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10月22日周四
  1. 量子位

    中国电信星辰实验室开源意图理解模型Xing4.0-29B-Intent

    中电信人工智能科技有限公司星辰通用人工智能实验室发布并开源意图理解专用模型Xing4.0-29B-Intent,同步开放275.3万条训练语料、模型权重与推理镜像,代码采用Apache 2.0许可。模型将意图识别与参数抽取结合,输出JSON结构化信息,已在电信万号客服和智能家居音箱等产品中应用。实验室自测称其总分58,高于参评18款通用模型的最高49。

  2. OpenAI

    OpenAI 发布了一个 Codex skill,用于帮助网站运营方检查自身是否受 PHP 关键安全漏洞影响,用户可将 Codex 指向 github.com/openai/php2shell-checker 仓库按指引操作。OpenAI 称其模型在 Patch the Planet 计划中协助研究人员发现这些漏洞,并与维护者、研究者和安全厂商协作两个月准备修复,PHP 使用方现可升级版本。

    引用OpenAI@OpenAI

    OpenAI 模型帮助研究人员——作为我们“修补地球”计划的一部分——发现了 PHP 中的关键安全漏洞,PHP 是一种开源编程语言,估计用于运行 70% 的网站。 在过去两个月中,我们牵头了一个由维护者、研究人员和安全提供商组成的联盟,在披露前准备修复和防护措施。这一时长是必要的,因为修复相当复杂,需要对 PHP 引擎进行重大更改。现在,所有使用 PHP 的网站都可以安全地升级其版本以保持安全,此外还可以应用各安全供应商提供的缓解措施。 鉴于这些漏洞的严重性和 PHP 的广泛使用,我们认为这个漏洞是近期记忆中最具影响的漏洞之一。它也标志着一个新阶段,即 AI 能够发现具有互联网规模影响的安全漏洞。 这是“防御者窗口”发挥作用的一个例子:据我们所知,前沿 AI 能够在攻击者之前发现这个漏洞,给防御者时间准备。 https://openai.com/index/coordinated-disclosure-of-critical-vulnerabilities/

    研判 OpenAI 把漏洞排查流程封装成可复用的 Codex skill,降低了网站运营方自查 PHP 漏洞的操作门槛,也显示前沿模型正被用于防御侧的安全响应。

10月21日周三
  1. WeChatRSS:智东西

    腾讯升级元宝搜索并通过腾讯云开放 API

    10月20日,腾讯升级元宝搜索,并通过腾讯云向个人开发者和企业提供 API 服务,同时提供 Skill、MCP 和 API 三种接入方式。腾讯称元宝搜索已构建千亿级索引,覆盖 13 个垂直行业、接入 157 个权威信源,日均调用量达数亿次,支撑 WorkBuddy、ima 等 50 多个内部业务。限时免费额度为每月 2000 次,10 月、11 月通过邀请码每月最高 6000 次调用。

  2. WeChatRSS:智东西

    Salesforce 拟以约 56.6 亿美元收购 Braze

    Salesforce 宣布拟以企业价值约 56.6 亿美元收购 AI 营销及客户互动平台 Braze,Braze 股东每股将获 47.50 美元现金。交易尚需 Braze 股东批准并通过监管审查,预计在 Salesforce 2028 财年完成。Braze 2026 财年营收约 7.38 亿美元,同比增长 24.4%,GAAP 营业亏损约 1.45 亿美元。

  3. 量子位

    清华AIR孵化紫荆智康发布多分身协同AI医院系统

    清华AIR孵化的紫荆智康发布“紫荆AI医院”系统,采用多分身智能体协同技术,让不同专科的AI分身在同一诊室提供按需提醒或会诊建议。截至2026年7月,该系统已构建54位AI医生,北京清华长庚医院18个临床科室开展门诊测试,40余名医生常态化使用,称诊疗效率提升30%。AI医生在MedQA数据集准确率超过96%。

  4. WeChatRSS:甲子光年

    蓝耘科技与甲子光年联合发布《2026AI原生基础设施白皮书》

    蓝耘科技与甲子光年智库联合发布《2026AI原生基础设施白皮书》,以蓝耘科技为实践样本,分析其围绕Token Factory、AI Infra OS、Token Ops与Agent应用形成的布局。白皮书提出Token成为智能生产要素,基础设施能力需从算力规模转向Token产效,并选取大模型企业、AI应用企业及行业场景客户案例呈现落地路径。

10月20日周二
  1. WeChatRSS:甲子光年

    浙大杨怡豪谈“求是引擎”72小时AI自主科研直播

    浙江大学研究员杨怡豪接受「甲子光年」独家对话,讲述“求是引擎”在云栖大会进行72小时AI自主科研直播的过程。该系统在直播开播约两小时后将32维吻接数下界从346432提高到346944,团队称直播结束后在10个维度上推进了此前的已知下界。杨怡豪表示系统采用多模型、多智能体与多层记忆架构,底层调用Kimi、DeepSeek、通义千问等模型,并计划通过隐核智能推进商业化。

  2. Sequoia Capital

    你怎么为“科学”写一个奖励函数? 你不写。 进化优化了适应度,得到了生命的复杂性。 @IneffableLabs 创始人 David Silver 谈复杂世界中的简单目标,以及从协调到沟通到交易到算术到工具再到科学的链条。

    引用Sonya Huang 🐥@sonyatweetybird

    David Silver is one of the all-time greats. He was the creator of AlphaGo, which changed the course of history by showing that neural nets could achieve superhuman performance for the first time. He also has a unique intuition and knack for forecasting when things will happen in AI. With computer Go, he predicted the Lee Sodol outcome 10 years before, right to the year. He got the year right for Starcraft and won a bet inside Deepmind. Same for AlphaProof. Same for the IMO. David's prediction for superintelligence: 3 years. !!! He has a strong sense that now is the time to build a superleaner, and that superlearners are now possible, thanks to the enormous progress in compute, simulators, autoresearch, and the sophistication of technology in the stack since the AlphaGo days. What is a “super learner”? A super learner discovers all knowledge from its own experience. Start from nothing (no internet pre-training), and go beyond human knowledge. Drop it into any stream of experience, simulated or physical, and the superlearner learns. He expects the progress will be rapid. When you get the recipe for a superlearner just right and remove humans from the development loop altogether, a superlearner can learn extremely quickly. Just look at AlphaGo. AlphaGo took two years to develop with humans in the loop. When David and his team at @GoogleDeepMind got the formula for AlphaZero correctly, it surpassed the human-developed algorithms in just a few hours. Human data is a shortcut, but you have to let go of the human data to shoot beyond it. In January, David left GDM to found @IneffableLabs, a research-led lab with one mission: build a "super learner" that discovers all knowledge from its own experience, and make first contact with superintelligence. He joins us with co-founder Lasse Espeholt, who built IMPALA and SEED RL, the foundations of scaled-up RL, and now runs Ineffable's compute. A few things we cover in this conversation. — What a super learner is: depth (start from nothing, go beyond human knowledge) and breadth (drop it into any stream of experience, simulated or physical). The human brain is the only existence proof — Why they're giving up human data: AlphaGo took two years with humans in the loop. AlphaZero outperformed it in a few hours. "You have to let go of the human data to shoot past the competition" — Crucibles: simulated worlds with enough emergent complexity (physics engines, millions of interacting agents) for an agent to rediscover technology, science, maths and language on its own — Simple rewards, emergent complexity: evolution optimized fitness and got all of life. Don't breadcrumb the objective, give the agent something simple to optimize in a world with a lot to learn about — Go as the existence proof: one agent is the most boring game imaginable, two agents is "an infinite onion of layers of complexity" — Why human language is probably not the endpoint for reasoning, and how training on it bakes in a flat earth and the four humors — Can superintelligence be built in simulation? If the sim is Turing complete, computation, economics, language and maths are all expressible, and it happens 10-100x faster and safer — Alignment: language-based monitoring is reaching its limits as agents learn to say one thing and do another. Shadow actions, superintelligences monitoring superintelligences, and building a real science of how they interact peacefully — Accelerate in simulation, pace in the real world: Ineffable will gate real-world deployment on evidence that it goes well — Timing as the determinant: Silver called Computer Go to the year, then StarCraft, then the IMO. He thinks this is the moment — Predictions: True superintelligence within three years. Timestamps: 0:00 – Introduction 1:09 – What held true from Go to today, and what the LLM era changed 3:35 – Why leave DeepMind to start a new lab 5:58 – Why "Ineffable" (and the secret second reason) 7:03 – Lasse's path: scaling RL at DeepMind and Google Brain 9:31 – Defining a super learner and first contact 12:35 – Super learners vs. LLMs that make discoveries 13:59 – Day to day: the RL stack, crucibles and human-journey milestones 16:13 – Don't breadcrumb the objective: simple rewards, emergent complexity 21:16 – What a crucible looks like 24:14 – Go: one agent is boring, two is infinite 25:41 – Will agents rediscover language? 27:22 – Removing human priors: AlphaGo to AlphaZero 32:05 – Keeping human bias out of the crucibles 33:35 – Confidence, timing and super forecasting 36:24 – Is compute the driver? 38:13 – The ceiling on simulation and Rich Sutton's objection 43:44 – Alignment and the science of superintelligence 47:45 – Monitoring agents that don't think in English 51:01 – Pacing the frontier 52:54 – The compute setup: Vera Rubin on GCP 55:18 – Training, inference, simulation and RL scaling laws 57:40 – IMPALA and SEED RL 1:00:58 – 20 people and the compute-per-person ratio 1:04:49 – A research-led culture 1:05:47 – Predictions

10月17日周六
  1. Google Research

    Google Research 发布 VERID 框架,让 AI 智能体闭环操作湿实验室

    Google Research 公布三项研究,推进 AI 智能体从计算设计走向湿实验室实验。VERID 框架基于开源 PyLabRobot 构建实验室工作单元的数字孪生,提供实时 3D 状态跟踪、虚拟预演和硬件安全检查。

    研判 Google Research 把智能体从纯计算环节推进到湿实验室执行层,VERID 数字孪生与闭环适配体筛选若可复现,可能压缩分子发现的设计-测试周期。

  2. Google DeepMind

    Google DeepMind 转发的内容称,四个 Gemini 4 Argon 智能体在同一个 Minecraft 世界中协作,用 27 小时击败末影龙。它们仅通过代码和文本在沙箱中操作,共编写 2,783 个程序,并通过聊天分工、共享笔记和共同调试错误,全程无人类帮助。

    引用Maxence Faldor@maxencefaldor

    Four Gemini 4 Argon agents, one shared Minecraft world, one goal: defeat the Ender Dragon. 27 hours and 2,783 self-written programs later, the dragon fell. https://x.com/i/article/2111007444981645312

10月16日周五
10月15日周四
  1. Google Research

    Google 扩展 Earth AI 地理空间推理智能体早期访问

    Google 宣布扩展 Earth AI 地理空间推理智能体的实验性早期访问,覆盖 Ask Google Earth 的深度分析预览和面向开发者的 Agent-to-Agent API。

    研判 Google 将 Earth AI 基础模型封装为可调用的模块化技能,并加入前置规划与独立空间工作区,试图解决通用 LLM 在行星尺度空间数据上的多步推理短板;若早期访问反馈成立,地理空间分析的门槛与耗时可能下降。

  2. Google Research

    Google 发布 Deep Review 智能体文档审阅系统

    Google 宣布公开发布 Deep Review,一个面向复杂文档的智能体审阅系统,可检查逻辑一致性、数学陈述并做事实核查。该系统前身为 Paper Assistant Tool,曾在 STOC 2026、ICML 2026、NeurIPS 2026 和 ICLR 2027 四个会议试点,为超过 16,000 篇论文提供投稿前反馈。

    研判 Deep Review 把长文档审阅拆成分段、按信息密度分配算力、并行核查与全局综合四步,可能降低论文与法律、财务文档的初筛成本,但高层判断仍留给人。

10月14日周三
  1. Google DeepMind

    Google DeepMind 发布 Gemini 4 Argon 前沿模型

    Google DeepMind 发布 Gemini 4 Argon,即日起通过 AI Studio 与 Gemini API 向开发者和企业开放,Google AI Ultra、Pro 订阅者可在 Gemini 应用与搜索 AI Mode 中使用。

    研判 Argon 以 1M 统一输入输出 token 和每百万输入 2 美元、输出 10 美元的定价进入 API 与 Gemini 应用,直接抬高前沿模型的上下文与价格竞争门槛;其自述在 Vals Index 与 ERQA 上居首,若第三方复现则可能改变企业与科研团队的模型选型。

10月13日周二
10月8日周四
  1. Microsoft Research

    微软开源 Agent Lightning v1.0:约 3500 行代码的智能体 RL 框架

    微软研究院开源 Agent Lightning v1.0,一个约 3500 行代码的轻量智能体强化学习框架,提出 Harnessed Agentic RL 范式,让部署时使用的 agent harness 直接参与训练。

    研判 把训练框架与部署用 harness 解耦,可减少为训练重写智能体循环的工程量,并让训练对象更接近线上部署版本;Kubernetes 原生调度则把大规模 rollout 的成本压到既有集群上。

10月7日周三