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The success of technological products depends on how they are received by the target audience. User experience (UX) is essential while designing a superior product. AI products created with intelligent UX designing are aimed at improving user interaction and offer a huge opportunity space in improving user experience. The combination of UX and AI can be exciting if implemented correctly.

AI Design Principles to improve UX

For UX designing to work with AI, certain basic design principles must be followed. These design principles enable the implementation of AI in digital transformation services and solutions. Read on to know more about each principle:

  • Predicting Future Outcomes – UX designing can only be a success if it closely caters to what the end-users want. This is possible through the use of data analytics. AI can be used to predict the possible responses to any UX design. Rather than approximation, the prediction is based on real-time insights and analytics. The previous responses of customers are collected and analyzed to determine what the future outcomes will be.
  • Autonomous Operations and Automation – AI tools can work without human intervention and it is this ability to operate autonomously that increases the productivity of an interface. UX designing of AI products can be made efficient and accurate due to the autonomous nature of the tools. AI automation, on the other hand, increases efficiency. It eliminates the need for manual skills in several technological processes, making user journey smoother.
  • Interaction with Customers – The role of customer interface in managing customer experience is immense. With AI, this interaction can be through virtual reality or augmented reality. Thorough knowledge of how customers respond to the product can help UX designers understand what changes are necessary.
  • Better Impact on Technological Advancements – According to this design principle, AI needs to have a physical impact on developing technologies. When used with UX, it can enable certain aspects to improve. For example, 3D printing is now more sophisticated and complex. The process of printing can be modified to accommodate various manufacturing needs.
  • Implementation of Strategies – When AI is used in UX designing, it can be used to regulate complex processes. Human intervention can increase the overall time taken. AI automation can eliminate the risk of human error. It can be used to make strategic decisions in order to create a better design. Machine learning and algorithms are available to analyze a large volume of metadata and provide actionable insights. These can then be transformed into strategies that will improve the UX design.
  • Risk Management – AI tools are able to predict risks and threats that can affect the UX design of an interface. In combining AI with UX, such tools can be used to reduce errors that can disrupt operations. AI can also be used to monitor potential threats to the interface and eliminate them before they compromise user experience.

UX Design in AI-driven ITOps

Information Technology Operations or ITOps involves collecting, designing, and analyzing various components of a company’s IT infrastructure. IT operations management software applications are used for the configuration and maintenance of these components. AI tools help to monitor the IT infrastructure and send alerts if there are any threats. These alerts help to prioritize the situations and formulate the necessary responses. UX design in these AI alerts can help make the system more productive. This is done through UX experience analysis. A specific set of strategies and guidelines are used to understand how user-friendly the interface is. For ITOps, UX analysis reveals how beneficial the AI tools are and how they are impacting the end-users.

UX Elements of an AI Product

Similar to IT Automation with AI, which reduces human error and provides better outcomes, the designing of AI products is aimed at getting a better response from the end-users. AI products can be in the form of 2D animation on a personal computer or interactive voice-based systems. The design can also include augmented or virtual reality. To improve user experience and create an interface that is interactive, there are specific UX elements that need to be used. These have been discussed below.

  • Conversation – End-users need to be comfortable in using and interacting with an AI product. Thus, a conversation is an essential element of UX design. The interface should have a friendly tone that engages with the users and puts them at ease. This improves the user experience. Data visualization or insights from initial interactions can be used to understand how the end-users are responding to the product. If an interface is failing to connect with the users, then the design should be modified.
  • Personalization of Products – Interactive user interfaces ask questions and use the answers to improve the overall user experience. This allows users to believe that the AI product is beneficial and impactful. The interactions with users provide essential metadata that can be analyzed. If the UX design of a user interface is adaptive, then the metadata collected can be used to implement the necessary changes. This will allow an IX designer to modify the interface so that the product responds better to user inquiries.
  • Better Visualization – Insights are essential when it comes to designing an AI product. If users can visualize the product clearly, they are likely to respond better. This will improve the insights. UX designing should allow AI products to communicate with the end-users. This is usually done through interactive speech or visualization. It can be through verbal replies, images, video clips, or even data visuals.


Artificial intelligence is now being infused into various technological solutions. Combining UX design with AI has the potential to bring about massive change. Products created by incorporating UX designing with AI solutions are far superior and get a better response from users. They are interactive and help to establish a stream of communication between the user and the designer.

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