Which of the Following Type of Architecture Can Be Used for Fast Real Time Data Processing?


Larry Thompson

Which of the Following Type of Architecture Can Be Used for Fast Real Time Data Processing?

Real-time data processing is a critical requirement in various industries, including finance, telecommunications, e-commerce, and more. It involves the processing and analysis of data as it is generated, allowing businesses to make immediate decisions based on up-to-date information.

To achieve fast real-time data processing, choosing the right architecture is crucial. Let’s explore some of the architectures that can be used for this purpose:

1. Stream Processing Architecture

Stream processing architecture enables continuous processing of live data streams in real time.

It involves ingesting data from different sources, applying transformations or analytics on the fly, and producing near-instantaneous results. This architecture is ideal for scenarios where low latency and high throughput are essential.

Key Components:

  • Data Ingestion: The system should be capable of ingesting high volumes of streaming data from various sources.
  • Data Transformation: The ability to process and transform the incoming data in real time.
  • Analytics: Apply real-time analytics algorithms to extract insights from the streaming data.
  • Data Output: Deliver processed results to downstream systems or applications.

2. In-Memory Computing Architecture

In-memory computing architecture leverages high-speed random access memory (RAM) to store and process data in real time. By eliminating disk-based operations, it significantly reduces latency and enables faster data processing.

Key Components:

  • In-Memory Data Storage: Store data in RAM for rapid access and processing.
  • Distributed Computing: Utilize a distributed network of machines to handle large data volumes and parallel processing.
  • Data Processing Frameworks: Use frameworks like Apache Spark, Apache Ignite, or Hazelcast to perform computations on in-memory data.

3. Event-Driven Architecture

Event-driven architecture focuses on processing events or messages asynchronously as they occur. It decouples the producers and consumers of events, allowing for efficient real-time data processing.

Key Components:

  • Event Producers: Systems or applications that generate events.
  • Event Bus: A publish-subscribe messaging system that facilitates event distribution.
  • Event Processors: Components responsible for consuming and processing events as they are received.
  • Data Storage: Persistent storage for storing processed event data or metadata.

In conclusion, achieving fast real-time data processing requires careful consideration of the appropriate architecture. Stream processing architecture, in-memory computing architecture, and event-driven architecture are all viable options depending on your specific requirements. By leveraging these architectures, businesses can effectively process and analyze incoming data in real time to gain valuable insights and make informed decisions promptly.


  • [1] – “Stream Processing: A Survey on the What, Where, When, and How” by Matvey Arye et al., IEEE Transactions on Knowledge and Data Engineering
  • [2] – “In-Memory Data Management: Technology and Applications” by Hasso Plattner et al., Springer
  • [3] – “Event-Driven Architecture Overview” by Chris Chedgey, ThoughtWorks

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