[Service] RebuilderAI to Launch VRIN3D, an Enterprise-Grade 3D Mobile Scanner with Maximum Quality Enhancement

RebuilderAI is set to launch its enterprise-exclusive service, VRIN3D (Ver2.0), at the end of September, aiming to maximize the quality of AI-generated 3D models.

VRIN 2.0, a high-quality 3D scanner based on a native app, boasts two distinctive features compared to VRIN1.0.

 

Firstly, it offers AR-based shooting guides and AI-based material generation features, enabling users to achieve high-quality 3D results without the need for specialized skills.

 

Secondly, it incorporates a Mesh Auto-Correction feature, which reduces the error rate between 3D models generated based on actual photo data and the photos themselves, thereby enhancing the quality of 3D models.

 

VRIN 2.0 excels in the production of industrial 3D MR content and is well-suited for enhancing product content in e-commerce by presenting products with greater detail and three-dimensionality. Leveraging precise and rapid mobile-based 3D scanning technology, it can swiftly create everything from real part size analysis to part assembly guides and equipment usage guides. VRIN 2.0 introduces additional features, such as material correction and mesh correction, not present in VRIN 1.0, enabling the creation of high-quality 3D products in the e-commerce market.

 

Introduction to VRIN 2.0 Technology

 

 

The Mesh Auto-Correction feature in VRIN 2.0 utilizes two key technologies: Neural Parameterization, which converts 3D models into neural representations, and Neural Inverse Rendering, which automatically corrects the models to match real photographed scenes.

 

Neural Inverse Rendering technology employs AI to predict the real 3D shapes, textures, and properties of scenes required to produce 2D images.

Traditional Neural Inverse Rendering processes typically take several hours to several tens of hours. However, RebuilderAI allows for the immediate use of scanned initial models, enabling accurate shape and texture restoration in just around 10 minutes. Moreover, even 3D models scanned with conventional scanners can be enhanced using RebuilderAI's scanning technology.

 

            Photo Description: Before - Regular Scanning vs. After - Scanning with Neural Inverse Rendering Applied

 

Furthermore, VRIN 2.0 features deep learning-based Multi-View Stereo technology, which can infer precise depth information. While conventional 3D scanning requires sensors like LiDAR or stereo cameras for depth measurement, VRIN 2.0 leverages multiple viewpoints akin to stereo cameras and its proprietary 3D data to achieve more accurate depth inference, even with just a smartphone camera. It excels at precisely scanning reflective objects or thin and detailed areas where sensor light doesn't reach effectively. Additionally, the inclusion of the LiDAR sensor on the iPhone Pro significantly enhances scanning performance.

 

VRIN 2.0 has the potential to revolutionize the use of highly detailed reproductions of real-world objects in applications such as the metaverse.

 

Breaking down the boundaries between reality and the virtual world, RebuilderAI is advancing towards a future where limitless possibilities are offered through the fusion of reality and the virtual.

 

                   Photo Description: Comparison between ToF Scanner and VRIN's Multi-view Stereo Results

 

Applications of 3D Scanning Technology

 

With the advancement of the metaverse and related technologies, the digital world is undergoing diverse and innovative transformations. Among these, 3D scanning technology is breaking down the boundaries between reality and the virtual world, making virtual worlds more realistic and immersive.

 

In addition to the metaverse, 3D scanning technology plays a crucial role in various fields. Here are some applications and use cases of 3D scanning in various industries:

 

1. Manufacturing:

3D scanning is used in product design and development to create models, facilitating manufacturing, analysis, and quality improvement.

 

2. Healthcare:

In healthcare, 3D scanning accurately captures patients' body information, aiding the development of custom medical devices and precise surgical planning.

 

3. Architecture/Construction/Interior Design:

3D scanning is employed for site structure analysis during construction and interior design processes, enhancing efficiency.

 

4. Cultural Heritage:

For preserving cultural heritage and artworks, 3D scanning creates models for restoration and maintenance, ensuring longevity.

 

5. Entertainment/Gaming:

In film production, virtual reality experiences, and video game development, 3D scanning technology is used for digital character creation and realistic 3D environments.

 

 

6. Fashion and Clothing Manufacturing:

3D scanning enables the design and production of customized clothing based on customers' body measurements, and it can create virtual fashion items for the metaverse.

 

 

These examples highlight the versatility of 3D scanning technology. RebuilderAI aims to provide a new dimension of mixed reality experiences that connect the real and virtual worlds, allowing people to easily bring their dreams of the future to life through VRIN 2.0. Our vision is to make it effortless for many individuals to shape the future society they envision. We invite you to explore and create your envisioned future with RebuilderAI's VRIN 2.0!

 

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RebuilderAI