New patent from Sony to simulate heat in games directly through the Dualsense controller
In the current generation of gaming consoles, especially through the PlayStation 5 platform, Sony has managed to excel over Microsoft in several important points that distinguished the current generation PlayStation console.
One of the key factors undoubtedly is the features of the Dualsense controller, through which it was able to introduce a range of new ideas that provide an important addition to the gameplay. Starting with the dynamic vibrating technology Haptic Feedback, as well as the interactive Adaptive Triggers buttons, which were a strong addition, and by supporting them in exclusive and third-party games, their value has increased.
We recently discussed how, for example, the new Resident Evil 4 Remake game dealt with these exclusive features on the PlayStation 5 console through the Dualsense controller, but according to new reports, it seems that Sony is aiming to enhance and push these technologies to new levels, which has come to the forefront in the past few hours due to what has been shared with us by several sources.
Based on a new patent registered by Sony, the company is targeting a new technology to simulate atmospheres in games directly through the controller, where it can provide simulations of heat or cold based on manufacturing materials that replace the ordinary plastic used in the current controller.
By utilizing a new material in manufacturing and developing the integrated dynamic vibrating system according to the new patent, developers can directly simulate game atmospheres through the controller, representing a significant breakthrough by Sony. However, the concern will undoubtedly be the high cost of this material, which may make the manufacturing value of the controller very high, potentially relegating this idea to the archives, even though it is very encouraging. However, from a personal perspective, it will be difficult to implement at this specific time unless it is planned for years to come.
