2 min read AWS
Amplifying Website Performance with AWS: Beyond Core Web Vitals
Boosting Website Performance on AWS: Strategies Beyond Core Web Vitals
Introduction
Optimizing website performance on AWS involves a symphony of strategies, well beyond just focusing on Core Web Vitals. This article delves into how AWS services like CloudFront and S3 can be fine-tuned to significantly enhance your site’s speed and user experience.
Advanced Techniques for Performance Enhancement
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Sophisticated Browser Caching: Leverage browser caching to reduce server hits and speed up page loads for repeat visitors. On AWS S3, this can be achieved with a command like:
aws s3 cp --cache-control max-age=3153600,public s3://yourbucket/yourfile s3://yourbucket/yourfile
This command sets a long cache lifetime, ensuring that your static content is stored in users’ browsers.
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File Compression: Compress your files to slash loading times. AWS S3 supports this with a simple command line:
aws s3 cp --content-encoding gzip s3://yourbucket/yourfile s3://yourbucket/yourfile
Pre-compress files before upload to maximize efficiency.
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CloudFront Edge Node Caching: Utilizing AWS CloudFront, distribute your content across global edge locations. This reduces latency by serving content from the nearest edge location to your users.
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Optimizing S3 Storage Classes: Choose the right S3 storage class for your use case. For frequently accessed content, use S3 Standard. For less accessed content, consider S3 Intelligent-Tiering, which automatically moves data to the most cost-effective access tier.
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HTTP/2 Support: Enable HTTP/2 in CloudFront. It allows multiple requests and responses between the client and server in parallel, reducing the load time.
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TLS Optimization: Use TLS 1.3 on CloudFront. It’s faster and more secure, reducing the time for SSL/TLS handshakes.
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Image Optimization: Use image formats like WebP for better compression and quality. AWS Lambda@Edge can dynamically convert images to WebP based on browser support.
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Lambda@Edge for Custom Code: Execute custom code closer to users with Lambda@Edge. This is useful for SEO redirects, A/B testing, or user authentication.
Conclusion:
By implementing these tactics, you’re not just boosting performance metrics but also enhancing the overall user experience on your website. It’s all about delivering content swiftly and efficiently.
Fun Fact:
The term “browser war” refers to the competition between web browsers. The first one started in the late 1990s, primarily between Internet Explorer and Netscape!
Joke:
Why do frontend developers eat lunch alone? Because they don’t like table joins!
Quote:
“The best performance improvement is the transition from the nonworking state to the working state.” – John Ousterhout. Let’s keep those websites fast and functional!