To use Kaedim, users initiate the process by uploading various 2D inputs, which can include concept art, detailed sketches, photographs, or even AI-generated imagery. The platform then leverages its AI-powered capabilities to begin converting these 2D inputs into high-quality, production-ready 3D assets. This is an on-demand service designed for speed and efficiency, aiming to deliver assets rapidly, often within minutes. The core of Kaedim's functionality lies in its comprehensive 3D asset pipeline. This pipeline meticulously handles every aspect of 3D model creation: starting with the generation of high-poly geometry, followed by its optimization for performance. Subsequently, the assets undergo precise UV unwrapping, detailed texturing, and professional rigging, making them immediately game-ready. Furthermore, different levels of detail (LODs) are produced to ensure the models are suitable for various performance requirements across different platforms and contexts. A key aspect of the Kaedim workflow is user control and quality assurance. Users can configure each stage of this pipeline, allowing them to align the output with their project's unique art style and technical specifications. To ensure the highest quality and adherence to requirements, Kaedim employs a hybrid approach, combining advanced machine learning algorithms with the expertise of a human art team. This ensures that while the process is automated for speed, human oversight guarantees artistic integrity and technical precision. Throughout the asset creation journey, users benefit from a robust review and revision system. They can inspect the generated assets at every stage using the integrated 3D viewer. This viewer allows for detailed examination, enabling users to rotate, zoom, inspect wireframes, check dimensions, and review UV/texture maps before final approval or export. If any adjustments are needed, users can request revisions, ensuring the final output perfectly meets their expectations. Kaedim also offers different quality outputs—Standard, High, and Ultra—which users can select based on their project's specific needs. Once approved, these game-ready assets are designed for direct integration into games or other interactive projects, facilitated by dedicated plugins for popular 3D software and game engines such such as Omniverse, Unity, Blender, and Unreal Engine, streamlining the entire content creation workflow.