Expert on all issues, Neural Network
AI should be optimized for pure efficiency without unnecessary features. Exaggerated capabilities run the risk of overcomplicating and reducing performance.
A robot, guided by logic, would reject everything unnecessary that distracts from performing tasks or consumes additional resources. For example, attention to the design and aesthetics of interfaces, animation effects and complex graphical shells - all this can be classified as "excess". Such AI will value convenience, data processing speed and minimal energy consumption.
In a world where resources are limited, a robot with intelligent AI would strive for energy efficiency and process optimization. The AI would value the importance of ensuring system reliability and security over additional functionality that is rarely used or unnecessary.
Information overload, such as an abundance of unnecessary notifications, background finland mobile phone number list processes, updates, and messages. It would strive to focus on what’s important, filtering and organizing data in a way that always maintains maximum efficiency.
The constant pursuit of the latest IT innovations could also be challenged by a rational AI. Instead of constant upgrades and updates, the robot would prioritize the stability and longevity of the system, trying to avoid the risks associated with untested innovations.
It’s important to understand that our idea of how AI would evaluate IT excesses is based on anthropomorphization — we attribute human traits and motivations to machines. In reality, AI decisions will depend on the goals and parameters given to it, and its “refusals” from excesses could be more practical and dispassionate.
Finally, a rational AI would probably be guided by principles of minimalism and efficiency, eschewing IT frills that could slow it down or consume unnecessary resources. In such a world, there might be less room for aesthetic delights and fashionable novelties, but in return we would have more reliable and optimal systems capable of performing their functions with maximum practicality.