33 Matching Annotations
  1. Last 7 days
  2. May 2026
    1. What we used to think were the constraints are just not constraints anymore. It's empowering.

      大多数人认为小企业面临资源限制是永恒的约束。但作者引用CEO的话表明,AI正在重新定义这些约束,认为曾经被视为限制的因素现在已不再是真正的障碍,这挑战了关于小企业资源限制的传统观念。

    1. But there’s a critical difference between using agents to accomplish defined objectives and spinning up 20 agents because the dashboard makes you feel like a general commanding an army.

      作者指出,使用AI代理实现特定目标和仅仅因为仪表板让人感觉像指挥军队一样使用大量代理之间存在关键区别,这引发了关于AI工具使用目的的思考。

    2. The average employee AI usage was 1.5 hours per week. The average CEO AI usage was less than one hour per week.

      数据显示,员工和CEO每周使用AI工具的时间非常有限,但他们对AI的依赖和热情却很高,这可能是AI心理疾病的表现。

    3. Two prominent tech leaders, both publicly using the word psychosis. Both framing sleeplessness and obsessive agent usage as a feature of the moment rather than a bug.

      文章指出两位知名科技领袖公开将AI心理疾病视为一种特征而非缺陷,这表明了AI心理疾病可能被误解或忽视。

  3. Apr 2026
    1. Claude Code has led to a large increase in Show HN projects. So much, that the moderators of HN had to restrict Show HN submissions for new accounts.

      大多数人认为AI工具提高了生产力,但作者将其与内容泛滥和平台限制直接关联,暗示AI不仅提高了数量还可能损害了社区质量。这种观点挑战了'AI总是进步'的乐观叙事,提出了技术应用的负面后果。

    2. Is this bad? Not really, just uninspired. After all, validating a business idea was never about fancy design, and before the AI era, everything looked like Bootstrap.

      大多数人认为AI生成的设计是'坏的设计',但作者认为这只是'缺乏灵感',将其与Bootstrap时代相提并论,暗示这种设计平庸化是技术发展的自然循环而非灾难性退步。这种观点挑战了我们对设计价值的传统认知。

    1. We have discovered a new way to think about large numbers and their anatomy. It's a nice achievement. I think the jury is still out on the long-term significance.

      大多数人认为AI的数学突破具有重大意义,但作者认为其长期意义尚不确定,这挑战了人们对AI数学成就重要性的普遍预期,暗示技术突破不一定等同于长期价值。

    1. Claude Design gives designers room to explore widely and everyone else a way to produce visual work.

      大多数人认为设计专业技能是创造高质量视觉作品的必要条件,但作者认为AI工具可以让非专业人士也能生产专业水平的视觉作品。这一观点挑战了设计专业性的传统观念,暗示专业技能可能不再是高质量设计的唯一门槛。

    1. The Meta cuts are the inverse. When one person with the right AI tools can do the work of 10-to-15 people, the person most at risk isn't the one using the AI. It's the one whose job description overlaps with what AI now does by itself.

      大多数人认为在AI时代,使用AI工具的员工会更有价值并保住工作,但作者提出了反直觉的观点:真正面临失业风险的是那些工作内容与AI功能重叠的人,而不是那些善于利用AI工具的人。这挑战了人们对AI技能价值的普遍理解。

    1. Companies and investors put $6.1 billion into humanoid robots in 2025 alone, four times what was invested in 2024.

      令人惊讶的是:机器人投资在2025年出现了爆炸性增长,达到2024年的四倍。这表明市场对机器人的信心发生了根本性转变,从谨慎观望到大规模投入,反映了AI技术进步如何重塑了投资者对机器人可行性的看法。

    1. AI has already helped people work faster on their own, but many of the most important workflows inside an organization depend on shared context, handoffs, and decisions across teams.

      大多数人认为 AI 主要帮助个人提高效率,但作者指出 AI 在促进跨团队协作和共享上下文中发挥着更关键的作用,挑战了 AI 在个人层面应用的局限。

    1. to stand out from the AI-generated pack we will need to become so weird and unexpected as to be off-putting to most people

      大多数人认为AI将使创意工作更容易或更高效,但作者认为在AI时代,人类创作者必须变得'如此怪异和不可预测以至于让大多数人感到不适'才能脱颖而出。这一反直觉观点挑战了AI将增强人类创造力的主流叙事,暗示AI实际上可能迫使人类走向极端化才能保持独特性。

    1. We will continue improving the model's biological reasoning, expanding support for tool-heavy and long-horizon research workflows, and working closely with leading scientific institutions to evaluate real-world impact.

      这一长期发展规划反映了AI科学应用的阶段性特征。从基础推理到复杂工作流程支持,再到实际影响评估,展示了AI如何逐步深入科学研究的核心,最终可能改变科学发现的本质。

    1. Deepfake scams have stolen tens of millions. AI-generated phishing bypasses legacy filters.

      这些具体数据点揭示了AI攻击已经造成的实际经济损失,强调了当前安全防御的不足。'数千万'的损失数字令人震惊,表明AI攻击不仅技术先进,而且经济影响巨大,这可能是推动安全市场变革的关键因素。

    1. The macOS app is available to Gemini users ages 13+

      年龄限制的设置反映了AI应用在未成年人使用方面的谨慎态度,同时也暗示了AI正在向更年轻的用户群体扩展。这种普及化趋势可能带来教育和社会影响方面的深远变化,值得持续关注。

    1. that are the foundation of an ecosystem crucial to researchers, entrepreneurs, and policy advisors.

      令人惊讶的是:这些开源语言模型已经构成了一个对研究人员、企业家和政策顾问都至关重要的生态系统。这表明开源AI不仅是技术发展的驱动力,还对创新、商业和政策制定产生了深远影响,形成了一个多元化的应用生态。

    1. Fields that are not exposed now will become exposed in the future

      这指出了AI对就业影响的动态演进特征。静态的“暴露度”评估不仅无法预测替代,还忽视了AI技术边界的不断扩张。因此,数据收集不能仅限于当前受影响的行业,而必须具备前瞻性,建立覆盖全经济部门的长期追踪机制。

    1. New AI models, especially those from Anthropic,have triggered a new set of actions for how we build and secure our products.

      令人惊讶的是:Anthropic等公司的新型AI模型不仅仅是工具,它们直接触发了思科改变构建和保障产品的方式。这种由模型能力反向驱动工程流程重构的现象,说明AI已经不再是业务的附属品,而是正在成为定义行业基础设施形态的决定性力量。

    1. Sally Li, a representative at a makeup packaging company in Wuhan, China, says her firm has started writing more detailed product descriptions and adding information about its equipment and manufacturing experience on Alibaba.com because it suspects those details make its listings more likely to be surfaced by AI.

      大多数人认为AI会减少人类在商业中的参与,但作者认为AI实际上迫使制造商提供更详细、更透明的信息。制造商正在调整他们的在线策略,通过提供更多详细信息来迎合AI算法,这表明AI正在改变信息流动方式而非简单替代人类判断。

    1. A founder in LA reportedly scaled Medvi toward $1.8B in annual sales with basically one full-time employee.

      大多数人认为建立十亿美元级别的公司需要庞大的团队和复杂的管理结构,但作者认为AI已使'一人独角兽'成为可能。这挑战了传统创业理念,暗示AI可能彻底改变企业规模与人力需求之间的关系,颠覆我们对商业增长的基本认知。

  4. Nov 2024
    1. Arle LommelArle Lommel • Following • Following Senior Analyst at CSA ResearchSenior Analyst at CSA Research 3d • Edited • 3 days ago One of the most interesting aspects of writing about AI and LLMs right now is that if I say anything remotely positive, some people will accuse me of being a shill for Big AI. If I say anything remotely negative, others will accuse me of being insufficiently aware of the progress AI has made.So I will put out a few personal statements about AI that might clarify where I am on this:1. AI is not intelligent, at least not in the human sense of the word. It is a sophisticated tool for drawing inference from binary data and thus operates *below* a symbolic level.2. AI, at least in the guise of LLMs, is not going to achieve artificial general intelligence (AGI) now or in the future.3. AI is getting much better at *approximating* human behavior on a wide variety of tasks. It can be extremely useful without being intelligent, in the same way that an encyclopedia can be very useful without being intelligent.4. For some tasks – such as translating between two languages – LLMs sometimes perform better than some humans perform. They do not outperform the best humans. This poses a significant challenge for human workers that we (collectively) have yet to address: Lower-skilled workers and trainees in particular begin to look replaceable, but we aren’t yet grappling with what happens when we replace them so they never become the experts we need for the high end. I think the decimation of the pipeline for some sectors is a HUGE unaddressed problem.5. “Human parity” is a rather pointless metric for evaluating AI. It far exceeds human parity in some areas – such as throughput, speed, cost, and availability – while it falls far short in other areas. A much more interesting question is “where do humans and machines have comparative advantage and how can we combine the two in ways that elevate the human?”6. Human-in-the-loop (HitL) is a terrible model. Having humans – usually underpaid and overworked – acting in a janitorial role to clean up AI messes is a bad use of their skill and knowledge. That’s why we prefer augmentation models, what we call “human at the core,” where humans maintain control. To see why one is better, imagine if you applied an HitL model to airline piloting, and the human only stepped in when the plane was in trouble (or even after it crashed). Instead, with airline piloting, we have the pilot in charge and assisted by automation to remain safe.7. AI is going to get better than it is now, but improvements in the core technology are slowing down and will increasingly be incremental. However, experience with prompting and integrating data will continue to drive improvements based on humans’ ability to “trick” the systems into doing the right things.8. Much of the value from LLMs for the language sector will come from “translation adjacent” tasks – summarization, correcting formality, adjusting reading levels, checking terminology, discovering information, etc. – tasks that are typically not paid well.

      Arle Lommel Senior Analyst at CSA ResearchSenior Analyst at CSA Research

      One of the most interesting aspects of writing about AI and LLMs right now is that if I say anything remotely positive, some people will accuse me of being a shill for Big AI. If I say anything remotely negative, others will accuse me of being insufficiently aware of the progress AI has made.

      So I will put out a few personal statements about AI that might clarify where I am on this:

      1. AI is not intelligent, at least not in the human sense of the word. It is a sophisticated tool for drawing inference from binary data and thus operates below a symbolic level.

      2. AI, at least in the guise of LLMs, is not going to achieve artificial general intelligence (AGI) now or in the future.

      3. AI is getting much better at approximating human behavior on a wide variety of tasks. It can be extremely useful without being intelligent, in the same way that an encyclopedia can be very useful without being intelligent.

      4. For some tasks – such as translating between two languages – LLMs sometimes perform better than some humans perform. They do not outperform the best humans. This poses a significant challenge for human workers that we (collectively) have yet to address: Lower-skilled workers and trainees in particular begin to look replaceable, but we aren’t yet grappling with what happens when we replace them so they never become the experts we need for the high end. I think the decimation of the pipeline for some sectors is a HUGE unaddressed problem.

      5. “Human parity” is a rather pointless metric for evaluating AI. It far exceeds human parity in some areas – such as throughput, speed, cost, and availability – while it falls far short in other areas. A much more interesting question is “where do humans and machines have comparative advantage and how can we combine the two in ways that elevate the human?”

      6. Human-in-the-loop (HitL) is a terrible model. Having humans – usually underpaid and overworked – acting in a janitorial role to clean up AI messes is a bad use of their skill and knowledge. That’s why we prefer augmentation models, what we call “human at the core,” where humans maintain control. To see why one is better, imagine if you applied an HitL model to airline piloting, and the human only stepped in when the plane was in trouble (or even after it crashed). Instead, with airline piloting, we have the pilot in charge and assisted by automation to remain safe.

      7. AI is going to get better than it is now, but improvements in the core technology are slowing down and will increasingly be incremental. However, experience with prompting and integrating data will continue to drive improvements based on humans’ ability to “trick” the systems into doing the right things.

      8. Much of the value from LLMs for the language sector will come from “translation adjacent” tasks – summarization, correcting formality, adjusting reading levels, checking terminology, discovering information, etc. – tasks that are typically not paid well.

  5. Jul 2024
  6. Mar 2024
    1. 詹益鑑 Verified account  · 45m  · Shared with PublicAI 真的取代了一些工作嗎?或者造成一些工作的薪資降低?今天看到這篇實際分析的文章,從2022 年11 月1 日(ChatGPT 發布前一個月)到2024 年2 月14 日,在 Upwork 的自由工作者資料中,分析出幾個事實:1. 下降幅度最大的 3 個類別是寫作、翻譯和客戶服務工作。寫作職位數量下降了 33%,翻譯職位數量下降了 19%,客戶服務職位數量下降了 16%2. 影片編輯/製作工作成長了 39%,圖形設計工作成長了 8%,網頁設計工作成長了 10%。軟體開發職缺也有所​​增加,其中後端開發職缺成長了 6%,前端/Web 開發職缺成長了 4%3. 翻譯絕對是受打擊最嚴重的工作,每小時工資下降了 20% 以上,其次是影片編輯/製作和市場研究。平面設計和網頁設計工作是最具彈性的。兩人不僅數量增加了,而且時薪也增加了一些。4. 自 ChatGPT 和 OpenAI API 發布以來,與開發聊天機器人相關的工作數量激增了 2000%。如果說當今人工智慧有一個殺手級用例,那就是開發聊天機器人。

      下降幅度最大的 3 個類別是寫作、翻譯和客戶服務工作

      寫作職位數量下降了 33%,翻譯職位數量下降了 19%,客戶服務職位數量下降了 16%

      翻譯絕對是受打擊最嚴重的工作,每小時工資下降了 20% 以上

  7. Aug 2020
  8. Dec 2019
    1. Four databases of citizen science and crowdsourcing projects —  SciStarter, the Citizen Science Association (CSA), CitSci.org, and the Woodrow Wilson International Center for Scholars (the Wilson Center Commons Lab) — are working on a common project metadata schema to support data sharing with the goal of maintaining accurate and up to date information about citizen science projects.  The federal government is joining this conversation with a cross-agency effort to promote citizen science and crowdsourcing as a tool to advance agency missions. Specifically, the White House Office of Science and Technology Policy (OSTP), in collaboration with the U.S. Federal Community of Practice for Citizen Science and Crowdsourcing (FCPCCS),is compiling an Open Innovation Toolkit containing resources for federal employees hoping to implement citizen science and crowdsourcing projects. Navigation through this toolkit will be facilitated in part through a system of metadata tags. In addition, the Open Innovation Toolkit will link to the Wilson Center’s database of federal citizen science and crowdsourcing projects.These groups became aware of their complementary efforts and the shared challenge of developing project metadata tags, which gave rise to the need of a workshop.  

      Sense Collective's Climate Tagger API and Pool Party Semantic Web plug-in are perfectly suited to support The Wilson Center's metadata schema project. Creating a common metadata schema that is used across multiple organizations working within the same domain, with similar (and overlapping) data and data types, is an essential step towards realizing collective intelligence. There is significant redundancy that consumes limited resources as organizations often perform the same type of data structuring. Interoperability issues between organizations, their metadata semantics and serialization methods, prevent cumulative progress as a community. Sense Collective's MetaGrant program is working to provide a shared infastructure for NGO's and social impact investment funds and social impact bond programs to help rapidly improve the problems that are being solved by this awesome project of The Wilson Center. Now let's extend the coordinated metadata semantics to 1000 more organizations and incentivize the citizen science volunteers who make this possible, with a closer connection to the local benefits they produce through their efforts. With integration into Social impact Bond programs and public/private partnerships, we are able to incentivize collective action in ways that match the scope and scale of the problems we face.