Even though the image format animated GIFs are gaining popularity, their file size is usually large, causing slow loading and incurring high bandwidth costs. Besides, the GIF format is old and not optimized for modern video clips. The developer’s job of effecting fast loading of animated GIFs and delivering optimized images is complex and time-consuming.
Wouldn’t it be cool to have the powers of Gatsby rendering performant pages and serving optimized and transformed media files from Cloudinary on the same site? That’s now a reality: I’m excited to introduce two Gatsby plugins on Cloudinary: Gatsby-Source-Cloudinary and Gatsby-Transformer-Cloudinary.
It’s widely known that video is the most effective way of communicating your brand to your audience. It is also an extremely varied medium. Take a look at the existing videos in your media library, you’ll find videos with differing lengths, colors, brightness and density of content. All of these videos need to be optimized in a different way. Cloudinary’s new automatic video quality can intelligently analyze each and every video to encode it using the most optimized settings, ensuring the best trade-off between file size and visual quality, whilst also maintaining a consistent experience throughout. All you need to do is set the quality parameter to auto (q_auto in URLs) and Cloudinary will take care of the rest.
Delivering video files to users can be a much more complex undertaking than many people stop to consider. There are a large variety of video formats and codecs to choose between, and various optimization parameters for encoding the videos. Parameters such as bitrate, key-frame-interval, and frame-rate will have an effect on the visual quality and bandwidth requirements when delivering the video file. To make matters worse, there are so many potential viewing devices out there (desktops, laptops, tablets, mobiles, wearables, etc). Each of these devices have different browsers or apps, and they all support different formats and codecs!
Slow-loading web content and problematic media displays that involve seemingly interminable scrolling tick off users to no end. Compressing online images is, without question, a critical task for spearheading customer retention for websites. Keep in mind that small images can still look sharp. This article shows you how to achieve that by mastering the techniques of compressing images for the web.
Indisputably, visual presentations of events, places, people, and even intangible things make deeper impressions and linger in our minds for longer than words or any other communication medium, hence the meteoric rise through the ages of transmitting ideas and promoting brands in the business sector through images. The recent discovery of the first image of a black hole has generated calls for techniques for enhancing digital images. Specifically, the clamor is for quality-oriented tweaks that would result in optimal display and increased visibility of slightly hidden yet important content.
I recently came across a tweet by organizer and developer advocate iChuloo by way of @JAMStackLagos on how to reduce the size of an image with only one line of code on Cloudinary.
Using @cloudinary in React and this sends the image size down by ~88% with no visible change in quality. Holy smokes!! pic.twitter.com/PT2b3785Lo
SVG format has been around forever, but until recently usage has been relatively low. However, following improved browser support, developers are rediscovering SVG, and taking advantage of its merits including:
Through Stylight, a search-engine in the fashion arena, shoppers can search over 1,000 shops in 16 countries and 30 million products for the best deals and be directed to retailer websites for purchases. When a new shop goes online, Stylight must add and display as many as 50,000 or more new products on its site.