This means browsers will automatically download and decompress content from a web server at the client-side, before rendering webpages to the viewer. On the client-side, most browsers today support brotli and gzip compression through HTTP headers ( Accept-Encoding: deflate, br, gzip) and can handle server response headers. AWS Lambda on the server-side supports Content-Encoding header.

This capability is negotiated between the server and the client using an HTTP header which may indicate that a resource being transferred, cached, or otherwise referenced is compressed.

HTTP compression is a capability that can be built into web servers and web clients to improve transfer speed and bandwidth utilization. Through this technique AWS Lambda to automatically compress the objects uploaded to S3. Using WebGL, websites are more immersive while still being accessible via a browser URL. Improved load times also directly influence the viewer experience and retention, which helps in improving website conversion and discoverability. When requested webpage objects are compressed, the transfer size is reduced, leading to faster downloads, lower cloud storage fees, and lower data transfer fees. You can find a detailed relevant discussion in Can a website detect when you are using Selenium with chromedriver? Changing WebGL Vendor/Renderer in AWS LambdaĪWS Lambda enables us to deliver compressed WebGL websites to end users. Const discordModals = require('discord-modals') Ĭonst '`)

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