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10月16日周五
  1. Tripo60

    Tripo 转发用户 @LidaMidorin 的开源 AI 智能体工作流,用于 VTuber 3D 角色制作,并发布了引导 3D 角色建模的完整技能库。流程由 Astra / Opus、Tripo P2.0 和 Blender 驱动:先制作脸、身体、头发、表情等三面图和配饰插画,再用 Tripo 生成各部件(推荐 Smartmesh P2.0、约 5000 至 10000 四边形面数,面数过多校正时易变形),随后用 BlenderMCP 合并各部件、直接建模小物件、修正眼球和手、插入骨骼并调整皮肤权重、制作 IK/FK、调整摇摆物和着色器,制作周期约 2 周(实际约 1 个月,因质量不佳重做两次),最终模型还实现了可开合的翅膀结构。

    引用リダ / Lida✨VTuber & AI Creator@LidaMidorin

    【Tripo × Astra / Opus / Argon × Blender】 3Dモデル完成しました✨ -------------------- 制作スキルはリプ欄で配布いたします! GithubURL添付いたしますので、良ければご活用ください! -------------------- 制作期間はおよそ2週間(実質1ヶ月ですが、品質微妙で2回作り直しました💦) 簡単に制作ステップを解説すると以下の通りです。 ✅ 顔・身体・髪の毛・表情毎の3面図・アクセサリー類のイラストを作成 ✅上記のモデルをTripoで全て作成 ・全部SmartmeshP2.0 四角形5000~10000くらいのポリゴン数がおすすめ ・ポリゴン数が多すぎると、補正時に歪みやすくなります ✅各パーツをBlenderMCPで結合 ✅簡単な小物・装飾類は直接モデリングで作成してもらう ✅眼球のモデリング・手を補正 ✅リグ挿入・スキンウェイト調整、IK/FK制作 ✅揺れもの調整 ✅シェーダー調整 ちなみに翼の開閉もできるようにしました🔥 これは翼の構造自体をしっかりAstraに考えさせ、羽の配置を一枚一枚しっかりモデリングさせました! 気合でこれくらいの品質のものまで作れるのはホント凄いですね💦 #Tripo

  2. Xiaomi MiMo58

    小米 MiMo 宣布 MiMo V2.6 Pro 在 Agent Arena 开源模型榜单排名第一,净提升 +3.8%;引用 @arena 数据显示,Pro(每任务 $0.11)和 Flash(每任务 $0.05)是仅有的两个位于性能成本 Pareto 前沿的开源模型,Pro 比 #2 DeepSeek V4.1 Flash 成本低 15%,Flash 比 Pro 便宜 55% 但低 1.3 个百分点。

    引用Arena.ai@arena

    Exciting update: There’s a new leader in the Agent Arena among open models. MiMo V2.6 Pro by @XiaomiMiMo has landed the #1 spot with +3.8% net improvement! Earlier this week we evolved the Bash Recovery signal in Agent Arena (more info in thread). With this update, the new top 5 open models are: - #1 MiMo V2.6 Pro: +3.8% - #2 Deepseek V4.1 Flash (Max): +3.0% - #3 Hy4 preview: +2.9% - #4 MiMo V2.6 Flash: +2.5% - #5 GLM 5.2 (Max): +2.4% MiMo V2.6 Pro ($0.11 cost per task) and Flash ($0.05 cost per task) are the only two open models on the Agent Arena Pareto frontier! - Pro outperforms both #2 Deepseek V4.1 Flash while costing 15% less, and #3 Hy4 preview while costing 71% less. - Flash is 1.3 percentage points below Pro but is 55% cheaper. Congrats to the @XiaomiMiMo team on this contribution to the open ecosystem!

  3. howie.serious76

    ChatGPT 面向 Chrome 用户推出 computer use 能力:web 端 chat 模式下可读取已打开的 Chrome 标签页信息,但只能浏览不能操作;work 模式则可直接操作 Chrome 标签页,如发送消息、填写表单、下载文件和整理标签组。作者附实测截图展示其读取 22 个标签页和标签组的效果,并提出购物比较、股票研究等信息整合用例。

    引用ChatGPT@ChatGPT

    今天为 Chrome 用户带来几项重大升级!我们正在把 computer use 的能力带给每一位使用 Chrome 的人。 首先是:ChatGPT 现在可以使用你在 Chrome 中的标签页,让回答更有用,并帮你把事情办成。 如果你在 Chat 中,它可以查看你打开的标签页并收集信息。 如果你在 Work 中,ChatGPT 可以控制你的 Chrome 标签页来完成任务,比如发送消息、填写表单或下载文件。它甚至能帮你整理和分组那一堆打开的标签页。

    同一件事,精选收录的是《ChatGPT 为 Chrome 用户新增标签页读取与控制能力》

  4. StepFun57

    阶跃星辰 Step 5 Preview 在 DeepInfra 上线(day zero),采用开放权重。该模型为 600B MoE、27B 激活,支持 1M token 上下文和文本加视觉输入,FP8 定价为每 1M tokens 输入 $1.00、输出 $2.70、缓存 $0.05,面向 coding、frontend、finance 等长程 Agent 场景。

    引用DeepInfra@DeepInfra

    Step 5 Preview from @StepFun_ai is live on DeepInfra, day zero. 600B open-weight MoE, 27B active. 1M context, text + vision. FP8. $1.00 in / $2.70 out / $0.05 cached per 1M tokens. Built for long-horizon agents: coding, frontend, finance. What would you load into 1M tokens first?

  5. Elon Musk69

    Musk 转发黄仁勋在 BG2Pod 访谈中的表态并评论算力目标可能超过 10GW;访谈称 Nvidia 已把 SpaceX 归入云服务商客户,两家工程师正合作设计可用于太空的新型服务器架构。

    引用bg2clips@bg2clips

    🛰️ @elonmusk 希望在 2027 年底前获得 10 吉瓦的算力。@JensenHuang 表示,Nvidia 现在将 @SpaceX 与云服务提供商客户并列计算,两家公司的工程师正在设计一款用于太空的服务器: "在我们图表的两个部分中,Elon 过去被归在企业类下。我们之前就是这样报告数字的。现在他属于我们的 CSP……他们规模巨大。 他在使用我们的技术来训练自己的 AI 模型之类的,当然还有部署模型……而 GrokBot 的需求,GrokBot 的消耗量真的是在飙升。然后,当然,他还把它租出去。所以这三件事结合在一起,他这样做相当独特…… 他热爱计算与实体建设之间的交叉领域……而且没有人比他更懂能源。 而我们将一起去探索的一个特别的新市场,就是把数据中心放到太空里。所以我们的两个工程团队正在非常紧密地合作,打造一种新型服务器、一种新型架构,它可能在太空和地球上都非常出色。" —— @JensenHuang,@nvidia 首席执行官,在 @BG2Pod 上与 @altcap 对话

    推荐理由:黄仁勋访谈把 SpaceX 列入 Nvidia 云客户,并透露双方合作设计太空服务器,Musk 追加算力规模可能超 10GW。

  6. Ian Johnson 🔬🤖40

    迫不及待想深入研究了! https://already-clean.goodfire.com/

    引用Nick@nickcammarata

    interpretability might be the most important scientific problem in the world right now, as I don't think we can solve alignment if we don't know what we're building. I think I have good news about it. I co-authored early work in mechanistic interpretability at OpenAI and came away pessimistic, because neural networks appeared to fold into arbitrary tangled knots. years later, I started openai's first large-scale automated interpretability project, finding about 2% of neurons legible with the primitive tools we had with modern agentic tools and a much closer look, the picture looks totally different. the vast majority in models up to trillions of parameters are legible, and their circuits beautiful. many famous examples of tangled neurons turned out to be misunderstood. The roadblocks I expected mostly aren't there. I now think ambitious interpretability will be solved by the time we need it most, and possibly quite soon, as automated scientists keep improving. it may be a bitter lesson for interpretability: the simple thing, at absurd scale, works https://already-clean.goodfire.com/

  7. Ado55

    Anthropic 宣布 Code Review 正式向 Claude Team 和 Enterprise 计划开放。审查速度更快,能发现更多重要 bug,管理员可为每个仓库选择 Quick、Standard 或 Deep 三种审查级别。

    引用ClaudeDevs@ClaudeDevs

    Code Review is now generally available for Claude Team and Enterprise plans. Reviews are now faster, catch more of the bugs that matter, and admins can pick from Quick, Standard, or Deep review levels for each repo.

  8. Karina47

    AI 加速科学发现这件事,有一种很 Ted Chiang 的味道,而这一切始于它自身学习机制的解析。这类研究如果没有强大的编程智能体和开放权重模型,会难做得多。很高兴看到 @nickcammarata 的研究公之于众,以及它对 AI 对齐可能意味着什么,恭喜!

    引用Nick@nickcammarata

    interpretability might be the most important scientific problem in the world right now, as I don't think we can solve alignment if we don't know what we're building. I think I have good news about it. I co-authored early work in mechanistic interpretability at OpenAI and came away pessimistic, because neural networks appeared to fold into arbitrary tangled knots. years later, I started openai's first large-scale automated interpretability project, finding about 2% of neurons legible with the primitive tools we had with modern agentic tools and a much closer look, the picture looks totally different. the vast majority in models up to trillions of parameters are legible, and their circuits beautiful. many famous examples of tangled neurons turned out to be misunderstood. The roadblocks I expected mostly aren't there. I now think ambitious interpretability will be solved by the time we need it most, and possibly quite soon, as automated scientists keep improving. it may be a bitter lesson for interpretability: the simple thing, at absurd scale, works https://already-clean.goodfire.com/

  9. Tibo48

    Bonjour (引用推文核心要点:GPT-Live-1.1 为 ChatGPT、Codex 和 dots 的语音功能带来更新,新增法语、德语、印地语、墨西哥西班牙语、韩语和日语语音,口音更自然,减少"checking..."式的停顿。今日起向所有用户推送,即将上线 API。)

    引用OpenAI@OpenAI

    New voices. Better accents. And less "checking..." GPT-Live-1.1 brings these updates to Voice in ChatGPT, Codex, and dots, with new voices in French, German, Hindi, Mexican Spanish, Korean, and Japanese. Rolling out today to all users. Coming soon to the API.

  10. StepFun56

    阶跃星辰发推感谢 RadixArk 为 Step 5 Preview 提供生产环境推理支持。被引用的 RadixArk 祝贺 Step 5 Preview 开放权重,称其以 SGLang 及缓存感知路由栈支撑阶跃星辰第一方生产 API,在严格延迟要求下实现高效的 token 经济性,并邀请用户用 SGLang 部署 Step 5 Preview。阶跃星辰表示很高兴看到 SGLang 在真实工作负载上实现高效可扩展推理。

    引用RadixArk@radixark

    Congratulations to @StepFun_ai on Step 5 Preview going open weights! RadixArk is proud to help power StepFun's first-party production API with SGLang at scale. Production inference means great token economics under strict latency requirements. SGLang and its cache-aware routing stack now bring that to Step 5 Preview in proven production traffic. Building with Step 5 Preview? Deploy with SGLang today!