In the conclusion of this three-part interview the Jason Grigsby, we examine what the future may hold for images on the web. Previously: Part 1, Part 2.
EP: I want to go back to the idea that we started with, that images are fundamentally complicated; that they’ll always present us with problems. What do you think we are going to be working on and talking about in five-to-10 years with regard to images?
This is a guest post by Nicolas Hoizey, co-founder of Clever Age and creator of the Jekyll Cloudinary plugin. Nicolas’ plugin leverages Cloudinary’s image storage, optimization, resizing, and delivery infrastructures to automate responsive images in Jekyll-generated static sites. We think it’s the bee’s knees, and invited Nicolas to write a bit about the process and motivation behind it. Without further ado, here’s Nicolas.
Even though websites have changed dramatically over the years – from simple text-based pages to advanced in-browser apps full of images and videos – the underlying HTTP protocol really hasn’t changed - until recently, with the approval of the HTTP/2 protocol by the IETF. Today Cloudinary is proud to announce, as part of a CDN infrastructure upgrade, general availability of HTTP/2 support in our image and video management solution. This will help you optimize the user experience on your app or website even more.
Once upon a time, in long forgotten browser versions, getting a video into a website required creating and embedding Flash resources. But these days, all modern browsers support HTML5, including the HTML5 video tag, which means you’ve got a built-in video player that anyone can use.
I'll start by giving it to you straight:
As part of the recent "auto–everything" launch, we introduced two new transformation parameters – dpr_auto and w_auto, which pair the DPR and Width Client Hints with Cloudinary’s existing image resizing and delivery infrastructure, in order to serve up simple, automatic responsive images.
One of the most important things to know about compressing image files is that a smaller file size comes at the cost of a lower image quality. How much lower, and whether low enough to make a difference visually, depends on the image. Compression can be very effective at reducing the size of the image, and besides lowering the costs of storage space and bandwidth, a reduced image size goes a long way to retaining your users’ attention with faster, smaller downloads.