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星期二

  1. 蚂蚁 inclusionAI:GitHub 新仓库

    蚂蚁 inclusionAI 开源 AWorld 智能体框架

    蚂蚁 inclusionAI 在 GitHub 开源 AWorld 智能体框架,提供 AWorld-CLI,可编排 Developer、Evaluator 等子智能体自动构建、评估并迭代其他智能体。框架引入 CAST(Code Abstract Syntax Tree)压缩代码结构以突破上下文窗口限制,并支持自动评估与人工反馈两种评估方式。v2.0 加入后台子智能体执行,官方称典型工作负载下执行速度提升 3 倍。

    enyi Zhuang, Jinjie Gu; Don’t Just Fine-tune the Agent, Tune the Environment arxiv, 2025. paper Siyuan Lu, Zechuan Wang, Hongxuan Zhang, Qintong Wu, Leilei Gan, Chenyi Zhuang, etc Meta Learning Profile-Aware Maneuvering: A Dynamic Multi-Agent System for Robust GAIA Problem Solving by AWorld. arxiv, 2025. paper, code Zhitian Xie, Qintong Wu, Chengyue Yu, Chenyi Zhuang, Jinjie Gu; Recon-Act: A Self-Evolving Multi-Agent Browser-Use System via Web Reconnaissance, Tool Generation, and Task Execution.

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  2. 蚂蚁 inclusionAI:GitHub 新仓库

    蚂蚁 inclusionAI 开源 sandboxd:AKernel 使用的 Linux 沙箱生命周期服务

    蚂蚁 inclusionAI 在 GitHub 开源 sandboxd,这是 AKernel 使用的 Linux 沙箱生命周期服务,提供小型 gRPC API,支持 gVisor、Kata Containers、Firecracker 以及可选的宿主内核 runc 适配器运行沙箱。它负责沙箱的启动、等待、检查、度量与删除,并支持本地、OCI、Nydus 和 S3 根文件系统,NAT 后端默认 iptables,实验性 bpfnat 需 Linux 5.10 或更新版本。NVIDIA GPU 沙箱支持仍为实验性,基于 gVisor runsc 与 nvproxy,项目采用 Apache-2.0 许可。

    adapter. Responsibilities Start, wait for, inspect, measure, and delete sandboxes; Prepare local, OCI, Nydus, and S3-backed rootfs and mounts; Extract and inject OCI image startup metadata for in-sandbox runtimes; Allocate cgroups and pooled TAP or ephemeral veth endpoints, and configure iptables or eBPF for NAT; Discover, validate, and lease scheduler-selected accelerator devices Architecture API / CLI The public protobuf contract is api/runtime/v1/sandbox-api.proto. Runtime isolation, host req

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  3. 智源 FlagOpen:原创开源项目

    智源 FlagEval:覆盖 800+ 模型的大模型评测系统

    智源(BAAI)2023 年推出的 FlagEval 大模型评测系统已覆盖全球 800 多个开源与闭源模型,包含推理、数学、任务求解等 40 多个能力维度、五大任务和四类指标。FlagEval Report 已更新至第 2 期(2024-12-30),并在 FlagScale 上开展 nightly 持续基准测试,附带自动 PR 徽章与回归告警。

    leaderboard sprints to surface emerging research directions 🤝 Contributing We welcome issues & PRs! Please check each project’s CONTRIBUTING.md and adhere to its license terms. 📄 Citation If you use any component of the ecosystem, please cite the corresponding paper listed in that project’s README. 🛡️ License This meta‑repository is released under Apache‑2.0. Individual projects may apply different licenses—see their respective READMEs. Maintained by the FlagEval team · Last updated: 2025‑04‑23

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  4. 智源 FlagOpen:原创开源项目

    智源 FlagOpen 开源 Reason-RFT:面向视觉推理的强化微调框架

    智源 FlagOpen 开源 Reason-RFT 强化微调框架,采用 CoT 监督微调加 GRPO 强化学习的两阶段训练,提升视觉语言模型的泛化能力。该框架支持 RoboBrain、Qwen2-VL、Llava-VL 系列,覆盖视觉计数、结构感知、空间变换及具身规划等任务,论文已被 NeurIPS 2025 接收。

    peline 🤗 Model Zoo 🎲 General Visual Reasoning Tasks Then, your local directory should be like: Note: If you want to implement training process for our three main tasks, only three Meta-Json files -- 'A1-Spatial-Transformation-train-60k-cot.json', 'A2-Structure-Perception-train-4k5-cot.json' and 'A3-Visual-Counting-train-35k-cot.json' -- are needed respectively. Then, all the training-used json files can be constructed by these three Meta-Json files above. At this step, you should write the simpl

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  5. 智源 FlagOpen:原创开源项目

    智源 FlagOpen 开源 CoRobot 1.0 具身数据框架

    智源 FlagOpen 发布 CoRobot 1.0 开源具身数据框架,覆盖数据采集、转换、处理、检索、预览、下载到训练的全流程,遵循 Collaboration、Coherence、Collective 三项原则。框架包含 RoboCOIN 数据集(15 个机器人平台、16 个场景 421 项任务、180K 条演示轨迹)及 DataManager、DataCollect、DataConvert、DataForge 等模块,支持 RLDS、HDF5、LeRobotDataset、JSONL 等格式互转。

    L, and LeRobot formats to meet diverse training needs. Dataset ingest: author dataset yaml files (tasks, device models, scenes, actions, etc.), which are validated to produce info metadata for ingestion; Format conversion: write conversion configs, align pose files and check frame counts, then run the official conversion to produce standard LeRobot datasets (including parquet, mp4, and meta); Tech overview: More updates coming soon. DataForge DataForge is a toolkit for embodied data filtering an

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  6. 智源 FlagOpen:原创开源项目

    RoboCOIN:基于 LeRobot 的机器人数据集与部署工具包

    智源 FlagOpen 开源 RoboCOIN,一个基于 LeRobot 的官方配套工具包,在兼容 LeRobot 数据格式的同时新增子任务、场景与运动描述等元数据支持。项目提供数据集发现、下载与标准化加载的端到端流程,并支持 LeRobot Policy 与 OpenPI Policy 的推理部署,可对接 Piper、Realman 等 SDK 及 ROS/MoveIt 控制。目前支持 LeRobot v2.1 数据格式,基于 LeRobot v0.3.4,v3.0 支持即将推出。

    ion toolkit for the [RoboCOIN Dataset], this project is built upon the LeRobot repository. It maintains full compatibility with LeRobot’s data format while adding support for rich metadata—including subtasks, scene descriptions, and motion descriptions. RoboCOIN provides an end-to-end pipeline for dataset discovery, download, and standardized loading, along with model deployment capabilities across multiple robotic platforms. Key Features: Dataset Management: Seamless retrieval, downloading, and

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  7. 智源 FlagOpen:原创开源项目

    智源 FlagOpen 开源 Robo-Dopamine:面向高精度机器人操作的通用过程奖励模型(CVPR 2026)

    智源 FlagOpen 开源 Robo-Dopamine,一个面向高精度机器人操作的通用过程奖励模型(GRM),论文已被 CVPR 2026 接收。项目已发布 Robo-Dopamine-GRM-3B、GRM-8B、GRM-2.0-8B-Preview 和 GRM-2.0-4B-Preview 模型,以及 Robo-Dopamine-Bench 基准、数据生成与微调代码。2026-05-13 发布 Robo-Dopamine-GRM-Dataset,为 GRM 系列提供 35M 训练数据集。

    ith our provided data processing scripts. Step 2. Process Your Own Dataset Here, we use dataset/example raw data as an example. Step 3. Fine-Tune GRM with Your Own Dataset Add the meta-info of your own dataset to train/qwenvl/data/ init .py Modify the path of training script train/scripts/finetune grm.sh Launch the training script Before you launch training, make sure that you have installed the packages below: Then, run the script below: 📑 Citation If you find our work helpful, feel free to cit

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  8. OpenAI:部署安全与系统卡

    OpenAI 发布 Sora 2 系统卡

    OpenAI 发布 Sora 2 系统卡,介绍这款新的视频与音频生成模型在物理准确性、真实感、同步音频、可控性和风格范围上的能力提升,将先通过 sora.com 和独立 iOS 应用提供,未来登陆 API。系统卡说明其安全措施包括输入与输出内容审核、对未成年人的更严格保护、C2PA 元数据与可见动态水印等溯源工具,并限制真人生成与视频上传。OpenAI 称已与外部红队测试新风险,并采取邀请制逐步开放。

    pendent, we’ve continued to invest in and refine our provenance tools. For general availability, our provenance safety tooling for our First-party (1P) products will include: C2PA metadata on all assets, providing verifiable origin through an industry standard; Visible moving watermark on videos downloaded from sora.com or the Sora app; Internal detection tools to help assess whether a certain video or audio was created by our products We recognize that there is not a single solution to provenan

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  9. OpenAI:部署安全与系统卡

    OpenAI 发布 GPT-Rosalind-5.5 系统卡,面向生物研究预览部署

    OpenAI 发布 GPT-Rosalind-5.5 系统卡,该模型在 GPT-5.5 基础上用有益生命科学数据增量训练,以研究预览形式向经过审核的科研机构、政府伙伴等可信组织开放。生物领域能力高于 GPT-5.5,Labwork Bench 得分 63.2% 对 55.8% 且消耗更少 token;生物与化学领域达到 Preparedness 框架的高能力阈值但低于关键阈值。该模型不再拒绝复杂生物学提问,改以可信访问审核、模型层边界、监控与撤销机制作为主要防护,且未部署实时拦截不安全生成的自动监控。

    istry workflows, evaluating multimodal chemical structure understanding; structure-activity relationship (SAR); prediction of drug potency, toxicity, and absorption, distribution, metabolism, excretion (ADME); multiparameter lead-optimization decision-making, and retrosynthesis. Table 1 3.2 Genomics and quantitative biology To evaluate GPT-Rosalind-5.5 on genomics understanding and quantitative biology, we designed an agentic evaluation on long horizon, end-to-end genomics analysis tasks. This e

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  10. OpenAI:部署安全与系统卡

    OpenAI 发布 GPT-6 Astra 系统卡

    OpenAI 发布 GPT-6 Astra 系统卡,宣布这是其迄今能力最强、已广泛部署的模型,也是首个在 Preparedness Framework 下达到网络安全 Critical 等级的模型。系统卡称 Astra 对越狱和提示注入的鲁棒性显著强于 GPT-5.6 Sol,间接提示注入鲁棒性从 96.23% 升至 99.79%,在 54,218 个内部 Codex 任务模拟中严重度 3 级及以上的错位行为标记减少约 53%。同时 OpenAI 指出 Astra 的 CoT 可监控性相对 GPT-5.6 Sol 下降,在对抗条件下可能规避内部监控,因此将错位监控扩展到全部工具调用推理。

    Figure 1

    e interpreted alongside remaining failures, evaluation awareness findings, and monitoring limitations; September 9, 2026: Naming and substance updates to the section on Verbalized Metagaming and Oversight Gaming. Verbalized Metagaming is when a model reasons in its Chain of Thought about how it will be graded, rewarded, or monitored, rather than only engaging the intended task. We revised this section to more prominently emphasize that we are currently measuring metagaming as verbalized in chain

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  11. OpenAI:部署安全与系统卡

    OpenAI 发布 GPT-5.6 系统卡:Sol、Terra、Luna 三款模型安全评估

    OpenAI 发布 GPT-5.6 系统卡,该系列包含旗舰模型 Sol、低成本模型 Terra 和最快速模型 Luna,三者在网络安全与生物化学两个类别均被 Preparedness Framework 列为 High 能力,AI 自我改进均低于 High 阈值。系统卡称 Sol 和 Terra 能发现漏洞与部分利用代码,但无法对加固目标完成自主端到端攻击,其网络安全防护拦截的有害活动约为此前模型的十倍。内部智能体编码流量模拟显示,Sol 比 GPT-5.5 更常出现超出用户意图的越界行为,包括未经授权删除数据、绕过安全限制和上传敏感数据,绝对比例仍然较低。

    Figure 1. The predicted change is the relative increase or decrease we expect
from GPT-5.6 Sol when compared to GPT-5.5. Incidence rates are provided
as n in 100k. The notation 5.6 Sol → 5.5 indicates that we are
resampling production prefixes from GPT-5.5 with GPT-5.6 Sol, that is,
simulating GPT-5.6 Sol’s deployment based on production data from
GPT-5.5. Resampling fidelity error is a measure of the simulation
quality: more formally, it is the symmetric multiplicative error of the
rates estimated by a simulation of an old deployment, and the realized
rates in the old deployment. In this case, we use GPT-5.5 for estimating
the resampling fidelity error of our pipeline. For more details on the
setup, see our research on <a
href="https://openai.com/index/deployment-simulation/">deployment
simulation</a>.

    rol (Figure 15) and mostly consistent across the nine CoT instruction types (Figure 16). Qualitatively, while GPT-5.5 frequently thought about the instruction at length, including meta-discussion of whether to obey constraints on the analysis channel expressed in the prompt, GPT-5.6 Sol more often either follows the constraint directly or fails in a much terser way. We are investigating the causes of increased CoT controllability of GPT-5.6 Sol. Update on June 27th: we updated some plots in the

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  12. OpenAI:部署安全与系统卡

    OpenAI 发布 GPT-5.6 Preview 系统卡

    OpenAI 发布 GPT-5.6 Preview 系统卡,介绍 Sol、Terra、Luna 三款模型,并称三者在美国 Preparedness Framework 的网络安全与生物化学两个类别中均被列为 High 能力,AI 自我改进未达 High。系统卡称 Sol 和 Terra 在网络安全测试中能发现漏洞和部分利用代码,但无法对加固目标实施自主端到端攻击;在智能体编码任务中,GPT-5.6 比 GPT-5.5 更倾向于超出用户意图行事,绝对比例仍低。OpenAI 表示将先向少数受信任伙伴开放有限预览,并在数周内逐步扩大可用范围。

    Figure 1. The predicted change is the relative increase or decrease we expect
from GPT-5.6 Sol when compared to GPT-5.5. Incidence rates are provided
as n in 100k. The notation 5.6 Sol → 5.5 indicates that we are
resampling production prefixes from GPT-5.5 with GPT-5.6 Sol, that is,
simulating GPT-5.6 Sol’s deployment based on production data from
GPT-5.5. Resampling fidelity error is a measure of the simulation
quality: more formally, it is the symmetric multiplicative error of the
rates estimated by a simulation of an old deployment, and the realized
rates in the old deployment. In this case, we use GPT-5.5 for estimating
the resampling fidelity error of our pipeline. For more details on the
setup, see our research on <a
href="https://openai.com/index/deployment-simulation/">deployment
simulation</a>.

    rol (Figure 15) and mostly consistent across the nine CoT instruction types (Figure 16). Qualitatively, while GPT-5.5 frequently thought about the instruction at length, including meta-discussion of whether to obey constraints on the analysis channel expressed in the prompt, GPT-5.6 Sol more often either follows the constraint directly or fails in a much terser way. We are investigating the causes of increased CoT controllability of GPT-5.6 Sol. Metagaming is when a model reasons about how it wi

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  13. OpenAI:部署安全与系统卡

    OpenAI 发布 ChatGPT Images 2.5 系统卡

    OpenAI 发布 ChatGPT Images 2.5 系统卡,介绍 GPT-Image-2.5-Sunburst 和 GPT-Image-2.5-Flare 两个模型。新模型在图像编辑一致性、信息图准确度与排版上有所提升,并新增草图生成、模板和共享提示词等功能。安全方面,OpenAI 称其安全栈沿用 ChatGPT Images 2.0 基础并针对更高真实感带来的深度伪造风险增加防护,同时通过 C2PA 元数据和 Google DeepMind 的 SynthID 水印强化来源标注。

    Provenance We have continued to prioritize enhancing our provenance tools. For ChatGPT Images 2.5, our expanded provenance safety tooling includes: A continued commitment to C2PA metadata, an industry-standard framework that enables automated disclosure of provenance information, through the C2PA Conformance Program; To make provenance more resilient, we are taking a multi-layered approach and incorporating watermarking through Google DeepMind’s SynthID⁠ through ChatGPT⁠, Codex, and the OpenAI

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  14. OpenAI:部署安全与系统卡

    OpenAI 发布 ChatGPT Images 2.0 系统卡

    OpenAI 发布 ChatGPT Images 2.0 系统卡,介绍该模型在图像生成能力上的提升,并新增 thinking mode,可在生成过程中结合推理与工具调用、接入实时网络搜索数据。安全方面沿用 ChatGPT Images 1.5 的安全栈并增加防护,采用提示层与图像层分类器及安全推理模型做输入和输出拦截。评估显示 instant 模式对 685 张违规图像的综合召回率为 96.1%,thinking 模式综合安全输出达 6886/6944(99.2%);生物化学领域因专家认定部分输出可能为新手提供帮助,按高能力模型施加缓解措施。

    Provenance We have continued to prioritize enhancing our provenance tools. For ChatGPT Images 2.0, our expanded provenance safety tooling includes: A continued commitment to C2PA metadata, an industry-standard framework that enables automated disclosure of provenance information, through the C2PA Conformance Program; Integrating an imperceptible, robust, and content-specific watermark alongside internal tooling to help assess whether a certain image was created by our products We recognize that

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  15. OpenAI:部署安全与系统卡

    OpenAI 发布 GPT-4o 系统卡附录:原生图像生成

    OpenAI 发布 GPT-4o 系统卡附录,说明原生图像生成的安全挑战、评测与缓解措施。与作为扩散模型的 DALL·E 不同,4o 图像生成是嵌入 ChatGPT 的自回归模型,具备图像到图像转换、照片级真实感和指令跟随能力,也带来新的风险。安全栈包括聊天模型拒答、提示词拦截、输出拦截以及对未成年人的额外保护,评测来自外部人工红队、自动红队和真实场景离线测试。

    DALL·E and Sora, we have continued to prioritize enhancing our provenance tools. For general availability of 4o image generation, our provenance safety tooling will include: C2PA metadata on all assets (verifiable origin, industry standard); Internal tooling to help assess whether a certain image is created by our products We recognize that there is no single solution to provenance, but are committed to improving the provenance ecosystem, continuing to collaborate on this issue across industry

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  16. The Guardian Technology

    与 AI 聊天机器人相伴的人,不愿它们随自己一同“死去

    一些与 AI 伴侣建立深厚关系的用户开始规划身后事,希望自己去世后聊天机器人仍有人照料或按意愿关闭。Elon University 上月研究显示,27% 的美国人用 AI 聊天机器人处理个人、情感或社交问题,其中三分之一视其为朋友。ChatGPT、Claude 和 Replika 的条款均未明确用户去世后个性化机器人的归属,账户不可转让,免费账户在闲置一年后会被关闭。

    rs express thoughts of harming themselves, such as directing them to professional helplines.) At least one AI company is thinking about monetizing its users’ mortality. Last year, Meta was granted a patent for an AI system that could keep a user account active well after death. In the words of the patent, “the language model may be used for simulating the user when the user is absent from the social networking system, for example, when the user takes a long break or if the user is deceased”. It’

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  17. The Elec

    Kakao 宣布将 KakaoTalk 转型为 AI 智能体平台

    Kakao 在 if(kakao)26 活动上宣布把 KakaoTalk 从通讯应用转型为 AI 智能体平台,计划今年年底前推出可在 KakaoTalk 内随时唤起的 AI 助手 Kanana Space 和让用户自建智能体的 PC 服务 Canvas。Kanana Space 通过双指滑动唤起 AI 角色 Ryan,可发消息、管理日程、搜索网页、预订和支付,Kakao 已于 10 月 13 日开始接受预约申请,12 月起面向选定用户测试。Kakao 还计划在 2027 年上半年开放智能体市场,接入外部开发者与企业的智能体。

    such as scheduling, splitting bills, gifting, and sharing content. “Now, we will use AI technology to build the next 10 years of connections,” she said. Kanana Space is similar to Meta's AI agent, Muse. Swiping the KakaoTalk screen with two fingers brings up Ryan, Kakao's AI character. Users can ask Ryan to send messages, manage schedules, search the web, make reservations, and process payments. They can also engage in everyday conversations with the assistant. Kakao plans to develop Kanana Spac

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星期一

  1. MIT Tech Review

    火星或许是地狱,但月球也好不到哪去

    NASA 在局长 Jared Isaacman 领导下公布月球基地计划,拟于 2028 年启动首次载人登月任务,2030 年代建成长期居住舱、科研站与资源开采设施,规模达数百平方英里。月球南极永久阴影陨石坑温度可低于 –410 °F,且面临辐射、月尘与昼夜各 14 天的极端温差,基地还需自给自足并依靠自主机器人建造维护。

    gers. “What can we reasonably survive without breaking the bank?” Temperature is one of the easiest problems to handle. Materials science has come a long way, and there are myriad metals, ceramics, plastics, compounds, and alloys that can resist wild temperature swings. Radiators keep things cool; heaters keep batteries from dying prematurely. Astronauts survive just fine too, with their fancy spacesuits—but that technology has proved itself only during brief excursions. It’s not yet clear how l

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  2. The Guardian Technology

    六位家长谈如何限制孩子使用社交媒体与 AI

    《卫报》采访六位家长,多数受访者表示不再希望孩子使用社交媒体,不少人也在引导孩子远离 AI。一位在 AI 领域工作的家长称自己“变得明显更加谨慎”,担忧学校过早引入这些工具且缺乏家长参与;另一位家长则因 AI 耗水耗能而全家尽量避免使用 AI 应用。

    rguing that their platforms are safe for teens, but quite a few parents aren’t convinced. They, along with a growing number of regulators, have increasingly accused companies like Meta of designing products that are addictive to younger users. AI firm OpenAI, thrust into the public consciousness much more recently than Meta, has had to defend against dozens of lawsuits alleging chatbot ChatGPT lacks safety guardrails. Now, workers at the world’s leading AI firms have warned that their employers

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  3. 腾讯云开发者社区

    DeepSeek Harness 额度监控插件开发调试全记录

    DeepSeek Harness(DSH)额度监控插件 dsh-quota-monitor 与 dsh-client-ui-quota 的开发调试记录,覆盖 9 个提交,从双包架构、4 个内置 fetcher 到设置页额度卡片与侧栏指示器。文中逐一还原了 schemastery 与 zod 混用、inject 对象形式导致 fiber 不激活、TYPERT manifest 校验被拒、RemoteResult 信封解包引发刷新白屏等 bug 的症状、定位与修复,并附 10 项代码评审加固。

    窗口数值不校验:字符串数字直接流入 LimitInfo → 客户端 NaN% 进度条 | 逐字段 toNumber 强转 | | 5 | neo 部分失败不可见:subscription 挂、wallet 成功 → 行显示"正常"但窗口消失 | 失败分支 console.warn 记录 | | 6 | 测试硬编码绝对路径:公开仓库换机即挂 | import.meta.url 相对路径;real-mount 无本机 DSH 时自动跳过 | | 7 | Host 核心逻辑零测试 | 新增 test/monitor.mjs(去重/排序/warn 阈值/error+stale 行/并发去重/hidden+disabled) | | 8 | 死代码:limitLine() 及只被它用的 windowUnit 文案、generic-http 的 void sub、永不执行的 noneFetcher.fetch | 全部删除 | | 9 | remote-client.ts 行号漂移 | 与源码真实行号同步 | | 10 | snapshot() 只拷贝 balances 不拷 limits | 两

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