The above stats signify how crucial it is for developers to craft rapid websites for their clients. However, if you’re new and unaware of the development of best practices, achieving performance can be a hassle. Apart from using the right images and clean codebase, factors such as CSS file size, data flow, etc. can also impact the website's performance. If you’re planning to learn ways, you can use the CSS for enhancing your website’s performance, stay tuned!
The Docker environment provides loose isolation between your applications and your host machine because it containerizes your applications. In other words, this implies that your application operates in a container independently of your host computer in order to achieve its intended results. Docker containers have a writable layer on top that allows you to modify the contents of the container while it is running. However, the container lifecycle dictates how these changes are made.
Kong has been hard at work to provide our customers’ the best user experience of running our products in the AWS cloud. We’ve seen tremendous growth in our partnership with AWS in terms of joint solutions (co-build), building awareness through events and workshops (co-market), and growth in the adoption of our solutions (co-sell). In fact, Kong has seen exponential growth in our Kong on AWS business year over year.
As companies are transforming themselves to compete in the cloud era, there’s renewed emphasis on delivering seamless customer experience, improving IT infrastructure, and releasing applications faster. As companies embark on the cloud adoption journey, Red Hat OpenShift gives developers a greater choice of components to build robust applications.
We’re excited to announce that Kong Insomnia now supports Websocket APIs. This is an important expansion to our API platform and is currently available in Kong Insomnia versions 2022.6.0 and above. The Kong Insomnia team is very thankful for our deeply enthusiastic and engaged community, and providing Websocket API support has been one of the most popular feature requests we’ve seen to date.
Memory management has always been a source of huge concern in Computer Science. Each piece of software is assigned a small portion of a computer’s finite memory; this memory has to be well-managed (carefully allocated and deallocated). With its efficient automatic garbage collection mechanism, Node.js tries to handle the tedious task of memory management and free up developers to work on other tasks.