A user of our KVM switch once noticed a behavior that puzzled him:
When the computer connected to port 2 was in use and then powered off, he subsequently started the computer on port 1. However, the KVM did not automatically switch to port 1 as he expected—it. It remained on port 2, and he had to switch manually to continue working.
Through communication, we realized that the user wasn’t questioning whether the device was “malfunctioning.” Rather, he had a higher expectation for its behavior: he believed that when one computer shuts down, and another powers on, the KVM should automatically switch to the active device. This would feel more intuitive and natural.
In reality, the model originally supported an automatic scanning feature, which cycles through all ports at fixed intervals. This differs from the “smart automatic switching” the user envisioned—switching based on the active status of connected devices. This distinction caused a gap in user experience.
Once we understood the real need, we didn’t stop at explaining the functionality. Our engineering team optimized the firmware and added port status detection, enabling the KVM to automatically switch to the device that is currently powered on.
This update transformed the switching logic from “rule-based polling” to “state-aware response,” bringing the KVM’s behavior closer to the user’s natural expectations.
For us, this wasn’t just a functional upgrade. Many valuable improvements start with small, instinctive questions from users about “how things should be.” When these questions are carefully listened to and translated into product capabilities, the product itself undergoes a true evolution.
