: Depending on the data source, you might… Read more
-
Databricks High level Concepts
Databricks High-Level Concepts: A Detailed Overview Databricks High-Level Concepts: A Detailed Overview Databricks is a unified analytics platform built on top of Apache Spark, designed to simplify big data processing and machine learning. It provides a collaborative environment for data scientists, data engineers, and business analysts. Here’s a detailed overview of its key high-level concepts:… Read more
-
Medallion Architecture
The Medallion Architecture is a data lakehouse architecture pattern popularized by Databricks. It’s designed to progressively refine data through a series of layers, ensuring data quality and suitability for various downstream consumption needs. The name “Medallion” refers to the distinct quality levels achieved at each layer, similar to how medals signify different levels of achievement.… Read more
-
Databricks scalability
Databricks is designed with scalability as a core tenet, allowing users to handle massive amounts of data and complex analytical workloads. Its scalability stems from several key architectural components and features: 1. Apache Spark as the Underlying Engine: 2. Decoupled Storage and Compute: 3. Elastic Compute Clusters: 4. Auto Scaling: 5. Serverless Options: 6. Optimized… Read more