A brief is not a formal document to tick off. It’s a map of the terrain that you and the language model will navigate toward the goal. Remember: AI works based on the context you give it. The clearer you explain the task, the more accurate the result will be.

AI is a tool, not magic

It is important to understand the fundamental nature of what we call “artificial intelligence”. In fact, modern language models are not intelligence in the human sense, but complex statistical systems that predict the most likely next token (word or character) based on patterns learned from huge data sets.

Picture this: you’re a UX designer and you have an idea for a new product. In the traditional process, weeks, if not months, pass from concept to working prototype. Research, design, iterations, approvals — each step takes time and resources.

But what if I told you that the same journey could be accomplished in a matter of days?

There are four key principles when it comes to creating accessible interfaces: Perceivability, Operability, Understandability and Reliability (POUR). They help ensure accessibility in the design process.

When we create digital products and services, it is important to make them accessible to all users, including people with disabilities. Assistive technology is all products, equipment and systems that enhance the learning, working and daily life of people with disabilities.

User-centered design, or User-Centered Design (UCD), can be explained with the example of a simple and familiar process - making a pie for your favorite grandmother.

When designing a new product or feature, it is important to consider the different platforms on which users will use it. A platform refers to the device or environment on which a product is being tested. Some of the most common platforms include desktops, laptops, cell phones, tablets, smart watches, TVs, and smart displays.

Interface design for mobile apps, websites, AI voice assistants, AR goggles, and brain-embedded chips varies by platform. Mobile apps prioritize compact, fast, intuitive designs; websites focus on cross-device compatibility and structure; AI assistants emphasize natural dialogue; AR requires 3D modeling; and brain chips demand deep neurological understanding. All aim for user-friendly interaction, requiring designers to master platform-specific skills and actively test hardware to ensure intuitive, effective designs.