China AI beats OpenAIbr New Chinese AI 2024br GPT-4o competitorbr Fastest AI in the worldbr Uncensored Chinese AIbr AI arms race 2024br US vs China AI warbr Quantum AI breakthroughbr Cheap AI alternativebr Future of artificial intelligencebr Best open-source AIbr China tech dominancebr AI censorship comparisonbr Next-gen LLM modelsbr AI cost reduction 2024br Huawei AI breakthroughbr Tencent new AI modelbr Baidu vs OpenAIbr AI nationalismbr Decentralized AI futurebr br #GokuAI #AI #sorabr ByteDance has introduced Goku AI, a powerful image and video generation model that challenges OpenAI’s Sora by using Rectified Flow Transformers instead of diffusion-based methods, allowing for smoother and more efficient content creation. Trained on 160 million images and 36 million videos, Goku AI excels at text-to-image, text-to-video, and image-to-video generation, producing highly realistic motion, complex scenes, and photorealistic human interactions. With advanced parallelism, data balancing, and scalable training, this AI sets a new standard in the AI race, showing that China’s AI innovation is advancing rapidly and making regulation efforts increasingly difficult.br br 🔍 Key Topics: br How Goku AI from ByteDance is challenging OpenAI’s Sora with cutting-edge technology br The power of Rectified Flow Transformers in generating realistic images and videos br ByteDance’s massive training dataset and advanced parallel processing techniques br br 🎥 What’s Inside: br Why Goku AI’s hybrid image-video model is a game-changer in AI generation br How China’s AI breakthroughs are disrupting the AI race and industry leaders br The impact of ByteDance’s scalable AI training on text-to-image, text-to-video, and image-to-video models br br 📊 Why It Matters: br This video explores Goku AI’s groundbreaking approach to AI-generated content, showing how China’s AI innovation is accelerating and reshaping the global landscape of artificial intelligence. br br DISCLAIMER: br This video analyzes recent advancements in *AI model training, scalable architectures, and multimodal generation*, revealing their impact on the future of AI technology.