Us server decompression is usually worth a series of technologies and strategies to reduce the load of US servers and improve the performance of US servers to better handle concurrent requests, respond faster and ensure service stability. The purpose of US server decompression is to maintain system stability under high traffic and load. Avoid US server performance degradation or service unavailability caused by US server overload. Proper caching of US servers is key to improving their performance and reducing load. Common US server caching tips are as follows!

Page caching

Cache dynamically generated page content as static files to reduce database query and page rendering time. For pages where static content does not change frequently, this can significantly improve performance.

Object cache

Cache database query results, API calls, or other objects to reduce frequent access to back-end resources. This can be done through an in-memory cache, such as Memcached or Redis.

CDN cache

Use a content delivery network (CDN) to cache static resources and distribute them to edge nodes closer to users, reducing response times and reducing server load in the United States.

Browser cache

By setting the appropriate HTTP headers, you can allow browsers to cache static resources and reduce unnecessary repeated downloads. This includes setting Cache-Control and Expires headers.

Database query cache

Use a database query cache to avoid repeated execution of the same query. Many database systems support query result caching.

Page fragment caching

Only parts of the page are cached, not the entire page. This works well for situations where parts of a dynamic page don't change very often.

Object level cache

Object-level caching is the caching of entire objects in memory, for example using cache libraries (such as Guava, Ehcache) to cache Java objects.

Preloaded cache

During low peak periods or non-high load periods, use a preload mechanism to cache some popular resources or pages in advance to reduce the load on the US server during peak periods.

Use ETag in moderation

ETag is a mechanism that helps browsers determine if a resource has changed. Moderate use of ETag helps reduce unnecessary resource transfers.

Page compression

Use compression algorithms such as Gzip or Brotli to compress transmitted page content, reducing network transfer time and bandwidth usage.

Consolidate and minimize resources

Merge multiple CSS and JavaScript files and minimize their size to reduce load times and improve page performance.

Periodically clear cache

Periodically clean caches that are out of date or no longer needed to free up memory and ensure the freshness of cached data.

When applying the above caching techniques, select them according to the actual application scenarios and requirements to ensure the rationality of the caching mechanism and avoid data inconsistency or expiration caused by caching. Effectively reduce the load of the US server, improve the performance of the US server, and ensure that the system can remain stable and reliable under high load and high concurrency.