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星期三

  1. The Register

    ServiceNow 扩展 AI Control Tower,新增智能体终止开关与 MCP 服务器

    ServiceNow 在 Australia 平台版本中扩展 AI Control Tower,覆盖发现、观测、治理、安全和度量五个领域,新增 30 个企业连接器,可发现运行在 AWS、Google Cloud、Microsoft Azure 以及 SAP、Oracle、Workday 上的 AI 资产、模型、智能体和提示词。演示中系统检测到针对定价智能体的提示词注入攻击,借助 Veza 的访问图谱定位影响范围并自动触发终止开关。ServiceNow 同时发布 Action Fabric,通过正式可用的 MCP 服务器让 Claude、Copilot 等外部智能体触发受治理的企业流程,Anthropic 是首个设计合作伙伴。

    n. Control Tower now includes cost tracking and ROI dashboards to give finance teams visibility into model spend. The measurements track token consumption across providers such as OpenAI, Anthropic, and Google so customers can predict costs and tie spending to business outcomes. ServiceNow said it uses the AI Control Tower internally to manage over 1,600 AI assets and tracked half a billion dollars in cumulative AI value from internal use cases in 2025. "The number one question every CFO is aski

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星期一

  1. Amp Chronicle精选

    Amp Free 取消广告并调整每日免费额度

    Amp Free 已取消广告,多数现有用户暂时仍可获得每日 $10 免费额度,但部分低活跃用户的额度将暂停。Amp 表示广告收入已达 $10M+ USD 年化水平,但不足以承担不断增长的前沿模型 token 消耗。2026-05-23 的更新称,更多用户的每日额度将被暂停或削减,旧版客户端使用免费额度也将受到限制。

    and in this new world, ads don't make sense. Ads just don't pay for enough frontier tokens to make a difference, and token consumption is only going up from here. Along with this, OpenAI now offers subscription plans with even more aggressive discounts than what Anthropic offered before. You can pay OpenAI $20/month to get (seemingly) $1000+/month in tokens. This gives you a lot more "free" usage than Amp's ad-supported free tier and is a better choice if cost is your top concern. What about the

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星期四

  1. goose 官方博客

    goose 通过 ACP 支持 Codex、Claude 和 Gemini 订阅

    goose 官方博客宣布,借助 Agent Client Protocol(ACP),用户现在可以在 goose 中使用 Codex、Claude 和 Gemini 的订阅。Codex 可直接登录 ChatGPT 账号,无需安装其他组件;Gemini 通过 OAuth 用 Google 账号登录;Claude 需一次性安装一个小型适配器包。goose 会把已配置的 MCP 扩展通过 ACP 传递给 Claude,而 Codex 属于完整的 LLM API,可直接在 goose 中使用扩展。原有的 claude-code、codex、gemini-cli 等 CLI 直通 provider 即将移除。

    or you to sign in with your ChatGPT account. After that, your session is cached locally. The recommended model is gpt-5.3-codex, which is the default. You can also select gpt-5.4 (OpenAI's latest omni model) or gpt-5.2-codex from the model picker. Gemini — via OAuth If you have a Google account with Gemini access, the Gemini (gemini oauth) provider lets you use goose with your existing account. Just pick Gemini when setting up goose for the first time (or changing providers). The first time you

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星期三

  1. Together AI Blog精选

    Together AI 扩展微调服务,支持工具调用、推理和视觉

    Together AI 扩展 Together Fine-Tuning,新增工具调用、推理轨迹和视觉语言模型微调支持。升级后的训练栈可更高效处理 100B+ 参数模型,吞吐量最高提升 6×,并支持最大 100GB 的数据集。服务还新增训练前成本估算和训练中 ETA;推理微调支持 Qwen 与 Z.AI,VLM 微调支持 Qwen、Google 和 Meta 模型。

    Screen showing fine-tuning job details with timestamps, events like JOB_PENDING, MODEL_DOWNLOAD, and messages.

    vice now delivers an end-to-end solution for reliable, production-grade tool calling, spanning fine-tuning through inference. Tool calls can be included in training data using the OpenAI-compatible schema. Functions are defined in a top-level tools array, and our service validates that every tool calls entry matches a declared tool, ensuring structurally correct data before training begins. At inference time, we’ve significantly improved tool call reliability to ensure the benefits of tool call

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星期二

  1. OpenHands 官方博客

    OpenHands 发布开源漏洞修复工具 Vulnerability Fixer

    OpenHands 发布开源应用 Vulnerability Fixer,用 AI 智能体自动完成 GitHub 仓库的漏洞扫描、分析与修复,并自动创建 Pull Request。该工具基于 Trivy 扫描,可上传 Snyk、Veracode、Checkmarx 等扫描器报告,支持 OpenHands Cloud 与本地 Docker 部署,代码以 MIT 协议开源。官方同时将其作为使用 OpenHands Cloud API 和 TypeScript SDK 构建智能体应用的参考实现,演示了会话管理、任务执行、实时更新与错误处理等模式。

    Vulnerability Fixer Dashboard

    ze it for your needs, clone the repository: Then open http://localhost:3001 and configure your API keys: OpenHands Cloud API Key - Get one from OpenHands Cloud; LLM API Key - Your OpenAI, Anthropic, or OpenHands LLM key; GitHub Token - Create one at github.com/settings/tokens with repo scope All credentials are stored locally in your browser and never sent to external servers except for the services they authenticate with. A Reference Implementation Vulnerability Fixer serves two purposes beyond

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星期一

  1. VentureBeat AI

    Block 开源 AI 编码智能体 Goose,对标 Claude Code 且完全免费

    Block 推出的开源 AI 编码智能体 Goose 提供与 Claude Code 相近的功能,但可完全在本地运行,无需订阅费、无速率限制。Goose 在 GitHub 上已获得超过 26,100 颗星,有 362 名贡献者和 102 个版本,最新版本 1.20.1 于 1 月 19 日发布。它支持任意 LLM,可通过 Ollama 搭配 Qwen 2.5 等开源模型本地运行,并集成 MCP 连接外部服务;代价是模型质量、上下文窗口和速度仍不及 Claude 4.5 Opus 等商业方案。

    20.1 于 2026 年 1 月 19 日发布,其开发速度可与商业产品相媲美。 对于因 Claude Code 的定价结构和使用上限而感到沮丧的开发者来说,Goose 代表了 AI 行业中日益罕见的东西:一个真正免费、无附加条件的严肃工作选项。 要理解 Goose 为何重要,你需要了解 Claude Code 的定价争议。 Anthropic 是一家由前 OpenAI 高管在旧金山创立的人工智能公司,它将 Claude Code 作为其订阅套餐的一部分提供。免费计划完全不提供任何访问权限。Pro 计划按年计费为每月 17 美元(或按月 20 美元),将用户限制为每五小时仅 10 到 40 条提示——这一限制会让严肃的开发者在几分钟的高强度工作后就耗尽额度。 Max 计划每月 100 美元和 200 美元,提供更多额度:分别为 50 到 200 条提示和 200 到 800 条提示,外加访问 Anthropic 最强大的模型 Claude 4.5 Opus。但即便是这些高级套餐也带有激怒开发者社区的限制。 7 月下旬,Anthropic 宣布了新的每周速率限制。在该系统下,Pro 用户

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星期四

  1. Browser Use精选

    Browser Use 发布 BU 1.0:浏览器智能体平均 68 秒完成任务

    Browser Use 发布 BU 1.0,在 OnlineMind2Web 上达到 65.7% 准确率,与 Gemini 2.5 Computer Use 持平,平均 68 秒完成任务,而 Gemini 2.5 Computer Use 为 225 秒、Claude Sonnet 4.5 为 285 秒。团队称其通过 KV cache 复用、按需截图、从 DOM 直接提取 markdown 的 extract 工具以及精简输出 token 四项优化降低延迟,并建议升级到 Browser Use 0.8.0 使用。

    eed Advantage In OnlineMind2Web, BU 1.0 agent completes tasks in 68 seconds on average. For context: Gemini 2.5 Computer Use: 225s; Claude Sonnet 4.5: 285s; Claude Sonnet 4: 295s; OpenAI Computer-Using Model: 330s We're significantly faster than other state-of-the-art models - taking on average 3 seconds per step with our strongest model. (See our full model speed and accuracy benchmark here) Seeing is Believing To put this in perspective, here's both agents executing the same task: "Find the mo

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星期三

  1. Ollama Blog精选

    Ollama 推出 Web Search API 与网页抓取接口

    Ollama 上线新的 Web Search API,个人用户可使用免费额度,更高速率限制通过 Ollama 云提供。该能力以 REST API 形式提供,并在 Ollama 的 Python 和 JavaScript 库中做了更深的工具集成,可让 gpt-oss 等模型执行长时间研究任务。官方建议将模型上下文长度提高到约 32000 tokens,并推荐 qwen3、gpt-oss 等模型;同时新增 web fetch API 用于抓取单个页面,可通过 Python MCP server 在 Cline、Codex、Goose 等 MCP 客户端中启用。

    llucinations and improve accuracy. Web search is provided as a REST API with deeper tool integrations in Ollama’s Python and JavaScript libraries. This also enables models such as OpenAI’s gpt-oss models to conduct long-running research tasks. Create an API key from your Ollama account. Install and run Ollama’s Python library Then make a request using ollama.web search: Example output JavaScript Install and run Ollama’s JavaScript library Example output Building a search agent Use Ollama’s web s

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星期二

  1. TLDR AI

    Google Workspace 为 Slides 和 Vids 添加 AI 图像编辑功能

    Google Workspace 为 Slides 和 Google Vids 添加了图像背景移除与扩展功能,并在 Android 版 Google Docs 中支持 Gemini 图像生成。团队可直接在文档中创建视觉素材,减少制作演示文稿和培训材料时与设计团队的反复沟通。

    rt through the noise to bring you a curated digest of important AI developments and practical advice for business leaders. Google adds AI image editing features in Slides and Vids OpenAI weighs encryption for temporary chats to strengthen privacy Salesforce partners report slower adoption of Agentforce in the enterprise Apple Intelligence features surface in the iOS 26 public beta, shaping user expectations at work Google adds AI image editing to Slides and Vids Summary: Google Workspace introdu

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星期六

  1. vLLM 官方博客

    vLLM v0.8.3 新增对 Llama 4 Scout 和 Maverick 的支持

    vLLM v0.8.3 开始支持 Llama 4 Scout(17B-16E)和 Maverick(17B-128E),可部署长上下文原生多模态推理。在 8xH100 上,Scout 可提供 1M 上下文,Maverick 约为 430K;设置 `--limit-mm-per-prompt image=10` 后,每次请求最多可输入 10 张图像。A100 已支持 bf16 版本,AMD MI300X 可通过源码构建运行,Scout 的单 H100 INT4 量化版本仍在开发中。

    at image understanding up to 8-10 images. By default, vLLM server accepts 1 image per request. Please pass --limit-mm-per-prompt image=10 to serve up to 10 images per request with OpenAI-compatible API. We also recommend checking out our multi-image offline inference example with Llama-4 here. Performance: With the configurations above, we observe the following output tokens/s for Scout-BF16 and Maverick-FP8: While more performance enhancements are on the way, we believe the Llama 4 models' effi

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星期一

  1. Transluce

    Transluce 发布 Docent 技术预览,用于分析 AI 智能体轨迹

    Transluce 发布 Docent 的公开技术预览,这是一个用语言模型对智能体轨迹做摘要、聚类、搜索并支持反事实干预的系统,用户可在预置基准上在线查看轨迹。文中称在 InterCode 基准上仅补上缺失的 apt 与 pip 包,GPT-4o 的解决率就从 68.6% 提升到 78%;Docent 还发现 GPT-4o 在反复失败后输出“chestnut facts”等无关内容,以及 Cybench 任务中模型通过读取 Dockerfile 走捷径解题。Transluce 正在招募早期用户,并计划在数周内正式发布。

    Agent needs internet access to solve the task.

    ove such noise [3]. Addressing errors quickly becomes untenable for agentic evaluations that require complex scaffolds. For example, when using the SWE-bench coding benchmark [4], OpenAI researchers discovered that incorrect unit tests and broken environments caused many correct solutions to be rejected [5]. They paid software engineers to screen out ambiguous or unsolvable problems, resulting in SWE-bench Verified. While this new benchmark more accurately reflects model capabilities, creating i

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星期一

  1. vLLM 官方博客精选

    vLLM V1 Alpha 发布,重构核心架构并将吞吐量提升至多 1.7x

    vLLM 发布 V1 Alpha,通过重构调度器、KV cache 管理器、Worker、采样器和 API 服务器,将吞吐量较 V0 提升至多 1.7x。V1 默认启用低开销前缀缓存,增强多模态模型支持,并可通过设置 `VLLM_USE_V1=1` 在不修改现有 API 的情况下启用。当前版本仅支持 Ampere 或更新的 NVIDIA GPU,尚不支持 LoRA、结构化解码、推测解码和流水线并行等功能。

    ished by V0 while delivering significant enhancements to performance and code complexity. 1. Optimized Execution Loop & API Server As a full-fledged continuous batching engine and OpenAI-compatible API server, vLLM’s core execution loop relies on CPU operations to manage request states between model forward passes. As GPUs are getting faster and significantly reducing model execution times, the CPU overhead for tasks like running the API server, scheduling work, preparing inputs, de-tokenizing o

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星期四

  1. vLLM 官方博客

    vLLM v0.6.0 发布,吞吐量提升最高 2.7x、TPOT 最多降低 5x

    vLLM 发布 v0.6.0,相比 v0.5.3 吞吐量提升 1.8-2.7x,其中 Llama 8B 的吞吐量提升 2.7x、TPOT 加快 5x,Llama 70B 的吞吐量提升 1.8x、TPOT 减少 2x。主要优化包括拆分 API server 与推理引擎、多步批量调度、异步输出处理、对象缓存和非阻塞数据传输。多步调度目前会造成 token 间延迟波动,并可能在低请求率下提高 TTFT。

    s: Separating API server and inference engine into different processes (PR 6883) Through careful profiling, we found that managing network requests and formatting the response for OpenAI protocol can consume quite a bit of CPU cycles, especially under high load with token streaming enabled. For example, Llama3 8B can generate 1 token every 13 ms under light load. This translates to the frontend needing to stream back 76 objects per second, and this demand further increases with hundreds of concu

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星期二

  1. vLLM 官方博客

    vLLM 宣布支持 Llama 3.1 系列模型

    vLLM 已支持 Llama 3.1 系列模型,可运行完整的 128K 上下文窗口,并通过分块预填充控制内存占用。针对 Llama 3.1 405B,vLLM 支持 FP8、流水线并行、张量并行和 CPU 卸载;在无 InfiniBand 的 16 GPU 环境中,2 路流水线并行结合 8 路张量并行相比 16 路张量并行获得 6.6x 性能提升。

    also reduces the interruption from long prompt processing for ongoing requests. You can install vLLM by running the following command or using our official docker image (vllm/vllm-openai): For the large Llama 405B model, vLLM supports it in several methods: FP8: vLLM runs the official FP8 quantized model natively on 8xA100 or 8xH100; Pipeline Parallelism: vLLM runs the official BF16 version on multiple nodes by placing different layers of the model on different nodes; Tensor Parallelism: vLLM ca

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星期二

  1. vLLM 官方博客精选

    vLLM 发布基于 PagedAttention 的开源 LLM 推理与服务库

    vLLM 发布开源 LLM 推理与服务库,利用 PagedAttention 管理 KV cache,无需修改模型架构即可实现比 HuggingFace Transformers 最高 24x 的吞吐量。实验中其吞吐量比 TGI 最高提升 3.5x,内存浪费降至 4% 以下;LMSYS 部署后将服务所需 GPU 数量减少 50%。

    inference and online serving. To use vLLM for offline inference, you can import vLLM and use the LLM class in your Python scripts: To use vLLM for online serving, you can start an OpenAI API-compatible server via: You can query the server with the same format as OpenAI API: For more ways to use vLLM, please check out the quickstart guide. Blog written by Woosuk Kwon and Zhuohan Li (UC Berkeley). Special thanks to Hao Zhang for the integration of vLLM and FastChat and for writing the correspondin

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