Xvisio Technology has always focused on independent research and development of core technologies and pursued continuous innovation. Currently, we hold over 40 patents and software copyrights worldwide. We have developed a series of XR products, including OST/VST, and possess completely independent spatial computing hardware technology and operating systems.

Domestic equipment is on the rise, and it is time to update equipment

Guiding domestic equipment to enter key industries can not only improve safety and reliability, but also promote the production, research and development, and application of domestic advanced equipment.

Currently, Xvisio's flagship product, SeerLens II B50R Pro, is a domestically produced MR glasses that competes with Microsoft Hololens 2. It uses a self-developed high-speed and high-precision 4-eye VSLAM algorithm at the underlying algorithm level, supports multi-modal interaction methods such as voice, gestures, and eye control (optional), and possesses the most advanced spatial computing and perception interaction capabilities in China.

SeerLens II B50R Pro MR Terminal

This product has the following advantages:

1. High-speed and high-precision 4-eye SLAM, inside-out positioning and tracking, high-contrast display, fine image quality, and sunshade under high light conditions;

2. "Eye control + iris recognition" is available as an option and can be expanded in the future;

3. Domestic computing terminals:

1) Based on RK3588S chip;

2) Support Gigabit Ethernet wired connection interface;

3) A version with only the Gigabit Ethernet wired connection interface is available without the communication module (WIFI, Bluetooth, etc.);

4) Can be used while charging

4. Split architecture, cross-platform, and can be connected to PC;

5. Support UE engine

6. Supports natural 3D hand interaction with 25 joints and voice interaction

7. Support multi-person collaboration

8. Low energy consumption, light weight, and long-term operation

Xvisio Technology also developed its own Seer OS system based on this terminal. This system features a rich SDK interface and various system interaction functions, supporting the collaboration of multiple development tools and multi-ecosystem applications. It also includes over ten functions, including RSTP push-pull streaming, a virtual keyboard, wireless screen projection, screen recording, 6Dof spatial anchoring, and virtual-reality fusion. Furthermore, this system also enables applications such as multi-person collaboration, remote guidance, and panoramic browsing, providing users with an open ecosystem and rich MR application capabilities.

Enhance the capabilities of smart terminals and enrich digital scene applications

The Action Plan emphasizes promoting the application of intelligent manufacturing equipment and software in the industrial field, accelerating the construction and popularization of the industrial Internet, and cultivating a new model of digital economy empowerment.

Currently, in industrial production, the training, maintenance, demonstration, design, inspection, and assembly of complex equipment are costly. Time, space, and interaction constraints result in high communication costs and low efficiency. However, a digital factory based on Xvisio's domestic MR terminals can address scenarios such as remote equipment assembly, expert assistance, remote production monitoring, and remote maintenance guidance , while also offering a variety of interactive operation methods.

Digital factory based on Xvisio domestic MR terminal

In the medical field, we will promote the iterative upgrade of medical and health institutions' equipment and information facilities, and encourage qualified medical institutions to accelerate the upgrading of medical imaging, radiotherapy, remote diagnosis and treatment, surgical robots, and other medical equipment. For example, in traditional surgical operations, doctors not only need to focus on the surgical target, but also need to look at multiple flat-screen displays, which makes it difficult to present comprehensive information.

Now, surgical navigation systems built on Xvisio Technology's domestically produced MR terminals can perform biopsies and visualize information for tumor patients, providing them with cutting-edge, low-cost treatment options. This end-to-end solution offers preoperative planning, virtual annotation, segmentation, and bidirectional imaging , optimizing interoperability, image management, and deep security.

Medical visualization system based on Xvisio Technology domestic MR terminal

In the education sector, we are promoting qualified universities and vocational schools (including technical schools) to upgrade their teaching and research equipment with advanced technology to improve their teaching and research capabilities. In some practical teaching, a large number of students require operational training. Traditional training methods are limited in effectiveness, often hindering learners' ability to apply what they have learned and wasting instructors' time and energy.

The intelligent examination and training system built based on Xvisio's domestic MR terminal can provide intelligent power for enterprises to achieve digital transformation and intelligent upgrading, enable advanced intelligent equipment process technology to be demonstrated, and allow students to master professional knowledge faster and better through advanced XR technology.

Intelligent examination and training system based on Xvisio domestic MR terminal

This time, the release of the "Action Plan" has become an important driving force for pushing MR applications towards in-depth industrial digitalization and intelligent development.

Xvisio Technology's series of applications based on domestically produced enterprise-level MR terminals have been widely implemented in industries such as industry, aerospace, education, and medical care.

In line with the Action Plan, Xvisio Technology will continue to increase its investment in product research and development in the future, while promoting the close integration of advanced equipment and scenarios, providing advanced equipment and rich technical resources to meet the industry's needs for differentiation and localization of upgrades.