The holographic SDK service is a software toolkit for the development of holographic data processing. Customers can use the holographic SDK through the MicroCloud open application programming interface ("API"). No need to spend a lot of time developing holographic data software. MicroCloud's customers can spend more energy and time at the core and professional part of the service to better serve customers.
MicroCloud will also regularly upgrade and update its holographic SDK according to market demand. The holographic SDK provides a holographic image processing, holographic data modeling, holographic special effects such as holographic image processing, holographic data modeling, holographic special effects, etc., and also provides various data services for developers of holographic digital content and software.
LiDAR technology can generate millions to tens of millions of point clouds per second, while unprocessed point clouds are disordered and lack color and texture information, which is impractical for applications. MicroCloud's holographic laser LiDAR algorithm can achieve noise reduction, simplification, calculation, aligning, location, recognition, and point cloud extraction. Accurate digital holographic 6D scene reconstruction is also can be completed by the algorithm.
At present, MicroCloud is a direct supplier of certain automobile brands, and it is also a secondary supplier of other car brands and product suppliers in the aftermarket. Therefore, MicroCloud still has a lot of room for growth in the field of automobile ADAS, and automobile based on holographic LiDAR.
In the holographic ADAS, MicroCloud provides holographic vehicle intelligent visual systems, equipped with advanced sensors, controllers, actuators, communication modules and other devices. Control the vehicle.
Digital twins are dynamic virtual replication of physical products or processes. It includes the model of the physical object, the data of the object, the only one-to-one response relationship with the object, and the ability to monitor the object. By simulating the performance of similar products in the real world, digital twins have become virtual keys to unlock more efficient product manufacturing and real-time analysis. Because digital twins use real-work data and allow pre-visualization and real-world deployment processes at the same time, holographic twins technology can make realistic dynamic previews of real-world products without any VR/AR helmet or special glasses.
MicroCloud's holographic digital twin technical services are a human-computer interactive technology characterized by immersive experience, combined with digital twin architecture to support the in-depth information interaction and collaboration between virtual entities, physical entities and humans.
With the help of MicroCloud's holographic digital twin technology, digital copying, real-world management, and problem detection and relief can be performed efficiently without people present or supervision. For example, if the problem is detected in digital twins, you can automatically call the required operation in the real world.
MicroCloud holographic twin technology puts forward more interactive, more immersive, and clearer requirements for display terminal devices, various holographic images and sound collection equipment. higher requirement.
MicroCloud will rely on 6G networks to integrate application scenarios such as communication, long-range medical, construction, and industry, to realize the interaction between projection content and users, greatly shorten the distance between communication information and users, and establish an information dissemination method with "user experience" as the core.