
Apache Spark™ - Unified Engine for large-scale data analytics
Apache Spark is a multi-language engine for executing data engineering, data science, and machine learning on single-node machines or clusters.
Research | Apache Spark
Apache Spark started as a research project at UC Berkeley in the AMPLab, which focuses on big data analytics. Our goal was to design a programming model that supports a much wider class …
Overview - Spark 4.1.0 Documentation
If you’d like to build Spark from source, visit Building Spark. Spark runs on both Windows and UNIX-like systems (e.g. Linux, Mac OS), and it should run on any platform that runs a …
Spark Structured Streaming - Apache Spark
Spark Structured Streaming uses the same underlying architecture as Spark so that you can take advantage of all the performance and cost optimizations built into the Spark engine.
Documentation | Apache Spark
Apache Spark™ Documentation Setup instructions, programming guides, and other documentation are available for each stable version of Spark below: Spark Spark 4.1.0
News | Apache Spark
Nov 19, 2025 · We’re proud to announce the release of Spark 0.7.0, a new major version of Spark that adds several key features, including a Python API for Spark and an alpha of Spark …
History | Apache Spark
Apache Spark started as a research project at the UC Berkeley AMPLab in 2009, and was open sourced in early 2010. Many of the ideas behind the system were presented in various …
Powered By Spark | Apache Spark
We use Spark to regularly read raw data, convert them into Parquet, and process them to create advanced analytics dashboards: aggregation, sampling, statistics computations, anomaly …
Spark SQL & DataFrames | Apache Spark
Spark SQL includes a cost-based optimizer, columnar storage and code generation to make queries fast. At the same time, it scales to thousands of nodes and multi hour queries using …
RDD Programming Guide - Spark 4.0.0 Documentation
Spark supports two types of shared variables: broadcast variables, which can be used to cache a value in memory on all nodes, and accumulators, which are variables that are only “added” to, …