In-Memory Grid Market Size, Growth Analysis Report, Forecast to 2030 | MRFR

In-Memory Grid: Revolutionizing Data Processing

The In-Memory Grid Market Size was valued at USD 1.32 Billion in the year 2017. According to MEFR Analysis, the market is projected to reach USD 22.79 Billion.
In-Memory Grid is a new approach to processing large amounts of data at very high speeds. By combining the power of distributed computing with the benefits of in-memory processing, In-Memory Grid is transforming the way businesses process and analyze data.

In this article, we will explore the concept of In-Memory Grid, its benefits over other traditional data storage and processing mechanisms, and how it is being used in various industries to derive real-time insights from large and complex data sets.

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The Concept of In-Memory Grid

In-Memory Grid is a distributed computing mechanism that stores data in-memory across multiple servers or nodes on a network. The data stored in-memory is processed in parallel, as the processing nodes work simultaneously on different parts of the data set. By storing and processing data in-memory, In-Memory Grid eliminates the need for disk-based I/O, which is a bottleneck in traditional data storage and processing mechanisms.

In simpler words, In-Memory Grid architecture assumes the use of multiple computers or servers working together to process information. As opposed to processing information on a single computer, a network of shared computers performs the analysis task. The data for processing needs to be stored in the memory (RAM) of these servers, which makes processing a much faster process since reading data from disk is usually slower due to the physical mechanics required for disk access.

Benefit over Traditional Data Storage and Processing Mechanisms

The traditional data storage and processing mechanisms require businesses to store data in a disk-based storage systems and then process that data. This process is time-consuming and takes a considerable amount of time to process even a small amount of data. On the other hand, In-Memory Grid eliminates the need for longer processing times by keeping the data in-memory for computationally intensive tasks.

In addition to this, In-Memory Grid reduces the risk of data loss. As data is stored across multiple nodes, in-memory, it means that In-Memory Grid provides real-time data synchronization between the nodes, ensuring high levels of data redundancy and fault tolerance.

Applications of In-Memory Grid

In-Memory Grid is being used by various industries like finance, healthcare, manufacturing, and retail to derive real-time insights from large and complex data sets.

In the financial industry, In-Memory Grid is being used in high-frequency trading to enable real-time insights into trades taking place and market dynamics. By analyzing market data in real-time, traders can make quick decisions that can impact their profits. In the healthcare industry, In-Memory Grid.

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Competitive Landscape
  • Red Hat Inc. (US)
  • IBM Corporation (US)
  • TmaxSoft (US)
  • Software AG (Germany)
  • Pivotal Software Inc. (US)
  • Hitachi Ltd. (Japan)
  • TIBCO Software Inc. (US)
  • Alachisoft (US)
  • GigaSpaces Technologies Inc. (US)
  • ScaleOut Software Inc. (US)
  • Hazelcast Inc. (US)