What is Batch Processing?

Batch processing is a method used by computers to process large amounts of data at once. The data is collected over time and then fed into an analytics system, where jobs are completed simultaneously in a non-stop, sequential order.

Batch processing is ideal for tasks that are compute-intensive and inefficient to run on individual data transactions, such as backups, filtering, and sorting.

Batch processing differs from streaming data processing, which occurs as data flows through a system. In streaming mode, data is fed into analytics tools piece-by-piece, and processing is typically done in real time.

Batch processing allows for the quick and accurate processing of large amounts of data without the need for an internet connection. It can run asynchronously, enhancing efficiency.

Examples of batch processes include beverage processing, biotech products manufacturing, dairy processing, food processing, pharmaceutical formulations, and soap manufacturing. Technologies for batch processing include Azure Synapse, Data Lake Analytics, and Azure Databricks.

How does Batch Processing differ from Streaming Data Processing?

Batch processing involves processing high-volume, repetitive data jobs by collecting, storing, and processing data in batches at scheduled intervals. On the other hand, streaming data processing occurs in real time as data flows through a system, processed piece-by-piece.

Batch processing is suitable for tasks like backups, filtering, and sorting, while streaming data processing is more instantaneous and continuous.

What are the Use Cases of Batch Processing?

Batch processing finds applications across various industries, including financial transactions, data analytics, report generation, and processing recurring payments for membership or subscription-based businesses.

Batch processing allows users to process data when computing resources are available, with minimal or no user interaction required.

Debunking Batch Processing Myths

Batch processing is a widely used method in computing, but there are some misconceptions surrounding it that need to be clarified.

Myth 1: Batch processing is slow and inefficient

Contrary to this belief, batch processing is actually designed to handle large volumes of data efficiently. By processing data in batches, it can optimize resources and complete tasks in a timely manner.

Myth 2: Batch processing requires constant manual intervention

In reality, batch processing is automated and can run without constant supervision. Once the jobs are set up and scheduled, the system can process the data without the need for manual intervention.

Myth 3: Batch processing is outdated and not suitable for modern data processing needs

This myth is false as batch processing is still widely used in various industries for its reliability and efficiency in handling repetitive tasks. It complements real-time processing and is essential for tasks like backups, filtering, and sorting.