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How can properly compressing and optimizing image and other static asset files genuinely help meaningfully reduce a Flutter web app's own overall total download size and improve its overall subsequent loading performance?

Intermediate

Answer

Just as with any other typical website, properly and appropriately compressing images to a genuinely reasonable file size, serving a genuinely modern, efficient image format such as WebP where it is actually genuinely well supported, and properly and correctly configuring your actual web server to serve every one of your static asset files with appropriate compression, such as gzip or brotli compression, all meaningfully help reduce your Flutter web app's own overall total download size, which directly and meaningfully translates into a genuinely noticeably faster overall loading experience, particularly and especially for users who are genuinely accessing your app over a considerably slower mobile network connection.
# Enabling gzip compression on Firebase Hosting
{
  "hosting": { "headers": [{ "source": "**/*.js", "headers": [{"key": "Content-Encoding", "value": "gzip"}] }] }
}
Real-world example A media heavy Flutter web app switches all of its own product images over to the considerably more efficient WebP format and properly enables gzip compression for its own compiled JavaScript bundle, meaningfully and noticeably reducing overall total page load time for its genuinely mobile network based visitors.

Common follow-ups: What is the actual real practical compression difference between gzip and the considerably newer brotli compression?;How do you actually properly serve WebP images with a genuinely reasonable fallback specifically for any older, less capable browsers?