Scenario switching is often used in network environments such as KVM matrix systems (keyboard, video, mouse). It enables the pre-programming and quick activation of certain configurations or so-called "scenarios".
Scenario switching can be used to save the switching status of a workstation, several workstations or the entire system. The switching states are saved to the selected extent in a script in the matrix system and can be called up and executed via the on-screen display (OSD) of the authorized workstations.
The manual configuration of connections in a branched system with many input and output devices can be time-consuming and error-prone. This is where scenario switching offers a solution. It makes it possible to save certain configurations in advance. Each scenario can then be activated with a single command if required.
For example, certain keyboards, mice and monitors may be assigned to a group of servers that are reserved for specific tasks or applications. As soon as this scenario is activated, the Matrix system establishes the necessary connections so that all authorized users can start working immediately.
The ability to quickly switch between different scenarios is particularly valuable in safety or time-critical environments such as air traffic control, surveillance systems or industrial automation. Scenario switching reduces the risk of human error, saves time and enables more efficient use of resources.
Scenario switching offers high flexibility, reliability and efficiency for network systems. It simplifies complex network connections and enables direct adaptation to different situations.
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