While Microsoft continues its moves for artificial intelligence applications, its new feature for Copilot Studio draws attention. Together with this new particular, Copilot Studio can directly interact with the components on the screen. In other words, an artificial intelligence can now click on the buttons, choose from menus and write texts in the fields. He can take part in a digital employee who imitates people’s operations one -to -one.
One of the most remarkable aspects of this system is that it is possible to communicate with applications, even if it is not API support. Normally, for automation, applications should be opened to the outside world, while Copilot Studio does not need it. This structure, which operates through the visual interface, goes beyond systemic constraints. This means a very important step especially for old software and internal systems.
Copilot Studio just doesn’t work with data
According to Microsoft, Copilot Studio no longer works with data, but also works with the software itself. He knows which button to be pressed when a window is turned on, he can solve what to write when he sees a text field. It is one of the remarkable aspects of the system that it detects changes in the user interface and maintains automation uninterruptedly. Even if the button in the interface changes, Copilot can notice it and perform the appropriate action.
Copilot Studio’s capabilities are not limited to the use of application. The system may function in a wide range of tasks, from market research to invoice, from data input to content update. Many routine tasks manual by businesses can now be performed by these digital agents. This both saves time and reduces the error rate.
In addition, Microsoft’s Integration of the Copilot system supports this process. While the user is busy with another business, this structure, which can reserve or complete shopping in the background, is currently working with a limited number of services. But Copilot Studio promises a much wider access area. It can directly intervene in applications without any API constraints.
Microsoft’s developments in this direction are remarkable especially for companies that are in the process of digital transformation. Since most businesses still work with manual processes, such solutions have the potential to seriously increase productivity. Moreover, these systems can work with existing systems without requiring direct rewriting of software. In other words, digital assistants can come into play without the need for high -budget transformation projects.
In addition, the high error tolerance of the system also provides an important advantage. In small changes in the application interfaces, the process is not unfinished, increases the reliability of automation. This makes it more usable instead of reducing addiction to artificial intelligence. This structure, which reduces continuous care needs, also contributes to the decrease in operational costs.
However, it is not clear whether the system is effectively working on all platforms. For now, it has been focused on corporate usage scenarios. In other words, individual users should not be expected to access all these advanced skills directly. Nevertheless, it is likely that Microsoft will make a more comprehensive distribution in the future.