![]() How does Spring Boot Cache mechanism work? I would like to proceed with Spring Boot as it is my personal favourite. In such scenarios, probably many ‘SELECT’ queries or read queries can be cached externally at least for some small time window.Ĭaching can be implemented to any back-end solution such as node.js. A high volume of data can make the DB index slower. RDBMS Speedup: When it comes to working with millions of rows, relational databases have become really slow.Caching is used for this use case as well. So with millions of gamers, it becomes extremely important to update & fetch such data very fast. We frequently view the leader board and player profile. Gaming - We all like to play online multiplayer games.It actually improves the delivery of the content by replicating commonly requested files across a globally distributed set of caching servers. Content Delivery Network (CDN ) - I hope everybody is familiar with bootstrap CDN’s.Apart from that, there are so many popular use cases for caching. The main practical usage of a caching system is to enforce it into Enterprise applications. Cost-Effective in Cloud Hosting - If you are deploying an app in a cloud-based platform like AWS, you can reduce the cost dramatically if the primary database charges per throughput.When the content is cached closer to the client, requests will need a low network activity. Decreased network costs - Content can be cached at various points in the network path between the client and the origin.Reduce Database hits and the cost - Single cache instance can provide hundreds of thousands of IOPS (Input/output operations per second), potentially replacing a number of database instances.Improved quality of experience - Caching can deliver material improvements in the quality of experience (QoE) provided by content providers to consumers.Improve Application Performance - Reading data from in-memory cache is extremely fast.We already discussed the main benefit of caching. That reduces the number of database hits as much as possible.Ĭaching allows you to efficiently reuse previously retrieved or computed data. So that future requests for that data are served up faster than is possible by accessing the data’s primary storage location. ![]() What is Caching?Ĭaching is basically about temporally storing data for future reference. So today's article is all about transforming your app to the next level. I have seen so many apps but most of the time, they are not optimized.Īs developers, we want our apps to provide a great user experience, so we need to employ a variety of techniques to optimize their speed and performance. Today I am bringing you one of the best methods to enhance the performance of your app.
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