AI 3D Scanning Solutions Inc.
3DnAt AI 3D Scanning Solutions converts images, videos, and real-world objects into hyper-accurate 3D models using AI technology. This enables businesses in e-commerce, gaming, healthcare, and VR to visualize, design, and innovate with interactive 3D products and immersive environments.
- Artificial Intelligence
- Augmented & Virtual Reality
- Content & Publishing
- Gaming & eSports
- Software Only
Funding
Founders
Product
Problem
Creating accurate 3D models from images, videos, or text prompts can be a time-consuming and technically challenging process, often requiring specialized software and expertise. Businesses across various sectors struggle to efficiently generate high-quality 3D assets for e-commerce, gaming, healthcare, and other applications. This bottleneck hinders innovation and limits the potential for immersive experiences and interactive product visualizations.
Solution
3DnAt AI 3D Scanning Solutions offers an AI-powered platform that simplifies the creation of hyper-accurate 3D models from various inputs. The platform supports image-to-3D, video-to-3D, and prompt-to-3D conversion, enabling users to generate 3D assets in seconds. Its B2B solution integrates seamlessly via API for web, mobile, and desktop platforms, while its B2C solution offers a user-friendly experience on Android and iOS devices. The generated 3D models can be exported for use in e-commerce, gaming, construction rendering, healthcare, and virtual try-on applications.
Target Audience
The primary target audience includes businesses in e-commerce, gaming, construction rendering, and healthcare, as well as individual users seeking advanced 3D capabilities on their mobile devices.
Features
- AI-powered 3D model generation from images, videos, and text prompts
- API integration for web, mobile, and desktop platforms (B2B)
- Mobile application for Android and iOS (B2C)
- Scalable 3D model creation for architectural visualization
- Support for virtual try-on applications in e-commerce
- Compatibility with gaming engines for creating lifelike assets and dynamic worlds
- 3D scanning for prosthetics, surgical planning, and patient-specific modeling in healthcare