By Shad Super in Questions —

How Can I Utilize Server-Side and Client-Side Caching Strategies Together to Maximize Core Web Vitals Improvements?

Summary

Maximizing Core Web Vitals improvements can be effectively achieved by leveraging both server-side and client-side caching strategies. This can result in faster server response times, efficient delivery and rendering of website assets, and an overall better user experience.

Server-side Caching

Database and Object Caching

Caching database query results and PHP objects in memory using solutions like Memcached or Redis can help improve response times [How to Optimize WordPress Performance with Memcached and Nginx, 2020].

Page Caching

Pre-generating static HTML versions of dynamic pages and serving these cached versions can significantly reduce server load and response time [Edge caching for uncacheable content, 2021].

Content Delivery Network (CDN)

Using a CDN, you can cache static site assets closer to the user's location, improving the speed of access and site load time [CDN, MDN Web Docs].

Client-side Caching

Browser Caching

By setting appropriate HTTP header directives for browsers, you can cache static website assets locally, reducing the need for repetitive requests to the server [HTTP Caching, MDN Web Docs].

Application Caching with Service Workers

Service Workers can cache API responses and other data locally on the user device, improving load times for offline or slow-connection users [Service Workers: An Introduction, Google Developers].

Local Storage and Session Storage

Store user data or state in the browser's Local Storage or Session Storage for quick access and persistence between sessions [Window.sessionStorage, MDN Web Docs].

Conclusion

By leveraging server-side and client-side caching strategies, you can optimize your Core Web Vitals, improving both website performance and user experience. This comprehensive approach, supported by uniquely tuned caching strategies, results in an efficient web application that meets and surpasses modern performance expectations.

References