Hyper3D.ai: Pioneering the Future of 3D Model Generation with AI

Hyper3D.ai is a revolutionary online platform developed by Deemos (Yingmou Technology), dedicated to transforming the 3D content creation landscape through advanced AI technology. It offers a suite of powerful tools that simplify and accelerate the 3D modeling process, making it accessible to a wide range of users, from professionals in the gaming, film, and design industries to hobbyists and enthusiasts.

1. Core Tools and Their Functions

Rodin

• High - Quality 3D Model Generation: Rodin is a controllable large - scale generative model designed to create high - quality 3D assets. It stands out for its ability to generate models with clean and sharp surfaces, which is a significant advantage, especially for CAD - like industrial models and hard - surface models. For example, it can accurately generate the intricate details of a mechanical part or the sleek curves of a product design.
• Multiple Input Modes: It supports various input methods, including text, single images, multi - view images, and doodles. Users can input a detailed text description like "A futuristic spaceship with a triangular hull and glowing engines" or upload a single image of an object, and Rodin will generate a corresponding 3D model. The multi - view image fusion feature allows for more comprehensive and accurate 3D model creation by combining different perspectives of an object.
• Fast Generation Speed: With an 8X speed - up compared to previous versions, Rodin can generate 3D models in a matter of minutes to tens of minutes, depending on the complexity of the model. This significantly reduces the time spent on 3D modeling, enabling users to iterate quickly and bring their creative ideas to life faster.
• Versatile Output Formats: The generated 3D models can be exported in multiple common formats such as GLTF, FBX, and OBJ. This compatibility makes it easy for users to integrate the models into different 3D software and platforms, including popular game engines like Unity and Unreal Engine, 3D animation software like Maya and Blender, and virtual reality (VR) and augmented reality (AR) applications.

ChatAvatar

• Realistic 3D Face Model Creation: ChatAvatar is a tool that specializes in generating highly realistic 3D face models. It can create 3D facial models with PBR (Physically - Based Rendering) materials from text descriptions or images. For instance, users can input a description like "A young Asian female with long black hair, big eyes, and a friendly smile" or upload a portrait photo, and ChatAvatar will generate a corresponding 3D face model with lifelike details.
• Customization and Animation: The generated 3D face models can be further customized in terms of facial expressions, hairstyles, and clothing. Additionally, they are ready for animation, allowing users to create animated characters for movies, games, virtual reality experiences, or other applications that require realistic facial animations.

2. Technological Achievements

• Award - Winning 3D Native Model: The 3D native large - scale model Clay, jointly developed by Yingmou Technology and Shanghai University of Science and Technology, was presented at the ACM SIGGRAPH 2024 conference, one of the world's top computer graphics conferences. Both Clay and the 3D clothing generation model Dresscode received the Best Paper Honorary Nomination at SIGGRAPH 2024. Clay has significantly improved the quality of 3D generation and has become a widely recognized technical approach in the academic field of 3D large - scale models.
• Innovation in 3D Generation Technology: The development of these models represents a technological breakthrough in the 3D generation field. They address the limitations of traditional 3D modeling methods and 2D - to - 3D conversion techniques, such as information loss and the need for extensive manual post - processing. By using 3D native data from the start, Hyper3D.ai's models can generate more accurate and high - quality 3D assets with less manual intervention.

3. Applications

• Gaming Industry: Game developers can use Hyper3D.ai to create a variety of 3D assets, including characters, environments, weapons, and vehicles. The high - quality and fast - generation capabilities of Rodin and ChatAvatar enable game studios to reduce development time and costs while improving the visual quality of their games. For example, a small indie game developer can quickly generate unique 3D characters for their game without the need for a large in - house art team.
• Film and Animation: In the film and animation industry, Hyper3D.ai can be used to create detailed 3D models for characters, props, and scenery. The realistic 3D face models generated by ChatAvatar are particularly useful for creating lifelike characters, and Rodin's ability to generate high - quality 3D assets can enhance the visual appeal of animated films and TV shows.
• E - commerce: E - commerce platforms can use 3D models created by Hyper3D.ai to provide a more immersive shopping experience for customers. For example, furniture retailers can use 3D models to allow customers to view products from different angles, and fashion brands can use 3D models to showcase their clothing in a more engaging way.
• Education and Training: In education and training, 3D models can be used to create interactive learning materials. For example, in a science class, 3D models of cells or historical artifacts can be used to help students better understand complex concepts. In a technical training course, 3D models of machinery can be used for hands - on virtual training.
• VR/AR and Metaverse: In the virtual reality (VR), augmented reality (AR), and metaverse spaces, 3D models are essential for creating immersive experiences. Hyper3D.ai's tools can be used to generate high - quality 3D assets for VR games, AR applications, and metaverse platforms, allowing users to interact with virtual environments and objects in a more realistic way.

4. User - Friendly Features

• Low - Threshold Operation: Hyper3D.ai is designed with a user - friendly interface, making it accessible to users with different levels of technical expertise. Even those without professional 3D modeling skills can use the platform to generate 3D models. The intuitive input methods, such as text and image input, and the simple operation process enable users to start creating 3D models quickly.
• Rich Editing Options: After generating a 3D model, users can use the platform's editing tools to make adjustments. They can modify the shape, color, texture, and other properties of the model, as well as add or remove elements. This allows users to customize the generated models to meet their specific requirements.

5. Community and Sharing

• Sharing Stories and Earning Credits: Hyper3D.ai has a community - based feature where users can share their stories related to 3D model creation using the platform. By sharing their experiences, users can earn credits, which can be used to access more advanced features or generate additional models. This encourages user interaction and the exchange of ideas within the community.
• Showcasing User Creations: The platform provides a space for users to showcase their 3D creations. This not only allows users to gain recognition for their work but also serves as a source of inspiration for other users. It also helps to build a community of 3D enthusiasts and professionals who can learn from each other's work.