Hyperlinks don’t always get the attention they deserve from web designers. Sure, we might make a few tweaks. However, we don’t always go the extra mile to make them stand out.

It is clear that, with or without AI, the things designers and developers find most useful haven’t fundamentally changed: good quality design resources to make good work; productivity tools to get that work done faster; and business helpers to get the job in the first place, and get paid for it while maybe having a little fun along the way.

These core functions support higher-order executive functions like reasoning, problem-solving, and planning. In this analysis, we focus primarily on the three core functions, as these represent the foundational cognitive processes underlying how people interact with technology.

As I delve deeper into understanding the capabilities and limitations of Artificial Intelligence, I see an opportunity for AI/ML to improve an existing flow in the Automotive industry.

This week, OpenAI launched what its chief executive, Sam Altman, called “the smartest model in the world”—a generative-AI program whose capabilities are supposedly far greater, and more closely approximate how humans think, than those of any such software preceding it. The start-up has been building toward this moment since September 12, a day that, in OpenAI’s telling, set the world on a new path toward superintelligence.

Around 75% of consumers lean into the email channel for both promotional and transactional updates from brands.

Visual hierarchy plays an important role in creating designs that are not just beautiful but also functional. Without the right balance of size, color, and spacing, a design will become cluttered, confusing, and chaotic.

Learn how to create this powerful morphing effect with only JavaScript using the Canvas2D API.

Cross-document view transitions and scroll-driven animations let you add more interactivity to your applications with a few lines of CSS. You can now animate to height: auto;, style scrollbars, and size text inputs to their contents.

Caching is the process of storing copies of files in a cache, or temporary storage location, so that they can be accessed more quickly. When a browser caches a file, it stores a copy of that file on the user’s device. This means that the next time the user visits the same page, the browser can load the file from the cache instead of downloading it again from the server.