Veltos.ai

Product Introduction

1. Veltos.ai is a no-code platform that enables users to create 3D worlds, games, and interactive content using natural language commands. It leverages AI to translate text-based descriptions into fully rendered 3D environments, characters, and gameplay mechanics without requiring programming or design expertise.
2. The core value of Veltos.ai lies in democratizing 3D content creation by eliminating technical barriers, allowing creators to focus on ideation and storytelling while the AI handles complex tasks like asset generation, physics modeling, and scene optimization.

Main Features

1. The platform uses advanced natural language processing (NLP) to interpret user prompts, such as "Generate a Flappy Bird game in a jungle environment," and automatically constructs playable 3D games with collision detection, animations, and environmental physics.
2. Users can generate hybrid 3D objects (e.g., a banana-shaped airplane) through parametric blending, where the AI combines multiple conceptual inputs into functional models with rigged components and texture mapping.
3. Real-time rendering engines and prebuilt asset libraries enable instant visualization of immersive environments like butterfly-filled flower gardens, complete with dynamic lighting, particle effects, and ambient sound integration.

Problems Solved

1. Veltos.ai addresses the steep learning curve and time investment required for traditional 3D game development tools like Unity or Unreal Engine, which demand coding in C# or C++ and manual asset creation in software like Blender.
2. The platform targets non-technical creators, educators, indie developers, and marketers who need rapid prototyping of 3D experiences for gaming, virtual training, or interactive storytelling.
3. Typical use cases include building branded AR/VR environments for product launches, designing educational simulations with interactive NPCs, or converting storyboards into playable demos within minutes.

Unique Advantages

1. Unlike competitors requiring visual scripting or modular asset packs, Veltos.ai operates entirely through conversational AI, enabling granular control over scene composition (e.g., adjusting gravity settings or NPC behavior via text commands).
2. The AI employs procedural generation algorithms to create infinite terrain variations and style-consistent assets, reducing manual iteration for open-world projects.
3. Competitive advantages include built-in multiplayer server hosting, one-click publishing to WebGL and mobile app stores, and compatibility with external 3D model imports via glTF/USDZ formats.

Frequently Asked Questions (FAQ)

1. How does Veltos.ai ensure accurate interpretation of complex creative requests? The AI cross-references user prompts against a proprietary dataset of 3D design patterns and gameplay logic, using reinforcement learning to prioritize contextually relevant outputs while offering iterative refinement options.
2. Can I export projects to external game engines? Yes, Veltos.ai supports exporting scenes as Unity packages or Unreal Engine projects, preserving materials, scripts, and animation states for advanced customization.
3. What are the scalability limits for 3D environments? The platform uses LOD (Level of Detail) optimization and cloud-based rendering to handle scenes up to 10km² with 500+ interactive objects, suitable for most indie games and VR simulations.
4. Is collaborative editing supported? Teams can co-edit projects in real time with version control, role-based permissions, and comment threading directly within the browser-based editor.
5. How does pricing scale with project complexity? Subscription tiers are based on compute usage for AI processing and cloud storage, with a free tier allowing up to 3 active projects and 1GB of asset storage.