Kunlun Wanwei today announced the official launch of its Matrix-Zero world model, becoming the first artificial intelligence company in China to possess both 3D scene generation and interactive video generation capabilities, marking a significant step forward in the field of spatial intelligence.
The core highlight of Matrix-Zero lies in its powerful 3D scene generation feature. This function can transform user-input images into real 3D scenes that maintain global consistency and can be freely explored. This groundbreaking technology possesses the following key characteristics:
Global Consistency: The 3D scenes generated by Matrix-Zero exhibit a high degree of global consistency. For instance, when inputting an image of "a corner of a castle garden," the model can create a 360-degree panoramic scene where the environment remains unchanged, allowing the last frame to smoothly return to the starting frame, thus avoiding the common issue of inconsistency found in traditional methods.
Free Exploration: Users can freely move and explore within the generated 3D scenes, providing an immersive experience.
Multi-Style Support: Matrix-Zero supports images of various styles and has style transfer capabilities, enabling the generation of 3D scenes with different artistic styles.
Dynamic Scene Generation: The model also supports the generation of dynamic scenes, expanding the possibilities for future applications.
The 3D scene generation technology of Matrix-Zero has broad application prospects in multiple fields, including:
3D Game Scene Modeling: Enables controllable and rapid modeling of 3D game scenes, significantly improving game development efficiency.
Embodied Intelligence Simulation: Can quickly build the simulation scenes required for embodied intelligence, accelerating research and development in related fields.
The release of Kunlun Wanwei's Matrix-Zero not only showcases its technological strength in the field of artificial intelligence but also brings new possibilities for 3D content creation and spatial intelligence applications. The introduction of this model is expected to promote innovation and development in related industries.
