As tech pioneers investigate the potential of converting text into 3D worlds and avatars, the fusion of artificial intelligence and metaverse concepts is gaining popularity. The incorporation of Google’s generative AI technology into Hiber3D, a development platform offered by startup Hiber, is at the forefront of this movement. This platform offers a fresh method for producing immersive 3D environments, with the goal of streamlining the production of in-game content.
Google’s generative AI technology, encompassing Google Cloud Run and PaLM, has been integrated into Hiber3D with the goal of simplifying the process of crafting virtual landscapes. This integration was announced at the Google Cloud Next event in San Francisco, indicating a strategic alignment of Google’s technology with the growing trends of AI, metaverse, and generative systems.
Oncyber, another one notable player in the metaverse landscape, has introduced a compelling innovation known as Magic Composer. This AI-powered tool enables users to personalize their virtual environments using text commands. Leveraging elements of the ChatGPT model, Magic Composer empowers creators and communities within the Web3 space to craft tailored 3D settings.
The emergence of these AI-driven advancements reflects the industry’s ambition to reinvigorate the metaverse concept. However, the complex challenge of seamlessly translating text into fully-fledged 3D environments is not a straightforward task. The process involves classifying objects into distinct categories, each requiring specialized solutions. Particularly, the focus is often on developing solutions for props, assets, and interactive 3D avatars.
The prospect of realizing text-to-3D world transformation is undoubtedly an ambitious endeavour, marked by its significant impact on the digital landscape. As technology pioneers continue to push the boundaries of AI, metaverse enthusiasts eagerly anticipate the evolution of these innovations and their potential to reshape virtual experiences.
Source: mPost
