Greg Brockman· @gdb · X·· 2026-05-07AI 评分48
AI 导读
OpenAI罕见地通过一篇关于MRC和超级计算机网络的文章,深入揭示了构建与运营大规模可靠算力系统的复杂工程实践。文章指出,当前AI发展的关键瓶颈不仅是算力稀缺,更在于确保从网络、调度、硬件健康、存储到编排、可靠性、可观测性、安全及研究人员开发体验等整个技术栈各层面的协同可靠运行。这远非单纯获取更多GPU所能解决。OpenAI旨在分享其设计、构建和运营行星级算力的经验,并为此招募基础设施软件工程师。
正文 · 原文
Design, build, and operate compute with us at planet scale:
There is a lot of news about compute being the bottleneck for AI. There is less visibility into the engineering it takes to make large-scale compute actually work reliably. In my view, this is one of the most interesting computer science problems in the industry right now. It is not just about getting more GPUs. It is about making every layer of the system work: networking, scheduling, hardware health, storage, orchestration, reliability, observability, security, and the developer experience for researchers. This blog gives a rare preview into the depth of engineering happening across the stack at OpenAI, starting with MRC and supercomputer networking. We're excited to start sharing more about designing, building, and operating compute at planet scale. https://openai.com/index/mrc-supercomputer-networking/ Join us: https://openai.com/careers/software-engineer-compute-infrastructure-san-francisco/在 X 查看被引用的帖子
来源:Greg Brockman · x.com