There are two main application scenarios for this technology: the first is to solve the problem of high-precision measurement of the object's dimensions, orientation, and attitude, which is particularly common in industrial, medical, and commercial applications that require high precision; the second is to provide cost-effective human-computer interaction (HCI) technology in areas that require convenient, fast, and accurate HCI, which is very important in the fields of industrial robotics control, as well as VR This is very important in the field of industrial robot control, and VR/AR. Specifically, common application scenarios include:

Industrial field: the need for three-dimensional dimensional measurement of parts on the production line to determine whether their geometric dimensions and positional deviations are qualified.

Computer-aided surgery: the need to accurately measure and locate the three-dimensional spatial position of the scalpel, in order to cooperate with computer-aided imaging, to help the doctor to complete a variety of surgical procedures.

Security monitoring field: accurate measurement of moving objects is needed to provide accurate motion detction alarms, which cannot be false or omitted.

Industrial robot standardized teaching system: by providing a convenient and fast human-machine interaction way to realize the teaching of the robot, so as to form a more efficient supplement to the existing programming of the teaching method;

VR field: whether inside-out tracking solution, or outside-in tracking solution, it needs to be a real-time localization and tracking of the controller for real-time localization and tracking. This localization and tracking requires accurate positioning, stable tracking, and no loss, no matter how fast the controller is moving and whether it is obscured or not.

The above fields have a very strong demand for the measurement of three-dimensional spatial dimensions, orientation, and attitude of objects, which is a rigid demand. From the above application scenarios, we can see that a solution that can provide the right accuracy, cost, convenience and high robustness according to the corresponding application scenarios will surely be able to win the favor of the market. Please note that the "appropriate" here is very important, because, all out of the application scenarios, out of the cost of talking about performance and convenience are "rogue". Therefore, for spatial measurement and positioning technology, the program must be flexible, according to the needs of customers and application scenarios, and the corresponding adjustment, so that in the vertical field has the strongest competitiveness.