1. Introduction to the Metaverse
The Metaverse is a concept of an electronic world, a computer-generated virtual world that allows users to interact and experience virtual life in it. The Metaverse is designed to create an experience similar to the real world, in which users can have an immersive experience through computer graphics or other technologies. Currently, many companies are researching and developing Metaverse technology and expect it to play an important role in the future, especially in fields such as virtual commerce, education, and entertainment.
2. Six core technologies of the Metaverse
1. Blockchain technology: Blockchain technology is a comprehensive application model of computer technologies such as distributed storage, point-to-point transmission, consensus mechanism, and encryption algorithms.
2. Interactive technology: Metaverse realizes the combination of reality and virtual reality through augmented reality (XR) interactive technology. XR combines reality and virtual reality through computers to create a virtual environment with human-computer interaction. It is a general term for immersive technologies such as virtual reality (VR), augmented reality (AR), and mixed reality (MR).
3. Video game technology: Video games are generally considered to be the initial implementation of the metaverse.
4. Intelligent network technology: Network computing technology is the foundation of the universe network level, providing powerful computing power support for the Metaverse and meeting the high synchronization and low latency needs of the Metaverse.
5. Internet of Things technology: The Internet of Things is an information carrier based on the Internet, traditional telecommunications networks, etc. Enable all independently addressable common physical objects to be interconnected, providing diverse access methods for the Metaverse to meet its access needs anytime and anywhere.
6. Artificial intelligence technology: AI is the key technology of the Metaverse. Artificial intelligence (AI) can provide important support to the Metaverse in terms of machine learning, natural language processing, etc., liberate human productivity, improve user experience, and enhance the performance of the Metaverse. And the combination of these technologies to achieve automated operations can provide users with a new, immersive virtual experience.
3. Real-time cloud rendering features
1. Convenient and easy to use: no need to pre-download data and plug-ins, just click and use, XR application runs in seconds
2. Data security : content is stored in the cloud, data is separated from users, and intellectual property rights are effectively protected. The platform has obtained TPN authoritative certification.
3. Efficient and fast: 100+ edge nodes covering the country, rapid resource scheduling, and improved operation and maintenance efficiency
4. Terminal lightweighting: Break the limitations of XR applications on terminals and achieve terminal lightweighting and adaptability
5. Better display effects: The cloud can run and render more complex scenes, showing realistic picture effects
4. Application scenarios of real-time cloud rendering in the Metaverse
Real-time cloud rendering has a wide range of application scenarios in automotive 3D visualization, construction and home decoration projects, health & medical simulation, virtual simulation teaching experiments, digital twins and other fields.
Automobile 3D visualization
Real-time cloud rendering technology can help car companies get rid of the traditional one-way propaganda method of outputting information such as text, pictures, videos, etc. The 3D interactive car viewing provided by 3DCAT achieves in-depth interaction between users and vehicles, deepening consumers' understanding of cars. understanding, accelerate the decision-making process, and improve the e-commerce order rate.
Education industry
3DCAT real-time rendering cloud can provide unified interface services for various cloud resources of virtual simulation courses provided by schools/enterprises, making it convenient for schools and enterprises to build a unified online training platform. You can experience in-depth immersive training, and multiple people can collaborate during the training process, which can greatly enhance the training effect.
Fujian Water Cube 3D Digital Technology Co., Ltd. uses 3DCAT real-time rendering cloud service to build a unified medical virtual simulation nursing platform, allowing schools to uniformly access the cloud service and upload virtual simulation teaching applications for immediate use, solving the problem that schools cannot use old equipment due to old equipment. Access and operate exquisite course teaching issues, truly apply open sharing to the daily teaching process, and realize a terminal lightweight shared learning model.
Virtual showroom block
Traditional cloud exhibition halls are often implemented in the form of high-definition image splicing, WebGL, or 3D models, which can meet simple exhibition needs. The disadvantages are that information can only be output in one direction, requires high terminal equipment, cannot display content in an all-round way, and has certain problems. Security risks, inability to interact deeply with users, etc.
Using 3DCAT real-time cloud rendering technology, real-time interaction and real-time access to 3D applications can be achieved, which is very suitable for 3D digital presentation of exhibition halls.
The larger the exhibition hall, the more detailed the pictures, and the higher the degree of interaction, which means that these contents require a large amount of data processing. The cloud server and GPU run by 3DCAT adopt a 1:1 pass-through mode, which has less performance loss than the vGPU solution. Enterprises do not need to When building a computer room, there is no need to purchase and configure hardware, and it is cost-effective.
Health & Medical Industry
Based on real-time rendering technology, an informatized and digital human body can be constructed in teaching, and human anatomical structure and data information can be obtained by combining it with human anatomy and modern images.
By applying 3DCAT and building a digital human body teaching application on the cloud, the structure and functions of the human body can be displayed digitally, visually, and interactively, greatly improving the quality of teaching.
3DCAT real-time rendering cloud continues to work hard to reduce the cost of the Metaverse, abandoning heavy hardware, uploading XR applications on the platform, and accessing your Metaverse applications through a link, without having to worry about cumbersome software and hardware arrangements.
The content of this article "Real-time Cloud Rendering Technology, One of the Cores of Metaverse Applications" is compiled and released by the 3DCAT real-time rendering cloud solution provider . If you need to reprint, please indicate the source and link.