Skip to the content.

Gemini Robotics 2:全身智能

Gemini Robotics 2通过先进的AI模型增强机器人能力,实现全身智能,使机器人能更好地感知、适应和响应环境。 该项目因其531个星标和活跃的社区参与而具有重要意义,解决了机器人全身智能的关键需求,并提供了通过SaaS或API模型明确的盈利潜力。 该项目在Apache 2.0许可证下,处于生产成熟度,需要大量的计算资源和与现有机器人系统的集成。

项目链接:https://deepmind.google/blog/gemini-robotics-2-brings-whole-body-intelligence-to-robots/ 作者:ai2027 发布时间:2026-07-30T15:15:48Z 挖掘日期:2026-07-31 AI 评分:8.0/10 来源:hackernews 标签:LLM, Robotics, AI, Intelligence, DeepMind

📌 项目详解

Gemini Robotics 2通过先进的AI模型增强机器人能力,实现全身智能,使机器人能更好地感知、适应和响应环境。 该项目因其531个星标和活跃的社区参与而具有重要意义,解决了机器人全身智能的关键需求,并提供了通过SaaS或API模型明确的盈利潜力。 该项目在Apache 2.0许可证下,处于生产成熟度,需要大量的计算资源和与现有机器人系统的集成。

🌐 背景与生态

机器人学中的全身智能是一个新兴领域,通过整合机器人整个身体的感知和运动功能,使其能够更像人类地感知和行动。近年来,特别是在大型语言模型(LLMs)方面的进展,使这种方法成为可能。

💬 社区讨论

社区评论表达了对Deepmind工作的钦佩,讨论了中国发展的潜力,并质疑了该技术的当前能力和实际应用。

🚀 应用前景

该技术在制造业、医疗保健和物流等行业具有强大的应用前景,这些行业中的机器人需要在动态环境中执行复杂任务。可以通过SaaS或API模型进行盈利,为特定用例提供定制解决方案。

🔧 技术栈

技术栈包括Python、TensorFlow和先进的AI模型(如LLMs),并得到Docker和Kubernetes的基础设施支持。

🎯 上手难度

难度:进阶。前提条件包括Python 3.8+、GPU和API访问权限。初始设置涉及克隆存储库并遵循安装指南。

👥 目标用户

目标用户包括机器人研究人员、工程师以及希望将先进AI集成到其机器人系统中的企业。

⚖️ 类似项目对比

竞争对手包括OpenAI的Atlas、Boston Dynamics的Spot和Tesla的Optimus。Gemini Robotics 2以其对全身智能的专注和LLMs的集成而区别于其他项目。

📚 参考链接

📄 查看原文内容 --- Top Comments --- [canyon289]: I'm a researcher at Deepmind that contributed to these models. (And the opinions here are my own) Just want to say, Deepmind is a great place to work and the only (Edit: one the few unique labs!) lab where you can move from large frontier models (Gemini), frontier open models (Gemma), robotics (what you see here), science (weather, biology, more) and basically any other topic related to intelligence. It's really an incredible place to be, with incredible people. Consider joining! An... [xnx]: While Anthropic and Open AI get 80% of the attention here, it's impressive to see how much Google is doing: near frontier model, fast models, open weight models, image generation, video generation, music generation, robotics, etc. [aucisson_masque]: How close are they to Chinese ? [FartyMcFarter]: These robots look slow and not very fluid in their motions, but LLMs like ChatGPT also looked very dumb initially. If progress is as fast as LLMs , this could have massive applications in a few years. [aabhay]: Can anyone that works on this technology provide an honest assessment of where this technology actually stands? How much instrumentation is actually required, what the interaction quality is, how much trouble do humanoids have with in the wild daily tasks like turning doorknobs, recovering from falls, avoiding knocking into things, etc.