[태그:] Future of Work

  • 게임이론으로 읽는 협력의 조건: 왜 배신이 유리해 보여도 사회는 무너지지 않을까

    게임이론으로 읽는 협력의 조건: 왜 배신이 유리해 보여도 사회는 무너지지 않을까

    누군가와 함께 일할 때 가장 어려운 순간은 상대가 나를 배신할 수도 있다고 느낄 때입니다. 서로 믿으면 둘 다 좋아질 수 있습니다. 그런데 한쪽만 약속을 지키면 손해를 봅니다. 그래서 우리는 자주 묻습니다. “나만 바보 되는 거 아니야?”

    EBS 취미는 과학 확장판은 이 익숙한 불안을 게임이론으로 설명합니다. 최정규 교수는 경제학과 진화과학의 언어를 빌려, 왜 배신이 이득처럼 보이는 상황에서도 인간 사회가 협력을 만들어 왔는지 풀어냅니다. 핵심은 착한 마음 하나가 아닙니다. 반복, 평판, 보복 가능성, 제도, 그리고 무임승차자를 다루는 규칙이 함께 작동해야 합니다.

    게임이론이 무엇인지 설명하는 장면
    게임이론이 무엇인지 설명하는 장면

    게임이론은 ‘상대가 있는 선택’을 다루는 도구다

    게임이론은 혼자 계산하는 문제가 아닙니다. 내가 어떤 선택을 하느냐도 중요하지만, 상대가 무엇을 선택할지 예상해야 합니다. 그래서 게임이론은 경제학, 정치학, 생물학, 심리학에서 모두 쓰입니다. 사람의 선택뿐 아니라 동물의 생존 전략이나 국가 간 갈등도 이 틀로 설명할 수 있습니다.

    영상은 포상금 100만 원을 놓고 나누기모두 갖기를 고르는 장면으로 시작합니다. 둘 다 나누기를 고르면 평화롭게 나눕니다. 한쪽만 모두 갖기를 고르면 그 사람이 독식합니다. 둘 다 모두 갖기를 고르면 아무도 얻지 못합니다. 아주 단순하지만, 신뢰와 배신의 긴장이 그대로 드러납니다.

    나누기와 모두 갖기 선택을 설명하는 장면
    나누기와 모두 갖기 선택을 설명하는 장면

    죄수의 딜레마: 각자 합리적인데 결과는 나빠진다

    죄수의 딜레마가 불편한 이유는 인간이 비합리적이라서가 아닙니다. 오히려 각자가 자기 이익을 따질수록 나쁜 결과에 가까워질 수 있기 때문입니다. 상대가 협력할지 확신할 수 없다면, 배신은 꽤 안전한 선택처럼 보입니다.

    하지만 모두가 그렇게 생각하면 협력은 사라집니다. 개인에게는 합리적인 선택이 집단 전체에는 손해가 되는 상황입니다. 회사의 부서 간 경쟁, 가격 경쟁, 공공 자원 사용, 조직 내 정보 공유가 자주 이 구조를 닮습니다.

    죄수의 딜레마를 설명하는 장면
    죄수의 딜레마를 설명하는 장면

    공유지의 비극: 모두 열심히 했는데 함께 망할 수 있다

    공유지의 비극은 조금 더 일상적입니다. 공동 목초지에 각자가 소를 더 많이 풀어놓으면, 개인은 이익을 얻습니다. 그러나 모두가 같은 방식으로 움직이면 목초지는 망가집니다. 누구도 악의를 품지 않았지만 결과는 최악이 됩니다.

    이 개념은 환경 문제만 설명하지 않습니다. 조직에서도 비슷한 일이 생깁니다. 회의 시간을 과도하게 쓰는 사람, 공동 문서를 정리하지 않는 사람, 팀의 신뢰를 소비만 하는 사람도 일종의 공유지를 갉아먹습니다. 그래서 협력은 선의만으로 유지되지 않습니다. 공동 자원을 어떻게 관리할지 정한 규칙이 필요합니다.

    공유지의 비극을 설명하는 장면
    공유지의 비극을 설명하는 장면

    팃포탯 전략: 협력은 순진함이 아니라 기억이 있는 관대함이다

    영상 후반의 핵심은 팃포탯 전략입니다. 팃포탯은 먼저 협력하고, 이후에는 상대의 직전 행동에 맞춰 대응하는 방식입니다. 상대가 협력하면 나도 협력합니다. 상대가 배신하면 나도 다음에는 배신으로 응답합니다. 하지만 상대가 다시 협력하면 다시 협력으로 돌아갑니다.

    이 전략이 흥미로운 이유는 단순해서입니다. 먼저 선의를 보입니다. 배신을 그냥 넘기지는 않습니다. 그렇다고 영원히 복수하지도 않습니다. 협력 사회에는 이 균형이 필요합니다. 무조건 착하기만 하면 이용당하고, 무조건 의심하면 아무 관계도 오래가지 못합니다.

    팃포탯 전략과 반복 게임을 설명하는 장면
    팃포탯 전략과 반복 게임을 설명하는 장면

    협력하는 사회를 만드는 5가지 조건

    • 한 번 보고 끝나는 관계보다 반복해서 만나는 구조가 필요합니다.
    • 약속을 지킨 사람과 어긴 사람의 평판이 남아야 합니다.
    • 배신에는 비용이 있어야 하지만, 회복의 기회도 있어야 합니다.
    • 공동 자원을 쓰는 규칙이 명확해야 합니다.
    • 무임승차자를 방치하지 않는 제도가 필요합니다.

    협력은 마음씨 좋은 사람을 많이 모으면 저절로 생기는 것이 아닙니다. 좋은 사람이 오래 버틸 수 있는 구조를 만들어야 합니다. 그래서 게임이론은 차가운 계산처럼 보이지만, 실제로는 더 나은 공동체를 설계하는 데 도움을 줍니다.

    협력 사회를 만들기 위한 조건을 정리하는 장면
    협력 사회를 만들기 위한 조건을 정리하는 장면

    일과 조직에서 이 영상이 주는 메시지

    조직에서 협력이 무너질 때 사람들은 성격을 탓합니다. “저 사람은 이기적이야.” “우리 팀은 협업 문화가 없어.” 물론 개인의 태도도 중요합니다. 하지만 게임이론은 한 걸음 더 묻습니다. 지금 구조가 배신을 보상하고 있지는 않은가?

    성과를 개인 단위로만 평가하면 정보 공유가 줄어듭니다. 실패 비용이 너무 크면 누구도 먼저 시도하지 않습니다. 책임은 흐리고 보상만 경쟁적이면 사람들은 방어적으로 움직입니다. 협력을 원한다면 구호보다 게임의 규칙을 바꿔야 합니다.

    함께 읽으면 좋은 글

    FAQ

    게임이론은 무엇인가요?

    게임이론은 상대의 선택이 내 결과에 영향을 주는 상황을 분석하는 도구입니다. 경제학에서 출발했지만 정치, 생물학, 심리학, 조직 관리에도 널리 쓰입니다.

    죄수의 딜레마가 중요한 이유는 무엇인가요?

    각자에게는 합리적인 선택이 전체에는 나쁜 결과를 만들 수 있음을 보여주기 때문입니다. 협력 실패를 개인 성격 문제가 아니라 구조 문제로 보게 해 줍니다.

    공유지의 비극은 환경 문제에만 해당하나요?

    아닙니다. 공동 자원을 쓰는 모든 상황에 적용할 수 있습니다. 조직의 시간, 신뢰, 정보, 공용 문서도 관리되지 않으면 공유지처럼 망가질 수 있습니다.

    팃포탯 전략은 무슨 뜻인가요?

    먼저 협력하고, 이후에는 상대가 직전에 한 행동에 맞춰 대응하는 전략입니다. 협력에는 협력으로, 배신에는 배신으로 응답하지만 상대가 돌아오면 다시 협력합니다.

    협력적인 조직을 만들려면 무엇이 필요한가요?

    반복 관계, 평판, 명확한 규칙, 배신 비용, 회복 가능성이 함께 필요합니다. 좋은 마음만 요구하기보다 협력이 손해가 되지 않는 구조를 만드는 것이 중요합니다.

    참고자료

  • Build a One-Person AI Secretary with Claude Cowork: Automated Gmail, Notion, and KakaoTalk Briefings

    Build a One-Person AI Secretary with Claude Cowork: Automated Gmail, Notion, and KakaoTalk Briefings

    If you use Claude only as a “chatbot that answers questions,” you will hit its limits quickly. The story changes when you build a structure that reads your email, organizes your tasks, checks your schedule and the weather, and reports to you every morning. Based on the flow of the Soso AI Beginner Notes video, this article explains how to connect Claude Cowork with Gmail, Notion, and PlayMCP to create a one-person AI secretary workflow.

    Example of a Claude AI daily briefing delivered through KakaoTalk
    Example of an AI daily briefing delivered through KakaoTalk · Screenshot from the original video

    The key is not the prompt, but the flow of recurring work

    The most important part of the video is not “one great prompt.” It is the full workflow: reading email in Gmail, drafting replies, organizing tasks in Notion, then connecting weather and KakaoTalk briefings through PlayMCP.

    That difference matters. With one-off questions, a human has to explain the situation again every time. A work flow, on the other hand, can run at the same time each day, by the same standards, in the same output format once it has been designed. This is where the difference appears between people who use AI for work and people who build work systems with AI.

    Step 1: Connect Gmail in the Claude desktop app

    First, open the custom menu in the Claude desktop app and choose Connectors. In the video, after connecting the Gmail connector, the user asks Claude Cowork in collaboration mode: “Tell me about the four most recent emails.”

    Claude Gmail connector setup screen
    Claude Gmail connector setup screen · Screenshot from the original video

    Two useful capabilities become obvious right away.

    • It can summarize recent emails so you can quickly understand what needs attention today.
    • For messages that need replies, it can create draft responses so the user only has to review and send them.

    However, email contains a lot of sensitive information. At first, try connecting test emails or low-importance messages. It is also safer to create a separate work folder that Claude can access and keep important documents out of that folder.

    Step 2: Automatically organize tasks in Notion

    Checking email alone does not make an assistant. The assistant has to pull the work hidden inside those emails and move it into an actual task list. In the video, after connecting the Notion connector, the user asks: “Create this week’s work schedule as a to-do list page in my Notion.”

    Building a Notion work flow in the Claude collaboration screen
    Building a work flow in the Claude collaboration screen · Screenshot from the original video

    The advantage of this step is that the inbox and the task list stay connected. Usually, things get missed when we read email, make a separate note, and then move it again into Notion or a to-do app. If Claude reads and structures the email content, the human only has to decide priority and whether to act.

    You do not need to build a complicated dashboard from the beginning. Simple fields like the ones below are enough.

    • Task name
    • Related email or requester
    • Deadline
    • Priority
    • Status
    • Next action

    Step 3: Add KakaoTalk, weather, and map information with PlayMCP

    If Gmail and Notion organize work information, PlayMCP expands the connection to external tools. In the video, the user adds KakaoTalk’s chat with myself, KakaoMap, and weather tools to the PlayMCP toolbox, then connects them with Claude.

    Selecting weather and KakaoMap tools in PlayMCP
    Selecting weather and KakaoMap tools in PlayMCP · Screenshot from the original video

    With this connection, the briefing becomes much more practical for daily life. For example, you can ask: “Check today’s weather forecast, find five good restaurants near the off-site work location mentioned in Gmail, and send them to me on KakaoTalk.” It becomes not just a work summary, but actual decision-making material for starting the day.

    There is also something to be careful about here. Map, weather, and messenger tools are connected to permissions for external services. You must check which account is logged in, which permissions are granted to each tool, and where any automatic messages will be sent.

    Step 4: Run it every morning with a skill and a scheduled task

    The final exercise in the video is to create a daily briefing skill inside Claude and set it to run every day as a scheduled task. Once created, the skill remembers an order such as “check email → draft replies → update Notion → check weather and off-site information → report through KakaoTalk.”

    Daily briefing result automatically sent through KakaoTalk
    Daily briefing result automatically sent through KakaoTalk · Screenshot from the original video

    When a scheduled task is added, the user no longer has to type the prompt every time. While you are getting ready for work in the morning, AI can prepare the day’s materials first.

    At this point, skipping approval or enabling automatic execution is convenient, but it also increases risk. Start by testing with manual runs, check that no wrong emails are sent and no sensitive information is exposed, and only then raise the level of automation.

    Checklist before you follow along

    Before applying this workflow directly, organize the following four points first.

    1. Decide which work repeats every day. High-frequency tasks such as checking email, organizing schedules, drafting reports, and responding to customers are good candidates.
    2. Separate the accounts and data ranges that AI may access. Instead of opening your entire personal mailbox immediately, define a test scope first.
    3. Choose one channel where you will receive the output. Decide whether you will check it in KakaoTalk, Notion, or email so the flow stays simple.
    4. Run at least three manual tests before enabling automatic execution. Check summary quality, omissions, permissions, and message recipients.

    Who this method fits, and who should wait

    This method works well for people who have a lot of recurring work and move between several tools. If you check email every day, have meetings or off-site work, and already use a task management tool such as Notion, you can see the benefits quickly.

    On the other hand, if concepts such as Claude desktop, Notion, and MCP still feel unfamiliar, it is better not to connect everything at once. Start by connecting only Claude and Gmail and testing email summaries and reply drafts. Then add Notion, and finally add PlayMCP and scheduled tasks. That is the safer order.

    Recommended reading

    Frequently asked questions

    How is Claude Cowork different from regular chat?

    Regular chat is conversation-centered. Cowork, or collaboration mode, is closer to building a workflow that uses specific folders, files, connectors, and tools together. In the video as well, the user designates a work folder through the collaboration button in a new chat, then continues with email and file work.

    Is it safe to connect Gmail and Notion?

    The scope of permissions and your usage habits matter more than the tool itself. Do not automate every email and document from the beginning. Start with a test folder and low-risk work. For automatic sending features in particular, it is safer to keep a manual review step.

    Is PlayMCP required?

    To connect tools outside Claude’s basic connectors, such as KakaoTalk, KakaoMap, and weather, you may need an external tool-connection layer like PlayMCP. If you only want email summaries and Notion organization, you can start without PlayMCP.

    Can I turn on automatic execution every morning right away?

    It is not recommended. First, check the results with manual execution and confirm that sensitive information is not exposed and messages are not sent to the wrong chat room. After that, it is safer to add a scheduled task and automate it.

    Is this article a direct transcript of the original video?

    No. It is based on the practice flow of the original video, but it reduces the promotional latter section and reorganizes the setup order and cautions from the perspective of practical work automation.

    References

    Original Korean article: Claude Cowork one-person AI secretary workflow

    Image source: Captured images used in this article are stills from the original YouTube video. They are used for review, commentary, and educational explanation, and copyright remains with the original rights holders and the channel.

  • In the Agentic AI Era, What Must Companies and Individuals Change to Survive?

    The previous article summarized the core of corporate innovation in the AI era as “reinterpreting the existing business” and “a mission larger than the system.” This video asks the next question: what does it actually mean for a company to attach AI to its work, and what should individuals prepare?

    In Samsung SDS’s video “The Killer Move for Surviving the AGI Era,” Professor Daesik Kim offers a simple but important conclusion. AI is not a technology to watch from the sidelines. You understand it by using it. More precisely, in the AI era, the ability to redesign how you work and what role you play becomes more important than the ability to operate a tool.

    ## Using AI tools and working with AI are different

    Many companies understand AI adoption as “using a tool like ChatGPT.” In the corporate field, however, it is not that simple. Public AI tools answer from information available on the internet. If they do not know a company’s internal technology, customer data, patents, organizational capability, or competitors’ movements, their answers are usually vague.

    If enough internal information is provided, the answers become much better. At that moment, however, security and trust issues arise because new product strategies, customer information, and technical materials may flow into external models.

    That is why enterprise AI is not only about raw performance. “Can we trust it with the work?” matters as much as “How smart is it?” This is why security, permission management, audit logs, data governance, and accountability structures will be central in the enterprise AI market.

    ## Enterprise AI competition will be decided by trust, not only performance

    The video mentions enterprise AI services such as Samsung SDS’s FabriX and Brity. The important point is not product promotion. From a company’s perspective, an AI environment that safely handles internal data and can be held accountable may be a more realistic choice than a public AI tool, even if it looks less flashy.

    When agentic AI arrives, this issue becomes larger. If AI only generates answers, people can filter wrong responses. But if AI begins to execute real work—sending email, making purchases, editing code, or handling customers—the cost of mistakes becomes much higher.

    The enterprise AI question therefore changes:

    – What data can this AI access?
    – Which actions may it perform automatically, and which require approval?
    – If it makes a mistake, who is responsible and how is recovery handled?
    – How much of the AI’s reasoning can employees inspect?
    – Can the operation be explained to customers and partners?

    Without answers to these questions, AI adoption may increase risk before it increases productivity.

    ## Agentic AI moves people from “commanding” to “supervising”

    In the generative AI era, humans kept entering prompts: ask, receive, revise, and instruct again. The human was inside the AI loop.

    In the agentic AI era, the direction changes. A person gives a broad goal and conditions, and AI handles detailed execution. For example, if someone says, “This month’s grocery budget is 400,000 won, and I want mostly Korean meals,” AI may plan meals, compare prices, and place orders.

    In companies, the change is bigger. Work requests, research, report drafts, code fixes, customer service, and scheduling can be connected into one flow. People move toward setting goals, checking intermediate results, and taking final responsibility rather than doing every step by hand.

    This is not only convenience. It also means human roles must become clearer. Organizations must decide what to delegate, where to stop the AI, and when a person must intervene.

    ## Past success formulas can become obstacles in the AI era

    One of the most interesting points in the video is that “past success can hold you back.” Successful companies are strongly bound to the way they have worked well. Perfect products, strict approvals, long development cycles, and detailed quality control were strengths in the past.

    But AI technology changes too quickly. While an organization waits months for a perfect result, market standards may shift. A culture that pursues perfection can slow learning.

    This does not mean abandoning quality. In finance, healthcare, manufacturing, and public services, stability is essential. But if every task follows old release methods, it becomes hard to keep up with new technology.

    AI-era organizations need two speeds. Core systems that affect customers must be operated safely. At the same time, internal experiments, prototypes, workflow automation, and customer-experience improvements must be tried much faster.

    ## Vibe coding is not only a developer story

    The video notes that planners and designers can now use AI to create samples themselves. In the past, non-specialists could not easily challenge a statement such as “this feature will take two years.” Now a planner can create a simple screen and working example with AI.

    This does not mean replacing developers. It means the standard for collaboration changes. A person who used to explain in words can now bring a working draft. The distance between idea and execution shrinks.

    The important capability ahead is not clinging to one job title. It is the ability to connect multiple tasks with AI, experiment quickly, and show a result. Planners must think more technically, developers must understand customers and experiences more deeply, and designers must design flows and automation beyond screens.

    ## Individuals must first analyze their own situation honestly

    Professor Kim advises office workers in their 30s and 40s, developers, founders, and self-employed people to first look calmly at their abilities and situation. Vague anxiety or watching YouTube alone does not create direction.

    Preparation for the AI era does not begin with grand certificates or declarations. It begins with checking what you do well, what work you do, and where your time should go.

    Useful questions include:

    – Do I spend more time on repetitive tasks or judgment tasks?
    – Which part of my work can AI help with immediately?
    – Which part creates value only when I do it myself?
    – What real outcome do customers or my organization expect from me?
    – What small AI experiment can I try over the next three months?

    Answering these questions reduces vague fear. Anxiety grows when you do not act; experience turns anxiety into information.

    ## AI becomes familiar only when you ride it like a bicycle

    The conclusion of the video is: try it first. Learning AI is like learning to ride a bicycle. You cannot ride by only reading books or listening to lectures. You must get on, fall, and find balance again.

    AI is the same. Watching someone else use it is completely different from applying it to your own work. You build a feel for it by entering prompts, seeing why results are wrong, asking again, and connecting it with your own materials.

    You do not need a grand project at first. Start small:

    – Summarize meeting notes.
    – Create three versions of a report outline.
    – Draft customer-service replies.
    – Turn spreadsheet data into an explanation.
    – Prototype a simple landing page or app screen with AI.
    – Automate one weekly repetitive task.

    The key is the experience of “I tried it myself.” As that experience accumulates, you begin to see what you can do well with AI.

    ## As AI replaces functions, humans must design experiences

    Near the end, the video discusses luxury brands. If we look only at function, it is hard to explain why one bag costs tens of millions of won more than another. The function of holding objects is similar. But people do not buy only function. They pay for waiting, story, symbol, belonging, and self-satisfaction.

    This matters in the AI era. As AI rapidly equalizes functional capabilities, it becomes difficult to differentiate by function alone. Document writing, image generation, code drafts, and customer-service functions will become easier to copy.

    So how should companies and individuals differentiate? Through experience, trust, scarcity, and human context.

    Companies must move beyond providing functions and design experiences that make customers feel more comfortable, safer, and more confident in their choices. Individuals must also become people who use AI to create their own perspective and output, not people who merely imitate what AI can do.

    ## In sequence, AI innovation looks like this

    The previous article argued that companies must reinterpret their existing business and attach AI and technology to it. This video adds the next stage: after attaching AI, the organization’s way of working and the individual’s role must also change.

    The sequence is:

    – Redefine the essence of the existing business.
    – Connect AI and technology to customer problems.
    – Move beyond public tools and build a trustworthy enterprise AI environment.
    – Separate tasks that agentic AI may execute from tasks requiring human approval.
    – Divide organizational speed into experimental and stable modes.
    – Let individuals build intuition by using AI directly on small tasks.
    – Differentiate through experience and trust rather than function alone.

    Seen this way, AI innovation is not a technology-adoption project. It is a change in business definition, organizational design, work style, and personal career strategy.

    ## Conclusion: the survival strategy is to experience first and design differently

    In the agentic AI era, “knowing how to use AI” means something different. Beyond writing good prompts, people need the ability to structure tasks AI can execute, design boundaries of trust and responsibility, and clarify the value humans should own.

    Companies must not stop at adopting AI tools. They must change how work is done. Individuals must not simply watch in anxiety. They must use it, fail, and try again.

    As AI replaces functions, humans must design more human things: experience, trust, happiness, scarcity, and context. Ultimately, competitiveness in the AI era depends not only on how well we use technology, but also on how clearly we can show why people should choose us.

    ## Further reading

    – [Anthropic Mythos Shock: As AI Becomes a Strategic Asset, What Should Korea Prepare?](https://www.thinknote.co.kr/anthropic-mythos-ai-strategic-asset-korea/)
    – [Innovative Small Business AI Support: Eligibility, Scale, and Pre-Application Checklist](https://www.thinknote.co.kr/innovative-small-business-ai-support-2026/)
    – [Seoul Learn Generative AI Service Support: A Free Opportunity for 1,000 High School and Older Students](https://www.thinknote.co.kr/seoul-learn-generative-ai-service-2026/)
    – [The Decisive Difference Between Companies That Collapse and Companies That Grow Again in the AI Era](https://www.thinknote.co.kr/ai-era-business-innovation-system-mission/)

    ## References

    – Original video: [The Killer Move for Surviving the AGI Era with KAIST Professor Daesik Kim — Samsung SDS](https://www.youtube.com/watch?v=U4kRwsTgI84)

    ## FAQ

    ### How is agentic AI different from generative AI?

    Generative AI mainly creates answers when a person asks. Agentic AI develops toward receiving goals and conditions, then planning and executing multiple steps on its own.

    ### Why is using only public ChatGPT not enough for companies?

    Corporate strategy and work involve internal data, technology, customer information, and security issues. Public tools lack context, while adding internal information can create leakage risk.

    ### Where should individuals start in the AI era?

    Rather than grand study, choose one task and try handling it with AI. Start with small experiments such as summarizing, drafting, organizing materials, or simple automation.

    ### Where does human value remain if AI replaces many functions?

    Function alone becomes hard to differentiate. Experience, trust, context, emotion, brand, and scarcity become more important because they give people a reason to choose.

    ### How should companies begin AI transformation?

    Redefine the essence of the existing business and start with small AI experiments tied to customer problems. At the same time, design data security, permissions, approvals, and accountability.

    [Original Korean article](https://www.thinknote.co.kr/agentic-ai-work-style-premium-human-value/)

  • 팀원이 느린 게 아닐 수 있다: 리더가 놓치는 ‘방법과 속도’의 차이

    “왜 이렇게 느려?”

    Read in English: Your Teammate May Not Be Slow: The Difference Between Method and Speed That Leaders Miss

    리더가 가장 쉽게 던지는 말이다. 그런데 이 말이 늘 맞는 진단은 아니다. 팀원이 정말 느린 것이 아니라, 리더가 문제를 잘못 읽고 있을 수 있다.

    라면을 끓이는 장면을 떠올려보자. 리더가 “빨리 라면 끓여”라고 말했다. 팀원이 면을 먼저 넣었다. 그 순간 리더가 말한다.

    “왜 면을 먼저 넣어? 스프부터 넣어야지.”

    여기서 논점은 속도가 아니다. 조리 순서다. 면을 먼저 넣을지, 스프를 먼저 넣을지, 물은 얼마나 넣을지, 어떤 식감을 원하는지의 문제다. 그런데 리더가 계속 “빨리 하라”고만 말하면 팀원은 헷갈린다. 더 빨리 움직여야 하는가. 순서를 바꿔야 하는가. 기준을 다시 물어봐야 하는가.

    이 작은 비유가 보여주는 리더십의 핵심은 분명하다. 방법의 차이를 속도의 차이로 해석하면 안 된다.

    팀 운영에서도 똑같은 일이 벌어진다. 보고서가 마음에 들지 않을 때, 회의 준비가 어긋났을 때, AI로 만든 초안이 기대와 다를 때 리더는 쉽게 “빨리”, “제대로”, “다시”라고 말한다. 하지만 실제 문제는 느린 손이 아니라 흐린 기준일 수 있다.

    리더가 놓치는 첫 번째 문제: 느린 게 아니라 기준이 없을 수 있다

    업무가 기대와 다를 때 리더는 결과만 본다. 늦었다. 부족하다. 답답하다. 그래서 속도를 압박한다.

    하지만 팀원 입장에서는 전혀 다른 문제가 있을 수 있다.

    • 무엇을 우선해야 하는지 모른다.
    • 초안인지 최종본인지 모른다.
    • 어느 정도 품질이면 충분한지 모른다.
    • 누구 의견을 반드시 반영해야 하는지 모른다.
    • 실패했을 때 다시 물어봐도 되는지 모른다.

    이런 상태에서 “빨리 해”는 해결책이 아니다. 오히려 문제를 숨긴다. 팀원은 더 빨리 움직이지만, 리더가 원하는 방향으로 움직이지 못한다. 결국 재작업이 늘어난다.

    라면으로 치면 이렇다. 리더가 원하는 것이 꼬들한 면인지, 진한 국물인지, 3분 안에 먹을 수 있는 빠른 한 끼인지 말하지 않았다. 그런데 결과가 마음에 들지 않자 “왜 이렇게 느려?”라고 말한다. 이건 속도 피드백이 아니라 기준 누락이다.

    상황적 리더십: 사람마다 필요한 리더십은 다르다

    상황적 리더십은 효과적인 리더가 하나의 방식만 고집하지 않는다고 본다. 과업의 난이도, 구성원의 숙련도, 자신감에 따라 지시·코칭·지원·위임의 비중을 바꿔야 한다는 관점이다.

    처음 라면을 끓이는 사람에게는 구체적인 순서가 필요하다. 물의 양, 불의 세기, 면을 넣는 시점, 스프를 넣는 시점을 알려줘야 한다. 이때 “알아서 빨리 해”는 방임에 가깝다.

    반대로 이미 잘 끓이는 사람에게 매번 “왜 면을 먼저 넣어?”라고 개입하면 어떨까. 그 사람은 자기 방식으로 더 좋은 결과를 낼 수도 있다. 이때 필요한 것은 세부 지시가 아니라 결과 기준이다.

    팀도 같다. 신입에게 필요한 것은 친절한 방법 설명일 수 있다. 숙련자에게 필요한 것은 권한 위임일 수 있다. 새로운 과업을 맡은 사람에게는 코칭이 필요하고, 이미 반복해온 과업에는 자율성이 필요하다.

    좋은 리더는 먼저 묻는다.

    “지금 이 사람에게 필요한 것은 속도 압박인가, 방법 설명인가, 기준 정렬인가, 아니면 권한 위임인가?”

    변혁적 리더십: 사람은 속도보다 의미에 더 오래 움직인다

    변혁적 리더십은 구성원이 더 큰 목적과 비전에 연결될 때 몰입과 성과가 높아진다고 본다. 이 관점에서 리더는 단순히 일을 재촉하는 사람이 아니다. 왜 이 일을 하는지, 어떤 변화가 필요한지, 어떤 기준으로 판단해야 하는지 연결해주는 사람이다.

    “빨리 라면 끓여”는 과업 지시다.

    “지금은 회의 시작 전 5분밖에 없으니, 맛보다 빠른 식사가 중요하다”는 목적 설명이다.

    “오늘은 손님에게 내는 거라 1분 늦어도 면 식감과 국물 맛이 중요하다”는 기준 공유다.

    목적이 달라지면 좋은 방법도 달라진다. 빠른 한 끼가 목적이면 조리 순서와 품질 기준이 달라진다. 맛이 목적이면 다른 선택을 할 수 있다. 누군가에게 대접하는 라면이라면 또 달라진다.

    조직도 마찬가지다. 리더가 목적을 말하지 않으면 구성원은 방법을 방어한다. “저는 이렇게 배웠습니다”, “전에는 이렇게 했습니다”, “시간이 없었습니다”라는 말이 나온다. 반대로 목적이 공유되면 방법은 토론할 수 있다.

    리더십은 속도를 외치는 기술이 아니다. 의미와 기준을 맞추는 기술이다.

    서번트 리더십: 사람을 탓하기 전에 막힌 것을 치워야 한다

    서번트 리더십은 리더가 구성원을 통제하는 사람이 아니라 성장과 성과를 돕는 사람이라고 본다. 이 관점에서 리더의 질문은 달라진다.

    “왜 못 했어?”보다 먼저 물어야 할 것은 “무엇이 막고 있지?”다.

    팀원이 라면을 늦게 끓였다면 실제 이유는 다양하다. 냄비를 못 찾았을 수 있다. 가스레인지가 고장났을 수 있다. 물을 얼마나 넣을지 몰랐을 수 있다. 가족마다 선호하는 조리법이 달라서 망설였을 수 있다.

    업무도 그렇다. 일이 늦어진 이유가 개인의 태도 때문이라고 단정하기 전에 확인해야 할 것이 있다.

    • 필요한 정보가 있었는가?
    • 결정권자가 분명했는가?
    • 도구와 자료가 준비되어 있었는가?
    • 우선순위가 충돌하지 않았는가?
    • 중간에 질문할 수 있는 분위기가 있었는가?

    사람을 몰아붙이는 리더는 순간적인 속도를 만들 수 있다. 하지만 장애물을 치우는 리더는 다음 실행의 품질을 높인다.

    심리적 안전감: 말할 수 있어야 빨라진다

    심리적 안전감은 팀원이 질문, 우려, 실수, 다른 의견을 말해도 처벌받거나 모욕당하지 않을 것이라는 믿음이다. 빠른 팀일수록 이 안전감이 필요하다.

    팀원이 이렇게 말할 수 있어야 한다.

    “저는 면을 먼저 넣는 게 더 낫다고 생각했습니다. 이유는 이렇습니다.”

    또는 이렇게 말할 수 있어야 한다.

    “스프를 먼저 넣어야 하는 기준이 있었다면 처음에 알려주셨으면 좋겠습니다.”

    이 대화가 가능한 팀은 빨리 배운다. 반대로 말할 수 없는 팀은 조용히 눈치를 본다. 겉으로는 빠르게 움직이는 것처럼 보인다. 하지만 같은 실수가 반복된다.

    리더가 원하는 것이 진짜 속도라면, 역설적으로 방법을 논의할 수 있는 시간을 줘야 한다. 짧은 기준 정렬이 긴 재작업을 줄인다.

    의사결정 리더십: 누가 결정하는지 모르면 모두가 늦어진다

    속도 문제가 반복될 때는 의사결정 역할이 불분명한 경우도 많다. Atlassian의 DACI 같은 프레임워크는 누가 주도자이고, 누가 승인자이며, 누가 기여자이고, 누가 통보 대상인지 나눠 보게 한다.

    라면 하나에도 역할이 있다. 누가 끓일 것인가. 누가 맛 기준을 정할 것인가. 누가 먹을 사람인가. 누가 최종적으로 “이 정도면 됐다”고 판단할 것인가.

    업무에서는 이 구분이 더 중요하다. 결정권자가 불명확하면 팀원은 안전한 선택만 한다. 기여자가 너무 많고 승인자가 늦게 등장하면 속도는 떨어진다. 승인자가 기준을 뒤늦게 말하면 재작업이 늘어난다.

    그래서 리더는 “빨리 해” 전에 이렇게 말해야 한다.

    “이번 일은 누가 결정하고, 누구 의견을 반드시 반영하며, 어느 수준이면 완료로 볼 것인가?”

    AI 시대에는 더 빨리 만들수록 더 정확히 물어야 한다

    AI와 자동화 도구가 들어오면 속도는 빨라진다. 초안, 요약, 보고서, 코드, 이미지, 발표자료까지 이전보다 훨씬 빠르게 만들 수 있다.

    문제는 여기서 시작된다. 빠르게 만들 수 있다는 사실이 좋은 결과를 보장하지 않는다. 기준 없이 만든 초안은 쌓인다. 검토 기준 없이 생성한 자료는 다시 손봐야 한다. “AI로 빨리 해”라는 말은 강력해 보이지만, 실제로는 리더의 판단을 더 많이 요구한다.

    AI 시대의 리더는 다음을 먼저 정해야 한다.

    • AI에게 맡길 60~80점 영역은 어디인가?
    • 사람이 반드시 판단해야 할 20~40점 영역은 무엇인가?
    • 결과물의 품질 기준은 무엇인가?
    • 데이터 출처와 검증 방식은 무엇인가?
    • 최종 책임은 누가 지는가?

    AI 시대에는 속도보다 질문의 품질이 더 중요해진다. 잘못된 질문은 더 빠른 혼란을 만든다. 좋은 질문은 빠른 실행을 좋은 결과로 연결한다.

    좋은 리더가 먼저 던지는 5가지 질문

    팀원이 느려 보일 때, 바로 속도를 지적하기 전에 이 다섯 가지를 확인해보자.

    1. 목적 질문: 지금 중요한 것은 빠른 처리인가, 높은 품질인가, 학습인가?
    2. 방법 질문: 이 방식은 어떤 문제를 해결하기 위한 선택인가?
    3. 기준 질문: 완료 기준과 품질 기준은 무엇인가?
    4. 역할 질문: 누가 결정하고, 누가 조언하고, 누가 실행하는가?
    5. 장애물 질문: 속도를 막는 것은 사람의 의지인가, 도구·정보·권한·기준의 부족인가?

    이 질문을 하지 않으면 리더는 모든 문제를 속도 문제로 본다. 질문을 바꾸면 보이지 않던 원인이 보인다.

    함께 읽으면 좋은 글

    결론: 리더십은 속도를 높이는 일이 아니라 판단을 맞추는 일이다

    라면을 빨리 끓이는 것과 라면을 어떤 방식으로 끓일 것인지는 다른 문제다. 팀 운영도 그렇다. 리더가 방법의 차이를 속도의 차이로 오해하면, 팀원은 더 빨리 움직이지만 더 나은 판단을 하지는 못한다.

    좋은 리더는 속도를 부정하지 않는다. 다만 속도 전에 목적을 묻는다. 방법을 묻는다. 기준을 맞춘다. 역할을 정한다. 장애물을 치운다.

    그때 팀은 단지 빨라지는 것이 아니라, 같은 방향으로 움직이기 시작한다.

    FAQ

    팀원이 느린 것과 방법이 다른 것은 어떻게 구분하나요?

    목표와 기준이 충분히 공유됐는데도 시간이 오래 걸린다면 속도 문제일 수 있습니다. 하지만 목표, 순서, 역할, 품질 기준이 불명확하다면 먼저 방법의 문제로 봐야 합니다.

    리더가 “빨리 하라”고 말하면 안 되나요?

    말할 수 있습니다. 다만 빠른 실행이 왜 필요한지, 어느 수준까지 완성하면 되는지, 무엇을 생략해도 되는지를 함께 말해야 합니다. 그렇지 않으면 속도 압박은 재작업을 늘릴 수 있습니다.

    상황적 리더십과 이 비유는 어떻게 연결되나요?

    상황적 리더십은 구성원의 숙련도와 과업 상황에 맞게 리더의 개입 방식을 바꾸는 관점입니다. 초보자에게는 구체적 방법이 필요하고, 숙련자에게는 기준과 권한 위임이 더 효과적일 수 있습니다.

    AI 시대에는 왜 이 문제가 더 중요해지나요?

    AI는 초안을 빠르게 만들 수 있습니다. 하지만 목적과 기준이 없으면 빠른 초안이 더 많은 혼란을 만들 수 있습니다. 그래서 AI 시대의 리더는 속도보다 먼저 판단 기준과 검증 루프를 설계해야 합니다.

    참고자료

  • Will AGI Really Arrive in 3–4 Years? How to Read Singularity and Superintelligence Risk

    Will AGI Really Arrive in 3–4 Years? How to Read Singularity and Superintelligence Risk

    There is a question more important than the speed at which artificial intelligence is becoming smarter. It is this: if AGI really arrives within the next few years, what should we be preparing for?

    A recent video from Dokseo Research Institute connects remarks by Google DeepMind CEO Demis Hassabis with arguments about superintelligence risk, suggesting that AGI. The singularity are no longer merely science-fiction topics. Still, when reading this issue, we need to separate two things. One is the prediction of “when AGI will arrive.” The other is the preparation question. “What institutions and habits should we build in case that possibility becomes real?”

    The core question raised by a video claiming that AGI could arrive within 3 to 4 years

    The video argues that AGI and the singularity are no longer only stories about a distant future.

    The 3–4 Year AGI Forecast Is Not an “Answer”; It Shows a Changing Timeline

    The video begins with a strong claim: “We are now near the singularity. AGI, or artificial general intelligence, will be achieved within three to four years.” Sentences like this easily split people into two camps. One side says, “That is exaggerated.” The other says, “Everything is about to end.”

    But blog readers do not need either extreme. What matters more than the accuracy of a single forecast is the fact that these forecasts are moving closer. According to a Stanford GSB interview and reporting from The Verge, Hassabis described the present moment, in the context of Google I/O, as the “foothills of the singularity.” This does not mean AGI has already been completed. It is, however, a signal that AI researchers and corporate leaders are beginning to discuss the next stage of technological development on a much nearer timeline.

    An explanation that AGI forecasts have moved from the mid-2030s toward 2029 to 2030

    AGI arrival forecasts differ by person and institution, but the timeline in recent debate has clearly become shorter.

    One factual point should be corrected here. The video subtitles appear to say that Hassabis received the “2014 Nobel Prize in Chemistry,” but the official NobelPrize.org record states that it was the 2024 Nobel Prize in Chemistry. Demis Hassabis and John Jumper received the prize for their work on protein structure prediction through AlphaFold. This matters because his remarks on AGI are not just promotional language. They come from the head of a research organization that has produced real scientific breakthroughs.

    The Core of the Singularity Debate Is a Clash Between “Technological Optimism” and “Controllability”

    The word “singularity” often sounds mystical. Translated into practical terms, however, it is much simpler. If AI begins rapidly improving its ability to research, develop, experiment, code. Formulate strategy without human help, human society may struggle to keep up with the resulting changes.

    The video connects this point to superintelligence risk. Eliezer Yudkowsky and Nate Soares’s If Anyone Builds It, Everyone Dies emphasizes that a superintelligent AI may endanger humans not because it hates us. But because it may fail to consider human survival while pursuing its goals. The publisher’s description likewise presents the book as a warning that the race to develop superhuman AI could push humanity onto a path toward extinction.

    A warning diagram from the video showing that AI safeguards are constraints created by humans

    The key issue is not only how quickly AI becomes smarter, but whether humans can control it safely.

    Of course, this claim is not a consensus across the entire AI industry. Some researchers see superintelligence risk as the most important civilizational risk. Others argue that, in the short term, jobs, copyright, misinformation, concentration of power, and security incidents are more urgent. A good reading, therefore, is not simply “right” or “wrong.” It is the balanced view that we must manage both risks that may have low probability but extreme harm. Short-term risks that are already becoming real.

    What Scenarios Like AI 2027 Mean

    Another useful resource is the AI Futures Project’s AI 2027 scenario. This is not a book of prophecy. It is closer to a thought experiment showing how rapid AI progress could intensify research automation, security competition, policy pressure, and speed races among companies.

    Scenarios like this are useful not because they correctly predict a date. They are useful because they prompt organizations and individuals to ask in advance. “If AI capabilities become ten times stronger than they are now, costs fall further. Everyone starts using agentic tools, what will become vulnerable?”

    Companies should be asking the following questions.

    • Does core operational knowledge exist only inside the heads of a few people?
    • Do we have criteria for verifying outputs created by AI?
    • Do the people responsible for security, privacy, and copyright understand how AI is being used in actual workflows?
    • Are employees using AI not as a forbidden tool, but as a controllable collaboration tool?
    • Do we have intermediate review mechanisms so rapid automation does not damage customer trust and quality?

    Before Fearing Superintelligence, We Need to Build the Ability to Work with AI

    The most practical message in the latter part of the video is the sentence, “Always invite AI when you work.” This does not mean handing every judgment over to AI. It means the opposite. Keep AI beside you, but repeatedly practice defining the problem yourself, reviewing the answer. Adding the missing context as a human.

    A practical message that in the AI era we should invite AI into our work

    Fear alone is not enough. Individuals and organizations need practice treating AI as a real collaborator in work.

    If AGI still feels distant, we can reframe the question. A more immediate question than “Will AGI arrive in three or four years?” is “Within this year, will more than half of my work be done together with AI?” Many people can already answer yes.

    Individuals need three kinds of preparation.

    1. Questioning ability: the ability to distinguish problems that can be delegated to AI from problems that humans must judge directly.
    2. Verification ability: the ability to check plausible answers again through facts, sources, numbers, and context.
    3. Redesign ability: the ability to rebuild existing work processes around AI collaboration.

    These are not skills for coding roles alone. They are basic literacies needed in planning, HR, education, marketing, administration, research, and sales alike.

    So What Should We Do?

    When reading discussions of AGI and the singularity, the two most dangerous attitudes are these. Dismissing everything as “all exaggerated,” or giving up because “the end is near.”

    The realistic attitude lies in the middle. We should take the speed of technological development seriously, while converting fear into an executable checklist.

    Individuals and organizations should begin the following four actions now.

    • Document principles for AI use.
    • Keep a human review step for important decisions.
    • Redesign repetitive work together with AI.
    • Build control mechanisms first in areas where losses become large if AI is wrong.

    No one can say with certainty whether superintelligence will actually arrive within a few years. But the shift in which AI becomes basic infrastructure for work and learning has already begun. The best preparation, therefore, is not to consume fear. But to first build habits and organizational operating systems for using AI safely.

    Related Articles

    References

    FAQ

    What exactly is AGI?

    AGI means artificial intelligence that shows general problem-solving ability at a human level or beyond across many domains, rather than narrow AI that performs only specific tasks well. However, definitions and evaluation criteria differ among researchers.

    Does this mean the singularity has already begun?

    No. The phrase “foothills of the singularity” is closer to a metaphor for the very rapid pace of AI development. Rather than reading it as meaning that AGI has already been completed, it is safer to read it as a signal that the time available for preparation is becoming shorter.

    Is superintelligent AI risk exaggerated?

    Some claims are very strong warnings. But risks with potentially extreme harm should be managed even if their probability is low. At the same time, we also need to address short-term risks such as jobs, security, misinformation, and privacy.

    What should individuals start doing now?

    Rather than simply using AI tools as much as possible, it is better to begin by breaking questions into smaller parts, verifying outputs, and redesigning work processes. The key is not the amount of AI usage, but a collaboration method that can be checked and trusted.

    Image source: Captured images used in this article are stills from the original YouTube video. They are used for review, commentary, and educational explanation, and copyright remains with the original rights holders and the channel.

  • 에이전틱 AI 시대, 기업과 개인은 무엇을 바꿔야 살아남을까

    앞선 글에서 AI 시대 기업 혁신의 핵심을 “기존 사업의 재해석”과 “시스템보다 큰 미션”으로 정리했다. 이번 영상은 그 다음 질문을 던진다. 기업이 AI를 붙인다는 것은 구체적으로 무엇을 바꾸는 일일까. 그리고 개인은 어떤 준비를 해야 할까.

    Read in English: In the Agentic AI Era, What Must Companies and Individuals Change to Survive?

    삼성SDS 채널의 「AGI 시대에 살아남는 자들의 필살기」에서 김대식 교수는 꽤 단순하지만 중요한 결론을 말한다. AI는 구경하는 기술이 아니다. 써봐야 안다. 더 정확히 말하면, AI 시대에는 도구를 쓰는 능력보다 일하는 방식과 자기 역할을 다시 설계하는 능력이 중요해진다.

    AI 도구를 쓰는 것과 AI로 일하는 것은 다르다

    많은 기업이 AI 도입을 “ChatGPT 같은 도구를 쓰는 일”로 이해한다. 그러나 기업 현장에서는 그렇게 단순하지 않다. 공개 AI 도구는 인터넷에 공개된 정보를 바탕으로 답한다. 기업의 내부 기술, 고객 데이터, 특허, 조직 역량, 경쟁사의 움직임을 모르면 답은 대체로 막연해진다.

    반대로 내부 정보를 충분히 넣으면 훨씬 좋은 답을 얻을 수 있다. 하지만 그 순간 보안과 신뢰 문제가 생긴다. 신제품 전략, 고객 정보, 기술 자료가 외부 모델로 흘러갈 수 있기 때문이다.

    그래서 기업용 AI의 핵심은 단순 성능만이 아니다. “얼마나 똑똑한가” 못지않게 “믿고 맡길 수 있는가”가 중요하다. 앞으로 기업 AI 시장에서 보안, 권한 관리, 감사 로그, 데이터 거버넌스, 책임 구조가 중요한 이유다.

    기업 AI의 경쟁력은 성능보다 신뢰에서 갈린다

    영상에서 삼성SDS의 패브릭스, 브리티 같은 기업용 AI 서비스가 언급된다. 여기서 중요한 포인트는 특정 제품 홍보가 아니다. 기업 입장에서는 공개 AI보다 조금 덜 화려해 보여도, 내부 데이터를 안전하게 다루고 책임질 수 있는 AI 환경이 더 현실적인 선택일 수 있다는 점이다.

    에이전틱 AI가 들어오면 이 문제는 더 커진다. 단순히 답변만 생성하는 AI라면 틀린 답을 사람이 걸러낼 수 있다. 하지만 AI가 실제 업무를 실행하기 시작하면 이야기가 달라진다. 메일을 보내고, 구매를 진행하고, 코드를 수정하고, 고객 응대를 처리한다면 실수의 비용은 훨씬 커진다.

    결국 기업용 AI의 질문은 이렇게 바뀐다.

    • 이 AI가 어떤 데이터에 접근할 수 있는가?
    • 어떤 행동은 자동으로 하고, 어떤 행동은 승인 후 실행해야 하는가?
    • 실수했을 때 책임과 복구 절차는 어떻게 되는가?
    • 내부 직원은 AI의 판단 과정을 얼마나 확인할 수 있는가?
    • 고객과 파트너에게 설명 가능한 방식으로 운영되는가?

    이 질문에 답하지 못하면 AI 도입은 생산성보다 리스크를 먼저 키울 수 있다.

    에이전틱 AI는 사람을 ‘명령하는 위치’에서 ‘감독하는 위치’로 옮긴다

    생성형 AI 시대에는 사람이 계속 프롬프트를 입력했다. 질문하고, 답을 받고, 다시 고치고, 또 지시했다. 사람은 AI 루프 안에 있었다.

    에이전틱 AI 시대에는 방향이 달라진다. 사람은 큰 목표와 조건을 제시하고, AI가 세부 실행을 맡는다. 예를 들어 “이번 달 식재료 예산은 40만 원이고, 한식 위주로 식단을 짜라”고 말하면 AI가 장보기, 비교, 주문까지 처리하는 식이다.

    기업에서는 더 큰 변화가 생긴다. 업무 요청, 자료 조사, 보고서 초안, 코드 수정, 고객 응대, 일정 조율 같은 일이 하나의 흐름으로 연결될 수 있다. 사람은 모든 단계를 손으로 처리하기보다 목표를 정하고, 중간 결과를 확인하고, 최종 책임을 지는 역할로 이동한다.

    이 변화는 편리함만 뜻하지 않는다. 사람의 역할이 더 선명해져야 한다는 뜻이기도 하다. 무엇을 맡길지, 어디서 멈추게 할지, 언제 사람이 개입할지 정해야 한다.

    과거의 성공 방식은 AI 시대에 발목이 될 수 있다

    영상에서 가장 흥미로운 대목은 “과거의 성공이 발목을 잡는다”는 지적이다. 성공한 기업일수록 자신이 잘해온 방식에 강하게 묶인다. 완벽한 제품, 엄격한 승인, 긴 개발 주기, 세밀한 품질 관리가 과거에는 강점이었다.

    하지만 AI 기술은 너무 빠르게 변한다. 몇 달 동안 완벽한 결과물을 기다리는 동안 시장의 기준이 바뀔 수 있다. 완벽함을 추구하는 문화가 오히려 학습 속도를 늦추는 것이다.

    물론 완성도를 버리자는 말은 아니다. 금융, 의료, 제조, 공공서비스처럼 신뢰가 중요한 분야에서는 안정성이 필수다. 다만 모든 일을 과거의 출시 방식으로만 처리하면 새로운 기술의 속도를 따라가기 어렵다.

    AI 시대의 조직은 두 개의 속도를 가져야 한다. 고객에게 영향을 주는 핵심 시스템은 안전하게 운영해야 한다. 동시에 내부 실험, 프로토타입, 업무 자동화, 고객 경험 개선은 훨씬 빠르게 시도해야 한다.

    바이브 코딩은 개발자만의 이야기가 아니다

    영상에서는 기획자나 디자이너가 AI를 활용해 직접 샘플을 만들 수 있는 시대가 언급된다. 예전에는 “이 기능은 2년 걸립니다”라는 말 앞에서 비전문가는 반박하기 어려웠다. 이제는 다르다. 기획자가 AI로 간단한 화면과 작동 예시를 만들어 보여줄 수 있다.

    이 변화는 개발자를 대체한다는 뜻이 아니다. 오히려 협업의 기준이 바뀐다는 뜻이다. 말로 설명하던 사람이 이제는 작동하는 초안을 가져올 수 있다. 아이디어와 실행 사이의 거리가 줄어든다.

    그래서 앞으로 중요한 역량은 하나의 직무만 고집하는 능력이 아니다. AI의 도움을 받아 여러 일을 연결하고, 빠르게 실험하고, 결과물을 보여주는 능력이다. 기획자는 더 기술적으로 생각해야 하고, 개발자는 더 고객과 경험을 이해해야 한다. 디자이너는 화면을 넘어 흐름과 자동화를 설계해야 한다.

    개인은 먼저 자신의 상황을 냉정하게 분석해야 한다

    김대식 교수는 30~40대 직장인, 개발자, 대표, 자영업자에게 먼저 자신의 능력과 상황을 냉정하게 보라고 말한다. 막연히 불안해하거나 유튜브만 보는 것으로는 방향이 생기지 않는다.

    AI 시대의 준비는 거창한 자격증이나 선언으로 시작하지 않는다. 내가 무엇을 잘하는지, 어떤 일을 하고 있는지, 어디에 시간을 걸어야 하는지 확인하는 데서 시작한다.

    다음 질문을 적어보면 좋다.

    • 나는 반복 업무와 판단 업무 중 어디에 시간을 더 쓰고 있는가?
    • 내 업무에서 AI가 바로 도와줄 수 있는 부분은 무엇인가?
    • 내가 직접 해야만 가치가 생기는 부분은 무엇인가?
    • 고객이나 조직이 나에게 기대하는 진짜 결과는 무엇인가?
    • 앞으로 3개월 동안 AI로 실험해볼 작은 과제는 무엇인가?

    이 질문에 답하면 막연한 두려움이 조금 줄어든다. 불안은 행동하지 않을 때 커지고, 경험은 불안을 정보로 바꾼다.

    AI는 자전거처럼 직접 타봐야 익숙해진다

    영상의 결론은 “일단 해보라”다. AI를 배우는 방식은 자전거와 비슷하다. 책을 읽고 강의를 듣는 것만으로는 자전거를 탈 수 없다. 직접 타보고, 넘어지고, 다시 균형을 잡아야 한다.

    AI도 마찬가지다. 남이 쓰는 장면을 보는 것과 내가 내 일에 적용해보는 것은 완전히 다르다. 프롬프트를 넣어보고, 결과가 틀리는 이유를 보고, 다시 요청하고, 내 업무 자료와 연결해보는 과정에서 감각이 생긴다.

    처음부터 거창한 프로젝트를 할 필요는 없다. 다음처럼 작게 시작하면 된다.

    • 회의 메모를 요약해보기
    • 보고서 목차를 3가지 버전으로 만들기
    • 고객 문의 답변 초안을 만들기
    • 엑셀 데이터를 설명문으로 바꾸기
    • 간단한 랜딩페이지나 앱 화면을 AI로 시제품화하기
    • 매주 반복하는 업무 하나를 자동화해보기

    중요한 것은 “내가 해봤다”는 경험이다. 그 경험이 쌓이면 자신이 AI로 무엇을 잘할 수 있는지 보이기 시작한다.

    AI가 기능을 대신할수록 인간은 경험을 설계해야 한다

    영상 후반부에서 명품 브랜드 이야기가 나온다. 가방의 기능만 보면 몇 천만 원의 가격 차이를 설명하기 어렵다. 물건을 담는 기능은 비슷하다. 그러나 사람들은 기능만 사지 않는다. 기다림, 스토리, 상징, 소속감, 자기만족 같은 경험에 돈을 낸다.

    AI 시대에도 이 점은 중요하다. AI가 기능을 빠르게 평준화할수록 단순 기능만으로는 차별화하기 어렵다. 문서 작성, 이미지 생성, 코드 초안, 고객 응대 같은 기능은 점점 더 쉽게 복제된다.

    그렇다면 기업과 개인은 무엇으로 차별화해야 할까. 답은 경험, 신뢰, 희소성, 인간적 맥락에 있다.

    기업은 단순히 기능을 제공하는 회사를 넘어 고객이 더 편안하고, 더 안전하고, 더 좋은 선택을 했다고 느끼게 만드는 경험을 설계해야 한다. 개인도 마찬가지다. AI가 할 수 있는 일을 흉내 내는 사람이 아니라, AI를 활용해 자신만의 관점과 결과물을 만드는 사람이 되어야 한다.

    이전 글을 보완하면, AI 혁신의 순서는 이렇게 정리된다

    앞선 기업 혁신 글은 “기존 사업을 다시 해석하고, AI와 테크를 붙여야 한다”고 정리했다. 이번 영상은 그 다음 단계를 보완한다. AI를 붙인 뒤에는 조직의 일하는 방식과 개인의 역할까지 바뀌어야 한다.

    정리하면 순서는 이렇다.

    • 기존 사업의 본질을 다시 정의한다.
    • 고객 문제에 AI와 테크를 연결한다.
    • 공개 도구 사용을 넘어 신뢰 가능한 기업용 AI 환경을 만든다.
    • 에이전틱 AI에 맡길 일과 사람이 승인할 일을 구분한다.
    • 조직의 속도를 실험형과 안정형으로 나눈다.
    • 개인은 작은 업무부터 직접 AI를 써보며 감각을 만든다.
    • 기능보다 경험과 신뢰를 설계하는 방향으로 차별화한다.

    이렇게 보면 AI 혁신은 기술 도입 프로젝트가 아니다. 사업 정의, 조직 설계, 일하는 방식, 개인의 커리어 전략이 함께 바뀌는 변화다.

    마무리: AI 시대의 생존 전략은 ‘먼저 경험하고, 다르게 설계하는 것’이다

    에이전틱 AI 시대에는 “AI를 쓸 줄 안다”는 말의 의미가 달라진다. 단순히 프롬프트를 잘 쓰는 수준을 넘어, AI가 실행할 수 있는 일을 구조화하고, 신뢰와 책임의 경계를 설계하고, 인간이 맡아야 할 가치를 더 선명하게 만드는 능력이 필요하다.

    기업은 AI 도구를 도입하는 데서 멈추면 안 된다. 일하는 방식 자체를 바꿔야 한다. 개인도 불안해하며 구경만 해서는 안 된다. 직접 써보고, 넘어지고, 다시 시도해야 한다.

    AI가 기능을 대신할수록 인간은 더 인간적인 것을 설계해야 한다. 경험, 신뢰, 행복, 희소성, 맥락. 결국 AI 시대의 경쟁력은 기술을 얼마나 잘 쓰느냐와 함께, 사람이 왜 나를 선택해야 하는지를 얼마나 분명하게 만들 수 있느냐에 달려 있다.

    함께 읽으면 좋은 글

    참고자료

    FAQ

    에이전틱 AI는 생성형 AI와 무엇이 다른가요?

    생성형 AI는 주로 사람이 질문하면 답을 생성합니다. 에이전틱 AI는 목표와 조건을 받은 뒤 여러 단계를 스스로 계획하고 실행하는 방향으로 발전합니다.

    기업이 공개 ChatGPT만 쓰면 왜 부족한가요?

    기업의 전략과 업무에는 내부 데이터, 기술, 고객 정보, 보안 이슈가 얽혀 있습니다. 공개 도구만으로는 맥락이 부족하고, 내부 정보를 넣으면 유출 위험이 생길 수 있습니다.

    AI 시대에 개인은 무엇부터 시작해야 하나요?

    거창한 공부보다 자기 업무 하나를 정해 직접 AI로 처리해보는 것이 좋습니다. 요약, 초안 작성, 자료 정리, 간단한 자동화처럼 작은 실험부터 시작하면 됩니다.

    AI가 많은 기능을 대신하면 인간의 가치는 어디에 남나요?

    기능만으로는 차별화가 어려워집니다. 대신 경험, 신뢰, 맥락, 감정, 브랜드, 희소성처럼 사람이 선택 이유를 느끼게 만드는 영역이 더 중요해집니다.

    기업은 AI 전환을 어떻게 시작해야 하나요?

    기존 사업의 본질을 다시 정의하고, 고객 문제와 연결되는 작은 AI 실험부터 시작해야 합니다. 동시에 데이터 보안, 권한, 승인, 책임 구조를 함께 설계해야 합니다.


  • AI 시대, 무너지는 기업과 다시 성장하는 기업의 결정적 차이

    AI 시대 기업 혁신은 멋진 신사업 이름을 붙이는 일이 아니다. 더 정확히 말하면, “우리도 AI를 하자”라는 구호만으로는 아무것도 바뀌지 않는다.

    Read in English: The Decisive Difference Between Companies That Collapse and Companies That Grow Again in the AI Era

    SBS 교양이를 부탁해 영상에서 신수정 전 KT 부사장은 기업이 무너지는 이유를 꽤 현실적으로 짚는다. 오래된 기업은 새로운 사업을 못 찾아서만 무너지는 것이 아니다. 기존 사업의 의미를 다시 읽지 못하고, 고객보다 내부 규칙을 더 크게 만들 때 무너진다.

    이 글은 영상 내용을 바탕으로 AI 대전환 시대에 기업이 다시 성장하려면 무엇을 바꿔야 하는지 정리한 글이다.

    다음 S곡선을 준비하지 못하면 잘나가던 기업도 멈춘다

    하나의 사업은 보통 S곡선을 그린다. 처음에는 천천히 출발하고, 어느 순간 빠르게 성장한다. 이후 성숙기에 들어가고, 시간이 지나면 쇠퇴한다.

    문제는 많은 기업이 성장기에 만든 방식으로 성숙기와 쇠퇴기까지 버티려 한다는 점이다. 과거의 성공 방식은 익숙하고 안전해 보인다. 하지만 그 익숙함이 다음 성장을 막는다.

    그래서 기업은 늘 다음 S곡선을 준비해야 한다. 여기서 중요한 것은 “기존 사업을 버리고 완전히 낯선 일을 하라”는 뜻이 아니다. 오히려 출발점은 기존 사업을 새롭게 해석하는 데 있다.

    신사업은 기존 사업을 버리는 것이 아니라 다시 해석하는 일이다

    영상에서 인상적인 대목은 신사업에 대한 관점이다. 많은 기업은 기존 사업이 어려워지면 전혀 다른 신사업을 찾는다. 그런데 그 사이에 누군가는 기존 시장의 빈틈을 새롭게 해석한다.

    통신사가 문자와 커뮤니케이션의 본질을 충분히 다시 읽지 못하는 동안 카카오는 메신저를 키웠다. 금융회사가 송금과 투자 경험을 무겁게 유지하는 동안 토스는 더 가볍고 쉬운 금융 경험을 만들었다.

    마이크로소프트도 비슷하다. 과거의 마이크로소프트는 PC 소프트웨어 회사에 가까웠다. 하지만 사티아 나델라 이후 회사는 자신을 “기업 생산성을 높이는 회사”로 재정의했다. 그러자 워드프로세서뿐 아니라 클라우드, 협업 도구, AI까지 모두 하나의 방향으로 연결됐다.

    월마트도 단순한 오프라인 유통회사가 아니라 고객과 가장 가까운 생활 플랫폼으로 자신을 다시 해석했다. 물건을 파는 장소에서 물류, 생활 서비스, 데이터 기반 유통 플랫폼으로 확장한 것이다.

    핵심은 하나다. 신사업은 생뚱맞은 곳에서 찾는 것이 아니라, 내가 이미 하고 있는 일의 본질을 다시 묻는 데서 시작한다.

    모든 기업은 이제 AI 회사이자 테크 회사가 되어야 한다

    AI 시대에 “우리는 전통 산업이라서 AI와 멀다”는 말은 점점 설득력을 잃고 있다. 제조, 조선, 유통, 화장품, 교육, 물류도 예외가 아니다. 중요한 것은 AI를 따로 떼어 놓고 보는 것이 아니라 기존 사업과 결합하는 방식이다.

    오히려 기존 산업을 가진 기업이 유리할 수 있다. 데이터, 고객 접점, 현장 경험, 물리적 자산이 있기 때문이다. AI는 허공에서 비즈니스를 만드는 도구가 아니다. 현실의 문제와 결합할 때 힘을 낸다.

    예를 들어 조선업은 설계·정비·안전·공정 최적화에 AI를 붙일 수 있다. 유통은 수요 예측, 물류, 개인화 추천에 AI를 붙일 수 있다. 화장품은 피부 데이터, 취향 분석, 제품 개발 속도에 AI를 붙일 수 있다.

    AI 전환의 질문은 “새로운 AI 사업을 만들 것인가?”가 아니다. 더 좋은 질문은 이렇다.

    • 우리 사업의 본질은 무엇인가?
    • 고객이 실제로 불편해하는 지점은 어디인가?
    • AI와 테크를 붙이면 그 불편을 더 빠르고 정확하게 해결할 수 있는가?
    • 기존 조직의 프로세스가 그 변화를 막고 있지는 않은가?

    제로투원은 오래 걸린다, 그래서 대기업은 참기 어렵다

    신사업은 크게 두 단계를 지난다. 첫째는 제로투원이다. 고객이 정말 원하는 상품이나 서비스를 찾는 단계다. 둘째는 원투텐이다. 이미 찾은 모델을 확장하는 단계다.

    원투텐은 운영과 경영의 영역에 가깝다. 하지만 제로투원은 다르다. 정답이 없고, 타이밍과 운도 작동한다. 여러 번 시도하고 버리고 다시 만드는 과정이 필요하다.

    그래서 제로투원은 스타트업에 더 어울리는 경우가 많다. 스타트업은 빠르게 시도하고, 실패하면 방향을 바꿀 수 있다. 반대로 대기업은 속도가 느리고, 작은 성과를 오래 기다리지 못한다.

    신사업 초기 매출은 작다. 1조 원 규모의 본업을 가진 회사에서 1억 원짜리 실험은 초라해 보인다. 그러나 그 작은 싹을 견디지 못하면 다음 사업은 자라지 못한다.

    대기업이 모든 신사업을 직접 하려 하기보다 스타트업에 투자하고, 성장 가능성이 보이면 인수하거나 협력하는 생태계가 중요한 이유도 여기에 있다.

    스타트업은 망치보다 송곳이 되어야 한다

    스타트업이 대기업과 정면으로 싸우면 불리하다. 자본, 인력, 브랜드, 유통망에서 밀린다. 그래서 초기 스타트업은 망치가 아니라 송곳이 되어야 한다.

    송곳 전략은 작지만 뾰족한 시장을 파고드는 방식이다. 대기업이 관심을 두지 않는 틈새에서 시작하고, 그 안에서 고객을 깊이 이해한다. 그리고 충성 고객을 만든 뒤 옆으로 확장한다.

    토스의 출발점도 거대한 종합금융 플랫폼이 아니었다. 간편 송금이라는 작고 구체적인 불편에서 시작했다. 쿠팡도 모든 유통을 처음부터 장악한 것이 아니라 고객 경험을 집요하게 개선하며 락인 효과를 만들었다.

    스타트업이 던져야 할 질문은 “우리가 얼마나 큰 시장을 말할 수 있는가?”가 아니다. 초기에는 오히려 이렇게 물어야 한다.

    • 우리가 가장 잘 해결할 수 있는 작고 날카로운 문제는 무엇인가?
    • 대기업이 아직 진지하게 보지 않는 고객 불편은 무엇인가?
    • 이 문제를 해결하면 고객이 계속 남을 이유가 생기는가?
    • 이 좁은 영역에서 1등이 될 수 있는가?

    관료제는 나쁘기만 한 것이 아니다, 하지만 굳어지면 위험하다

    기업이 커지면 관료제는 어느 정도 생긴다. 책임이 커지고, 리스크 관리가 필요해진다. 승인 절차와 시스템도 필요하다. 고객 수가 많아질수록 대충 빠르게 처리하는 방식은 위험해진다.

    문제는 관료제가 조직의 목적을 삼켜버릴 때다. 고객보다 보고서가 중요해지고, 현장보다 승인 라인이 중요해진다. 구성원은 고객을 위해 판단하기보다 “규정상 안 됩니다”라는 말을 먼저 하게 된다.

    이런 조직이 다시 활력을 찾으려면 세 가지가 필요하다.

    1. 위기의식을 분명히 해야 한다

    조직은 정말 위험하다고 느끼지 않으면 바뀌지 않는다. “혁신합시다”라는 말만 반복해서는 부족하다. 지금 방식으로는 고객을 잃고, 시장을 잃고, 결국 일자리도 흔들릴 수 있다는 현실을 공유해야 한다.

    2. 고객과 현장으로 다시 내려가야 한다

    책상 위 전략만으로는 조직이 살아나지 않는다. 경영진과 리더가 고객을 만나야 한다. 현장의 불편을 들어야 한다. 고객이 무엇을 참아주고 있는지, 무엇 때문에 떠나는지 직접 확인해야 한다.

    3. 혁신하는 사람이 실제로 인정받아야 한다

    조직문화는 포스터 문구가 아니라 생존 방식이다. 구성원은 말보다 보상을 본다. 혁신을 시도한 사람이 실패했다고 밀려나고, 기존 방식만 지킨 사람이 승진한다면 아무도 혁신을 믿지 않는다.

    정말 바꾸려면 혁신을 실행한 사람이 인정받고 승진한다는 신호가 반복적으로 보여야 한다. 단기간 이벤트가 아니라 꾸준한 보상 체계가 되어야 한다.

    시스템은 100%가 아니라 미션과 함께 작동해야 한다

    성장한 기업에는 시스템이 필요하다. 사람이 늘고 일이 복잡해지면 기준과 프로세스가 있어야 한다. 시스템이 없으면 품질도 흔들리고, 책임도 불분명해진다.

    하지만 시스템이 너무 커지면 사람은 일의 본질을 잊는다. 마케팅 담당자는 마케팅 시스템만 보고, 인사 담당자는 인사 규정만 본다. 고객이 어떤 불편을 겪는지보다 내부 절차를 지키는 일이 더 커진다.

    영상에서는 디즈니 사례가 나온다. 디즈니는 철저히 시스템화된 조직이지만, 동시에 미션으로 움직이는 영역을 남긴다. 고객을 즐겁게 하고 만족시키는 목적이 규정 밖 판단을 가능하게 한다는 것이다.

    물론 모든 회사가 같은 비율을 적용할 수는 없다. 항공, 제조, 의료처럼 안전이 중요한 산업은 시스템 비중이 더 커야 한다. 반대로 콘텐츠, IT 서비스, 소프트웨어 영역은 실험의 여지를 더 크게 둘 수 있다.

    중요한 것은 시스템과 미션의 균형이다. 시스템은 일을 안정적으로 만들고, 미션은 시스템이 놓치는 고객의 맥락을 회복하게 한다.

    성공 사례를 베끼지 말고 실패 조건을 배워야 한다

    기업들은 성공 사례를 좋아한다. 넷플릭스의 규칙 없음, 실리콘밸리식 자율문화, 유명 기업의 인사제도, 특정 CEO의 리더십을 따라 하고 싶어 한다.

    하지만 성공 공식은 보편적이지 않다. 어떤 방식은 특정 산업, 특정 시기, 특정 인재 밀도, 특정 경영자의 철학 속에서만 작동한다. 맥락을 빼고 제도만 가져오면 부작용이 생긴다.

    그래서 성공 사례를 볼 때는 “우리도 그대로 하자”가 아니라 “어떤 조건에서 효과가 있었나?”를 물어야 한다. 그리고 더 중요한 것은 실패 조건을 배우는 일이다.

    부정 회계, 고객 이탈을 무시하는 태도, 내부 규칙 우선주의, 작은 실험을 죽이는 문화, 말뿐인 혁신 보상. 이런 것들은 훨씬 명확하게 조직을 망가뜨린다.

    성공을 복제하기는 어렵다. 그러나 실패 확률을 낮추는 일은 가능하다.

    AI 시대 기업 혁신을 위한 5가지 점검 질문

    조직이 정말 변하고 있는지 확인하려면 다음 질문을 던져볼 수 있다.

    • 우리는 기존 사업을 어떤 말로 다시 정의하고 있는가?
    • AI와 테크가 고객 문제 해결에 실제로 연결되어 있는가?
    • 신사업의 작은 성과를 최소 3년 이상 견딜 구조가 있는가?
    • 고객과 현장의 목소리가 의사결정권자에게 직접 전달되는가?
    • 혁신을 말한 사람이 아니라 실행한 사람이 인정받고 있는가?

    이 질문에 답하지 못한다면 AI 전환은 구호에 머물 가능성이 높다.

    마무리: 혁신은 새 사업 이름이 아니라 생존 방식의 변화다

    AI 시대의 기업 혁신은 기술 도입 목록으로 끝나지 않는다. 더 근본적인 질문은 이것이다. 우리 회사는 무엇으로 고객에게 의미가 있는가. 그리고 그 의미를 지금의 기술과 시장 변화 속에서 어떻게 다시 만들 것인가.

    무너지는 기업은 대개 변화를 몰라서 무너지지 않는다. 알아도 바꾸지 못해서 무너진다. 규칙, 보고, 승인, 과거의 성공 방식이 고객보다 커질 때 조직은 천천히 굳어진다.

    다시 성장하는 기업은 다르다. 기존 사업을 새롭게 해석하고, AI와 테크를 고객 문제에 붙인다. 작은 실험을 견디고, 현장으로 내려가며, 혁신하는 사람을 실제로 보상한다.

    결국 기업문화는 말이 아니라 생존 방식이다. AI 시대에도 이 원칙은 달라지지 않는다.

    함께 읽으면 좋은 글

    참고자료

    FAQ

    AI 시대 기업 혁신의 출발점은 무엇인가요?

    기존 사업을 버리는 것이 아니라 기존 사업의 본질을 다시 정의하는 것입니다. 그 다음 AI와 테크를 고객 문제 해결에 연결해야 합니다.

    대기업이 신사업에 실패하기 쉬운 이유는 무엇인가요?

    제로투원 단계의 작은 성과를 오래 기다리지 못하기 때문입니다. 초기 신사업은 매출이 작고 불확실성이 큽니다. 이를 견디는 구조가 없으면 싹이 자라기 전에 사라집니다.

    스타트업은 대기업과 어떻게 경쟁해야 하나요?

    초기에는 넓게 싸우기보다 좁고 뾰족한 문제를 해결해야 합니다. 대기업이 관심을 덜 두는 틈새에서 고객 충성도를 만들고 확장하는 전략이 유리합니다.

    조직의 관료제를 줄이려면 무엇이 가장 중요한가요?

    고객과 현장 중심으로 의사결정을 되돌리고, 혁신을 실행한 사람이 실제로 인정받는 보상 체계를 만들어야 합니다. 말뿐인 혁신 구호는 구성원을 움직이지 못합니다.

    시스템화와 자율성은 어떻게 균형을 잡아야 하나요?

    업종의 위험도와 고객 접점에 따라 다릅니다. 안전이 중요한 산업은 시스템 비중이 높아야 하고, 빠른 실험이 중요한 산업은 미션 기반 자율성을 더 넓게 둘 수 있습니다.


  • Anthropic Mythos Shock: What Korea Must Prepare as AI Becomes a Strategic Asset

    Anthropic Mythos Shock: What Korea Must Prepare as AI Becomes a Strategic Asset

    Anthropic’s “Mythos” issue is not just another story about a new AI model. The core message is colder than that. Frontier AI models are now cloud services and strategic assets at the same time.

    Like advanced semiconductor equipment or high-end GPUs, access to a model itself is becoming a matter of diplomacy and national security. Korea cannot treat this shift as someone else’s regulatory news.

    What Is at the Core of the Mythos Issue?

    A strategy room in Seoul reviewing AI model access rights and security risks
    The Mythos issue signals that AI competition is no longer only about performance. Access rights and control are becoming national strategy questions.

    Anthropic describes Claude Mythos 5 as a model with strong capabilities in cybersecurity and biology research. Through Project Glasswing, the company framed it as a tool for finding and defending critical software vulnerabilities.

    According to Anthropic’s own updates, early partners used Mythos Preview to find more than 10,000 high- or critical-severity vulnerabilities in important software. For defensive security teams, that is a compelling result.

    The problem is that the same capability can also be used offensively. A model that finds vulnerabilities quickly can strengthen defenders. If control fails, it can also strengthen attackers.

    That is why Mythos was limited to vetted partners from the start. When the U.S. government issued a directive suspending foreign national access to Fable 5 and Mythos 5, the story moved from technology news to national strategy.

    Why People Are Saying AI Is Becoming a Strategic Asset

    The U.S. directive showed that access to frontier AI models can be treated as a national security matter. In practical terms, a pattern once associated with semiconductor export controls is now moving toward the model layer itself.

    One important change sits underneath this shift. In the past, the bottleneck was mostly compute, chips, and manufacturing equipment. Going forward, model weights, API access, safeguard settings, and data retention rules may also become objects of control.

    For companies, this makes AI adoption more complicated. A model that was available yesterday may be restricted today. In high-risk fields such as public administration, finance, healthcare, defense, and research, that is not just an inconvenience. It is an operational risk.

    Three Risks Korea Should Watch

    A strategy meeting examining foreign model dependence, the dual-use nature of security AI, and the reality of sovereign AI
    Korea’s AI strategy has to consider foreign model dependence, the dual-use nature of security AI, and the practical limits of sovereign AI at the same time.

    1. Dependence on Foreign Models

    Korean companies and public institutions have adopted global AI models quickly. From a productivity standpoint, that choice is natural. But when core workflows become tightly coupled to a specific overseas model, access restrictions can become workflow disruptions.

    This matters most in areas connected to national functions: public administration, defense, cybersecurity, healthcare, energy, and finance. The point is not that every AI system must be domestic. The point is that systems that cannot stop need alternative routes.

    2. The Dual-Use Nature of Security AI

    A cyber defense operations room reviewing AI vulnerability findings and patch priorities
    Powerful security AI can improve defensive capacity, but without control it can also be redirected toward offensive capability.

    Mythos raises a hard question: if a powerful security AI is released more broadly, does the world become safer or more dangerous?

    Vulnerability-discovery AI can help defenders enormously. Yet if verification, disclosure, and patching cannot keep up, the result may be a faster-growing list of weaknesses. Anthropic has also noted that after AI accelerates discovery, the bottleneck shifts to verification, disclosure, and remediation.

    Korea should not build AI security capability by focusing only on detection models. Coordinated vulnerability disclosure, patch responsibility, supply-chain response, and incident exercises need to be designed together.

    3. The Practical Reality of Sovereign AI

    Sovereign AI should not remain a slogan. It is not simply a matter of building one Korean-language model. It requires public data governance, domestic computing infrastructure, high-risk AI evaluation, sector-specific standards, and procurement rules.

    Korea is already preparing parts of this foundation through the AI Basic Act, the National AI Committee, the AI Safety Institute, and the national AI computing center. The direction is right. The Mythos issue simply demands more speed and sharper prioritization.

    Korea’s Future Strategy: Build Controllable AI Systems, Not Just Models

    A controllable AI infrastructure design connecting computing, data, models, safety evaluation, and procurement
    The key is not merely owning a model. The key is building an AI operating system that can be stopped, switched, and evaluated when necessary.

    Korea’s response should not stop at “we need our own frontier model.” The more important question is this: in which domains should Korea secure control, at what level, and at what cost?

    First, Classify AI Dependence in Critical National Domains

    Public institutions and critical industries should classify the AI services they use by operational importance. A simple writing assistant and a cybersecurity, healthcare, or administrative decision-support system should not be governed by the same standard.

    Critical domains need at least three safeguards: replaceable models, inference paths inside Korea or a trusted jurisdiction, and manual fallback procedures for outages.

    Second, Make Korea’s AI Safety Evaluation More Operational

    AI safety evaluation should not end with paperwork. In high-impact areas such as cybersecurity, biology, financial fraud, disinformation, and privacy leakage, red-team testing and repeated evaluation are essential.

    For frontier models, there must be more than two choices: total prohibition or unlimited release. Restricted partner access, usage logging, high-risk query routing, independent evaluation, and incident reporting should work as one system.

    Third, Treat the National AI Computing Center as Strategic Infrastructure

    The Korean government is moving forward with a national AI computing center of up to 2 trillion won. This infrastructure should not be only a place to rent GPUs. It should become the foundation that connects Korean models, safety evaluation, and public-sector AI pilots.

    Accessibility matters. If only large companies can use the infrastructure, national resilience will not grow very much. Universities, startups, security research groups, and public institutions need realistic access.

    Fourth, Cooperate Internationally but Plan for Access Cutoff Scenarios

    Korea cannot build every AI capability alone. Cooperation with the United States, Europe, Japan, Singapore, and other partners remains necessary. But cooperation is not the same as dependence.

    Contracts should address data location, model access interruption, emergency patching, transition to alternative models, and audit rights. Public procurement should not only ask which model performs best. It should ask which system can keep operating in a crisis.

    What Companies and Individuals Should Check

    Companies should inventory the AI tools they already use. They need to know which workflows depend on which models, where data is stored, and how quickly the organization could switch if a service were restricted.

    Individuals can start with a simpler rule. Using AI well is important. But trusting the answer of one model without question is risky. In the AI era, it is more important to have your own language and judgment criteria before writing better prompts.

    Related Reading

    Conclusion: Korea Needs to Prepare for the Politics of AI Access

    The message from the Mythos issue is clear. Future AI competition will not be only about performance. It will also be about who can access models, who can adjust safeguards, and who can keep services running when access conditions change.

    Korea should continue using global models, but critical domains need controllable alternatives. Sovereign AI is not isolation. It is insurance. That insurance works only when models, data, computing, safety evaluation, and procurement systems move together.

    Original Korean article

    FAQ

    Can ordinary users access Anthropic Mythos?

    No. Anthropic describes Mythos 5 as a restricted-access model with strong capabilities in cybersecurity and biology research. The company also introduced Fable 5 as a safer model for general knowledge work, but access to that model was also suspended after the U.S. government directive.

    Does the Mythos issue immediately affect Korean companies?

    Not every company will be affected immediately. Still, it is a warning for organizations that rely heavily on overseas frontier models for critical workflows. They should review access rights, data location, alternative models, and outage response plans.

    Does sovereign AI mean Korea should stop using overseas AI?

    No. The core of sovereign AI is control and optionality in areas where they matter. Korea can keep using global AI services while building domestic operating capacity and alternatives for public, security, and industrially critical domains.

    What is the Korean government already preparing?

    Korea is preparing several foundations, including the AI Basic Act, the National AI Committee, the AI Safety Institute, and the national AI computing center. The computing center is expected to become a key infrastructure layer for domestic AI research and industrial use.

    What should individuals prepare?

    Individuals should avoid depending on a single model for important judgments. Important claims should be checked against multiple sources, and users should practice explaining AI-generated answers in their own words before accepting them.

    References

  • In the AI Era, What You Need to Learn Before Prompts Is Your Own Language

    In the AI Era, What You Need to Learn Before Prompts Is Your Own Language

    The difference between people who use AI well and those who do not—where does it come from? People often answer, “It depends on whether you know good prompts.” In reality, it is a little different. The core issue is not a handful of prompt sentences. It is whether I can say what I want while also including the context and criteria behind it.

    The Ildangbaek video “Human Intelligence Expressed Delicately Through Language! The Beginning of AI Prompt Engineering” illustrates this point well. The video begins with the book AI Language Lessons for Intellectual Conversation, but rather than being a simple book introduction, it is closer to a conversation that asks what kind of language sense we need in the AI era. For Korean-language users in particular, there is an even more important question: when we talk with AI in a language like Korean, where omissions and nuance are common, what do we need to say more clearly?

    The AI Usage Gap Comes Less from “How to Use the Tool” Than from the “Resolution of Language”

    A person preparing a prompt by structuring ideas in a notebook beside an AI chat screen
    A good prompt begins not with sentence technique, but with organizing your thoughts and criteria.

    When many people first use AI, they say things like this:

    “Just organize this for me.” “Don’t make it too long.” “Don’t use a stiff tone.” “Don’t draw an image—just show me the prompt.”

    Between people, this level of instruction usually works to some extent. That is because we read the surrounding situation, facial expressions, prior conversations, organizational culture, and tone of voice together. But AI guesses the context the user has not provided. If the guess is right, it feels convenient. If it is wrong, the result becomes completely off target.

    The prompt guides from OpenAI and Anthropic both emphasize “clear instructions, sufficient context. The desired output format.” Ultimately, a good prompt is not a magic sentence. It is a sentence that reduces the parts AI has to guess.

    This is where an important difference appears. People who use AI well are not necessarily people who write longer questions. They are people who structure context. They provide purpose, audience, constraints, examples, preferences rather than only prohibitions, output format, and validation criteria together.

    Why Korean Is a More Difficult Language for AI

    A workshop scene with blank cards and notes arranged to explain Korean context and nuance
    Korean’s omissions and nuances require clearer explanations of context when working with AI.

    One of the most interesting points in the video is the high-context nature of Korean. Korean frequently omits subjects and objects. A single particle can change the focus of a sentence. Honorifics may be handled reasonably well at the surface level. Sarcasm and irony are entirely different matters.

    For example, “Cheolsu-neun went to school” and “Cheolsu-ga went to school” may look similar, but their focus is different. “It’s okay” can mean that something is truly okay, or it can mean refusal. “Siwon-seopseop-hada”—a Korean expression that combines feeling refreshed or relieved with feeling sad or regretful—has a different ratio of relief to regret depending on the situation.

    People read these differences through the situation. AI mostly receives them as text. That is why Korean users need to provide AI with more context. “Take care of it” is convenient, but from AI’s point of view it is an instruction with too little information.

    This issue also appears in translation. Anthropic’s interpretability research shows that large language models can connect inputs from multiple languages to a shared internal conceptual space. But that does not mean Korean nuance is perfectly preserved. In the movement between languages, emotion, omission, irony, and the speaker’s intent can be lost.

    Prompt Engineering Is Not “Asking Good Questions”; It Is Managing a System

    A meeting-room scene reviewing an AI-based workflow and quality control process
    In organizations, prompt engineering goes beyond asking better questions and becomes a matter of quality and operational design.

    The video distinguishes between prompts and prompt engineering. Everyday users can simply ask questions as if they were talking with AI. But the story changes in work systems, customer service, automation, and content production pipelines.

    Prompt engineering is not simply “the skill of asking pretty questions.” It involves looking at how answer tendencies differ from model to model. It analyzes why wrong answers emerged. It designs structures that reduce cost. It connects multi-step tasks reliably. It controls the consistency of results.

    For example, writing requires creativity, but customer guidance copy or legal and policy guidance becomes problematic if it changes every time. In these cases, generation settings such as temperature, example-based output, validation steps, and retry conditions are needed.

    In other words, prompt engineering is a language skill and, at the same time, an operational skill. It begins with an individual’s way of asking questions. In organizations it expands into quality management and cost management.

    “Do It This Way” Is Stronger Than “Don’t Do That”

    A work scene in which vague request cards are organized and converted into specific instruction cards
    For AI, it is more stable to specify the desired direction and criteria than to state only prohibitions.

    One practical tip repeated in the video is to use positive statements rather than negative ones. “Use everyday words” is better than “Don’t use technical terms.” “Keep each paragraph to three sentences or fewer” is better than “Don’t write too much.” “Write it as a short explanatory passage” is clearer than “Don’t write it as a list.”

    AI does not always process a user’s negative phrasing reliably. In image, video, and multimodal models in particular, negative words can blur the desired result. Even in text models, saying “don’t do this” can sometimes place the prohibited element at the center of the context.

    At work, it is better to change requests like this:

    Common requestBetter request
    Don’t write it too difficult.Write it in everyday language that a middle school student can understand.
    Don’t make it long.Explain only the three core points within 600 Korean characters.
    Don’t make it sound like AI.Mix short and long sentences, and reduce repeated expressions.
    Just organize it for me.Organize it in the order of background, key issues, and action items.
    Don’t include subjective opinions.Separate verified facts from interpretation.

    This difference may look small, but the results change significantly. When you reduce the room AI has to guess, you reduce the time you spend revising.

    The Core of the AI Productivity Debate Is Not “How Much You Used It” but “What You Delegated”

    A scene reviewing an AI-generated draft with a human checklist and field context
    AI productivity depends on the ability to decide what to delegate and what humans should judge.

    Opinions differ on whether AI actually increases productivity. Still, some studies have already observed concrete effects. The NBER paper “Generative AI at Work” found. Generative AI tools increased average productivity in customer support work, with especially large effects for less experienced employees.

    By contrast, the ILO’s analysis of generative AI and jobs suggests. Many occupations are more likely to see some tasks automated or supported than to be completely replaced. This perspective also connects with the video’s conclusion. AI does not necessarily eliminate all work; rather, it redivides the components of work.

    The question is not “Do you use AI a lot?” It is the ability to decide what to delegate and what humans should judge. Simple summaries, drafts, format conversions, and repeated responses are easy to delegate to AI. But reading a customer’s anxious feelings, judging field context. Carefully confirming unspoken needs are still largely human responsibilities.

    Five Prompt Principles for Korean-Language Users

    1. Restore the Omitted Subject and Object

    Before writing “Organize this,” write what should be organized, for whom, and for what purpose. In Korean conversation, omission is natural, but for AI it becomes a blank space.

    2. Turn Negative Sentences into Positive Sentences

    Instead of saying “Don’t write in a stiff way,” say “Write in a friendly but not exaggerated tone.” Giving a goal is more stable than giving only a prohibition.

    3. Decide the Output Format First

    A table, list, paragraph, report, blog post, email, and presentation script are all different outputs. If you do not set the format, AI produces an average answer.

    4. Provide Context and Criteria Separately

    Separate the background as background, requirements as requirements, and validation criteria as validation criteria. If you mix everything into one sentence, AI can also miss the relative importance.

    5. Do Not Try to Finish Everything in One Turn

    Good AI use is closer to multi-turn collaboration than to a single turn. Receive a draft, strengthen the criteria, revise it again, and validate it at the end. This is not a command; it is collaboration.

    In the End, Prompts Are Not a Technique but a Habit of Conversation

    UNESCO’s AI competency framework sees the abilities needed in the AI era not as simple tool usage. As human-centered thinking, ethics, critical judgment, and practical application. Prompts are the same. They are not something to memorize like keyboard shortcuts.

    Talking with AI is a process of making my own thinking clearer. If I do not know what I want, AI does not know either. If I do not provide criteria, AI produces an average value. If I omit context, AI guesses.

    That is why the core of the video goes deeper than “Let’s write better prompts.” Competitiveness in the AI era comes not to people who know a lot of techniques. To people who can examine their own language and design context.

    To put it a little strongly, future AI literacy may be a language issue before it is a coding issue. This is especially true for Korean-language users. The words we naturally omitted, the things we passed over through atmosphere. The tasks we handed off by saying “take care of it” must all become sentences again in front of AI.

    Recommended Reading

    References

    • Ildangbaek, “Human Intelligence Expressed Delicately Through Language! The Beginning of AI Prompt Engineering,” YouTube, View source
    • OpenAI, “Prompt engineering,” View source
    • Anthropic, “Prompt engineering overview,” View source
    • Anthropic, “Tracing the thoughts of a large language model,” View source
    • Erik Brynjolfsson, Danielle Li, Lindsey R. Raymond, “Generative AI at Work,” NBER Working Paper No. 31161, View source
    • International Labour Organization, “Generative AI and Jobs,” View source
    • UNESCO, “AI competency framework for teachers,” View source

    FAQ

    Are Korean Prompts at a Disadvantage Compared with English Prompts?

    It is not accurate to say they are always at a disadvantage. However, Korean relies heavily on omission, particles, honorifics, and context. AI often has to guess the user’s intent. That is why, when writing in Korean, it is better to state the situation and criteria more clearly.

    Do I Really Need to Learn Prompt Engineering?

    Everyday users do not need to learn grand, formal engineering. But if you use AI for work, you do need the basic habit of providing purpose, context, output format, and validation criteria.

    Why Does Telling AI “Don’t Do That” Often Fail?

    Negative sentences place the prohibited object inside the context. Some models do not reliably reflect the intention behind the prohibition. That is why it is better to specify the desired behavior positively rather than saying only “don’t.”

    Can AI-Written Text Be Made to Sound Human?

    To some extent, yes. Adjusting sentence length, repeated expressions, subject and object omission, inversion, rhythm. Concrete situations can reduce the mechanical feeling. However, AI does not actually possess real experience or judgment on your behalf.

    What Work Should Humans Take On in the AI Era?

    Humans should interpret context, set criteria, and make final judgments. Areas that are difficult to fully standardize in words—such as customer emotions, field situations, an organization’s tacit knowledge. Ethical judgment—still depend heavily on human roles.

    Original Korean article: https://www.thinknote.co.kr/ai-korean-prompt-literacy/

    Image source: Captured images used in this article are stills from the original YouTube video. They are used for review, commentary, and educational explanation, and copyright remains with the original rights holders and the channel.

  • AI Agent Automation: What Matters More Than the One-Click Illusion

    AI Agent Automation: What Matters More Than the One-Click Illusion

    AI automation stories are getting inflated far too easily these days. Lines like “run a company with 50 AI agents,” “work only one hour a day,” and “leave a comment and I’ll send you the automation recipe. Makes money” keep appearing in our feeds.

    EO Korea’s interview with Gumloop founder Max Brodeur-Urbas puts a firm brake on that trend. The person in the video is the founder of an AI automation platform company that has raised major funding. Yet the point he repeats is surprisingly sober. AI is not a shortcut that lets you skip understanding. It is a tool that helps you execute faster on work you already understand.

    Gumloop founder Max Brodeur-Urbas criticizing exaggerated claims about AI automation in an interview
    Screenshot from EO Korea. Rather than simply summarizing the video, this article analyzes the real conditions for AI agent automation by reading the Gumloop case alongside external sources.

    The Problem With AI Agent Automation Is Not the “Number of Agents”

    Early in the video, Max treats claims such as “AI agents run the whole company” almost as marketing. The target of his criticism is not AI itself. The problem is the way automation is sold as if it can eliminate the need for understanding and trial and error.

    Gumloop’s official website aligns with this view. It puts forward the message that understanding the work should be the only prerequisite for automation. In other words, the point is to make automation possible for people who are not developers. But that person still needs to understand, at least at a basic level, the work they are trying to automate.

    This distinction matters. AI agent automation is not exactly a “do-anything assistant” that takes over whatever you want. It is closer to execution infrastructure that connects multiple tools, data sources, approval steps, and repetitive tasks into one flow.

    The New Automation Market Revealed by the Gumloop Case

    Y Combinator’s company page describes Gumloop as a platform. Uses AI to automate repetitive, complex workflows end to end. Users create automations by connecting modules through drag and drop. The goal is to let teams test and operate workflows faster than they could by writing code.

    Reports from EO, TechCrunch, and BetaKit point in a similar direction. In March 2026, Gumloop raised a $50 million Series B led by Benchmark. Its total funding was described as roughly $70 million. More important than the number itself is the market direction investors are seeing. A market where employees inside companies build AI agents themselves and package repetitive work into an operational form.

    Max Brodeur-Urbas explaining Gumloop's founding background and product direction in an interview

    What makes Gumloop interesting is that it does not only talk about competition over model performance. Its official site highlights concrete work agents such as data analysis, support ticket classification, CRM management, meeting preparation, and call analysis. Instead of abstract AGI, the repetitive work of actual departments comes first.

    Four Reasons One-Click Automation Fails

    AI agent automation usually does not fail for one simple reason such as insufficient technology. When we combine the video with external materials, four conditions become visible.

    1. If You Do Not Understand the Work, You Have No Standard for Automation

    Even if AI produces an output, someone still needs to judge whether that output is correct. Sales lead classification, customer inquiry triage, report writing. Meeting preparation all have different standards from one organization to another. Without business context, automation becomes fast error, not fast execution.

    2. Without Data Connections, Agents Are Empty-Handed

    Enterprise automation does not end with a single chatbot. CRM systems, documents, email, databases, ticket systems, and calendars need to be connected. This is why platforms like Gumloop emphasize connections and execution flows more than the model alone.

    3. Repeated Execution Requires Control and Observability

    A prompt that succeeds once is different from a work automation that runs every day. Repetitive work requires failure alerts, approval steps, logs, and permission management. As the number of AI agents grows, organizations need to be able to see who did what.

    4. Automation Does Not Replace Learning

    Max distinguishes between using AI as a learning tool and using it to skip understanding. AI can explain and assist. But if the user has no idea why a result came out the way it did, automation becomes an expansion of dependency, not an expansion of capability.

    What Non-Developer Automation Really Means

    The non-developer automation Gumloop talks about does not mean “anyone can build anything in any way.” More precisely, it means the person responsible for the work does not need to translate every requirement and hand it off to an engineer.

    Marketers understand campaign lead flows. Salespeople know the annoying parts of CRM updates. HR teams know the recurring candidate communications. Operations teams know where exception handling breaks down. If these people can become the designers of automation, the speed of AI adoption inside a company can clearly increase.

    But there are conditions here as well. The organization needs to decide how much automation authority it will grant. It must define which data can be accessed. Actions require approval before execution, and who is responsible when something fails. Adopting AI agents is not simply buying a tool. It is a redesign of the operating model.

    A Checklist Before Starting AI Workflow Automation

    If you or your organization want to adopt AI agent automation, it is better to start by asking these questions:

    1. Does the repetitive work actually exist?
    2. Can the person responsible explain the success criteria for that work in words?
    3. Can the required data and tools be connected?
    4. Is there a mechanism to stop or review the process when it fails?
    5. Is there a feedback loop for improving automation results?

    Without these five conditions, increasing the number of agents does not mean much. If those conditions are present, however, even one small automation can change how an organization works.

    Max Brodeur-Urbas explaining the importance of execution and people near the end of the interview

    Further Reading From Thinknote on AI Agents

    This perspective also connects with Thinknote’s existing articles on AI agents.

    Conclusion: AI Agents Are More About Operations Than Replacement

    The message from the Gumloop founder interview is simple. The promise that AI will take care of everything for us is attractive, but dangerous. Real value appears when we use AI to execute work we already understand more quickly and reliably.

    That is why the key question for AI agent automation is not “How many agents are you using?” A better question is this:

    Do I understand the work I want to automate well enough? And does that automation have enough verification, permission, and feedback structure to run safely every day?

    When you can answer those questions, AI agents stop being a buzzword and become infrastructure for a new way of working.

    FAQ

    What is AI agent automation?

    AI agent automation is a way of using AI models to connect repetitive work, data processing, cross-tool tasks, notifications, reporting, classification. Similar activities into one execution flow. Compared with a simple chatbot, what matters is its ability to connect with work systems and actually execute tasks.

    What kind of company is Gumloop?

    Gumloop is a platform that lets non-developers create AI-based work automations by connecting modules. Its Y Combinator company page and official site describe the company as focused on using AI to automate repetitive, complex workflows.

    If we have AI agents, do we no longer need to understand the work?

    No. As Max Brodeur-Urbas emphasizes in the video, AI is closer to a tool. Helps people execute work they already understand faster, rather than a replacement for understanding. Humans still need the standards for evaluating and improving the result.

    What should companies look at first when adopting AI automation?

    They should first look at whether repetitive work exists, whether success criteria are clear, whether the data can be connected, whether permissions can be managed. Whether there is a review structure for failures. Tool selection comes after that.

    What is the difference between an AI automation platform and a regular chatbot?

    A regular chatbot focuses on conversation and answers. An AI automation platform focuses on operating workflows. Include data sources, work tools, repeated execution, approval steps, and result records.

    References

    Image source: Captured images used in this article are stills from the original YouTube video. They are used for review, commentary, and educational explanation, and copyright remains with the original rights holders and the channel.

  • Metacognition in the AI Era: How to Check Your Own Thinking Before Trusting Smart Answers

    Metacognition in the AI Era: How to Check Your Own Thinking Before Trusting Smart Answers

    A bright illustration of a person stepping back from an AI screen and notebook to review their own thinking
    Metacognition starts when you step back from the thought itself and look at the state of your thinking.

    Near the end of a workday, you ask ChatGPT to draft a report. The answer arrives quickly. The sentences are smooth. The structure looks useful. But something still feels slightly unfinished.

    “Is this actually right?”

    In the past, the important skill was often finding the answer. Now the situation is different. Answers are easy to get. The harder question is whether you really understand that answer, whether you should trust it, and whether you can adapt it to your own situation.

    That is where metacognition matters. In simple terms, metacognition is the ability to know what you know and what you do not know. It may sound like a study-skill concept for students, but today it has become a basic capability for workers, creators, educators, and anyone who uses AI.

    Metacognition means looking at your own thinking one step back

    Metacognition sounds like a technical psychology term. In everyday life, however, it is a familiar feeling.

    You may be solving a problem and suddenly realize, “I thought I understood this concept, but I cannot explain it.” In a meeting, you may pause and ask, “Am I stating a fact, or am I making an assumption?” While writing, you may notice, “The sentences are polished, but the logic is thin.”

    All of these moments are related to metacognition. The key is stepping back. Instead of being fully trapped inside your thoughts, you look at the condition of your thoughts.

    That is why metacognition is not just self-reflection. More precisely, it is a skill for adjusting judgment. It helps you distinguish what you know from what you do not know, check the gap between confidence and evidence, and change your strategy when needed.

    Why metacognition matters again now

    Metacognition is not a new idea. But it is becoming important again because generative AI is changing the way we think.

    In a 2025 CHI paper, researchers from Microsoft Research and Carnegie Mellon University analyzed 936 examples of generative AI use reported by 319 knowledge workers. One result was especially interesting. Higher confidence in AI was associated with less critical-thinking enactment, while higher task-specific self-confidence was associated with more critical-thinking enactment.

    This should not be read too simply as “AI makes people think less.” The more useful message is different. People who use AI well do not automatically reject AI answers. They also do not accept them blindly. Instead, they verify the answer, integrate it into their own context, and keep final responsibility for the decision.

    UNESCO also released AI competency frameworks for students and teachers in 2024. These frameworks do not treat AI literacy as simple tool operation. They connect AI use with human-centered judgment, responsibility, and educational competence. In other words, the direction of learning is shifting from “Can you use AI?” to “Can you think with AI while checking your own judgment?”

    A bright illustration of a polished AI answer with a missing puzzle piece and magnifying glass for verification
    A polished answer can support understanding, but it can also create the feeling that you understood more than you actually did.

    The illusion that grows as AI becomes smarter

    The biggest risk in the AI era is not only a wrong answer. A more subtle risk is the feeling that you have understood something when you have not.

    When you read an AI-generated summary, your mind can feel clearer. The structure looks neat. The examples are there. But when you try to explain the idea to someone else, your words may suddenly stop.

    At that moment, you may have information. But you may not yet have understanding.

    Recent arXiv preprints discuss a similar concern. One line of research argues that AI may improve individual creative output while reducing the diversity of ideas at the group level. Another study suggests that long reasoning traces from large language models can increase trust and enjoyment, but do not always improve actual task performance.

    These are still emerging research discussions, so they should be read carefully. Even so, the direction is clear. AI explanations can help understanding. They can also create the feeling that understanding is already complete.

    That is why metacognition is necessary. Do not ask only, “Is this answer good?” Ask also, “How well do I actually understand this answer?”

    A bright checklist illustration with five icons for observation, evidence, counterpoint, pause, and experiment
    Good questions help you test the evidence, limits, and blind spots behind your own judgment.

    Five questions that build metacognition

    Metacognition is not simply an inborn trait. It is closer to a habit. If you use the following five questions often, the quality of your thinking changes.

    1. What am I assuming I understand right now?

    The first thing to check is illusion. When a word feels familiar, we often feel that we understand it. But familiarity and understanding are not the same.

    A good method is the one-sentence explanation test. After reading a concept, try to explain it in one sentence as if you were speaking to a beginner. If you cannot explain it, it is not yet your own knowledge.

    The same applies to AI answers. Do not just copy the output. Ask, “How would I say this in my own words?”

    2. Does my confidence come from evidence or from style?

    People tend to trust content more when the writing is smooth. AI answers make this especially easy. Confident wording, organized lists, and technical terms can quickly create a feeling of reliability.

    Metacognition asks where that confidence comes from. Are you confident because of data, experience, a credible source, or just because the sentences sound convincing?

    If you are writing a work report, check the sources. If the topic involves investment, policy, health, or any high-risk decision, this matters even more.

    3. Could counterevidence change my judgment?

    When metacognition is weak, people protect their ideas. When metacognition is strong, people test their ideas.

    The same attitude is needed when using AI. Ask questions such as, “What is the strongest counterargument to this claim?”, “Under what conditions would this conclusion be wrong?”, and “How would another perspective interpret this?” These prompts often improve the quality of the answer.

    But the point is not to add counterarguments as decoration. Your judgment must actually be open to revision.

    4. Am I looking for an answer, or am I trying to stop thinking?

    When we are busy, we want answers. More precisely, we often want to end the thinking process. AI satisfies that desire very well.

    The problem is that important judgments are rarely finished with one quick answer. Hiring, strategy, education design, writing, and business planning all involve context, purpose, and stakeholders.

    At that point, the metacognitive question is simple. “Do I need a conclusion now, or do I need more exploration?” It is important to distinguish moments that require a decision from moments that require more thinking.

    5. Can I verify this with a next action?

    Good thinking eventually becomes a testable action. Metacognition becomes weak if it remains only an internal reflection.

    If you wrote an article, ask one person to read it. If you created a lecture outline, test it as a five-minute explanation. If AI suggested a strategy, run a small experiment before turning it into a full plan.

    When you move from “This seems right” to “Let me test it in a small way,” thinking becomes a real capability.

    A bright workflow illustration showing drafting, AI review, source checking, and final human judgment
    A strong AI thinking routine includes not only fast answers, but also verification, reconstruction, and final responsibility.

    A practical metacognition routine for work and learning

    You do not need to train metacognition in a grand way. You can put it into your day as a short routine.

    Before starting a task, write down three things: what you know, what you do not know, and what you need to verify. Before a meeting, write down your assumptions. After the meeting, leave one sentence about how your thinking changed.

    When using AI, the routine needs to be even clearer.

    1. Write a short first draft yourself.
    2. Ask AI to improve or challenge it.
    3. Separate facts, interpretations, and suggestions in the AI answer.
    4. Mark the parts that need sources.
    5. Rewrite the final sentence in your own judgment.

    The order matters. If you begin by outsourcing everything to AI, you lose your own reference point. If you write your first draft first, AI becomes a reviewer rather than a replacement.

    Metacognition is the human speed we need in the AI era

    AI is fast. Because of that, we often feel that we must become faster too. But not every kind of thinking should speed up.

    Important work still needs slower intervals. We need time to pause, doubt, explain again, and test ideas through small experiments.

    Metacognition is the ability to protect that slower interval. It is not lazy hesitation. It is an intentional pause for better judgment.

    In the future, people who use AI well will not simply be those who know many prompts. More important will be the person who can observe the state of their own thinking. That person knows what they know, what they do not know, when to trust AI, and when to check again.

    That is metacognition. And today, it is no longer just a study technique. It is becoming a core skill for how we work and learn.

    Related Reading

    FAQ

    What is metacognition?

    Metacognition is the ability to notice what you know and what you do not know, then adjust your learning or judgment strategy accordingly. In simple terms, it means looking at your own thinking one step back.

    Does stronger metacognition improve learning?

    In many cases, yes. People with stronger metacognition can identify what they do not understand and change their learning strategy. Knowing what to check can matter more than simply studying for a long time.

    Why is metacognition important in the AI era?

    AI can produce fast and convincing answers. Because of that, users may feel that they understand something even when they have not tested their understanding. Metacognition helps you verify AI answers and adapt them to your own context.

    How can I train metacognition?

    The easiest method is to build a questioning habit. Ask: “What do I know?”, “What do I not know?”, “What is the evidence?”, “What is the counterargument?”, and “How can I test this in a small way?”

    Does using AI weaken metacognition?

    Not always. If you use AI only as an answer machine, it may reduce your own thinking. But if you use AI to review drafts, generate counterarguments, check sources, and design small experiments, it can strengthen metacognition.

    References

  • Listening to the Universe with Radio Telescopes

    Listening to the Universe with Radio Telescopes

    This English version of the article is a fuller translation and adaptation of the original Korean article, “AI 취업 공포가 던진 질문: 신입 채용 시장에서 무엇을 준비해야 할까”, for global readers. The article delves into the anxiety surrounding the job market due to the impact of Artificial Intelligence (AI) on employment, particularly for new graduates. It explores the changing landscape of job requirements, the need for adaptability, and the skills necessary to thrive in an AI-driven economy.

    AI job market anxiety for graduates
    AI job market anxiety for graduates.

    Original Korean article: AI 취업 공포가 던진 질문: 신입 채용 시장에서 무엇을 준비해야 할까

    Background of Growing AI Job Market Anxiety

    The article begins by citing a report from KBS News on May 29, 2026, which highlights the challenges faced by graduates from prestigious universities in the United States in securing jobs in the tech industry. This trend is not limited to the US, as it also affects students, job seekers, and educators in Korea, raising questions about the skills required to succeed in the job market.

    The shift in the job market is attributed to the increasing use of AI, which has led to structural changes, reduced hiring, and cost-cutting measures in the tech industry. While having a degree in computer science was once a strong signal for securing a job in the tech industry, the landscape has changed, and the ability to work with AI has become a crucial factor.

    entry level hiring in the AI era
    entry level hiring in the AI era.

    Change in Entry Barriers Rather Than Replacement

    According to Goldman Sachs, generative AI could impact around 300 million jobs worldwide. However, this does not necessarily mean that all these jobs will disappear. Instead, many jobs will undergo changes, with some tasks being automated, and new ones emerging. The challenge lies in the fact that new graduates lack a proven track record, making it essential for them to demonstrate their ability to work with AI tools and produce results quickly.

    The article emphasizes that the focus should be on the change in entry barriers rather than replacement. While experienced professionals can rely on their existing performance and domain knowledge, new graduates need to demonstrate their ability to work with AI tools and produce results quickly.

    AI skills and career preparation
    AI skills and career preparation.

    Combination of Skills Rather Than a Single Major

    A student featured in a video mentions that they are double-majoring in computer science and accounting to connect technology with real-world business problems. This approach highlights the importance of combining skills and knowledge from different fields to succeed in the AI-driven economy.

    The article suggests that having a single major is no longer sufficient; instead, the ability to combine skills and knowledge from different fields, such as accounting, manufacturing, education, healthcare, and public administration, is becoming increasingly important. The focus should be on understanding real-world problems and being able to structure them using AI.

    college education and AI literacy
    college education and AI literacy.

    Social Issue 1: Youth Anxiety is Not Just a Personal Problem

    The article argues that viewing AI job market anxiety as a personal problem due to a lack of effort is misguided. The promise of a university degree leading to a stable job is weakening, and young people are being asked to acquire more skills and qualifications while companies demand more productivity with fewer employees.

    This creates a social issue, as university education is still focused on imparting knowledge in a specific major, while the job market requires skills such as project execution and AI utilization. Shifting the burden solely to individuals will only exacerbate anxiety.

    new graduate portfolio strategy
    new graduate portfolio strategy.

    Social Issue 2: AI Gap Becomes an Employment Gap

    The article highlights that the difference between those who can use AI tools effectively and those who cannot will result in a productivity gap. This gap can widen due to disparities in access to education, practice environments, and mentorship.

    Therefore, AI education should go beyond just coding skills and include the ability to break down questions, verify data, critically revise results, and design automation that fits the work context.

    Social Issue 3: Focusing Only on Disappearing Jobs Misses New Opportunities

    The article notes that while AI may lead to job displacement in some areas, it also creates new opportunities in fields such as data centers, semiconductors, power, cooling, security, networks, education, consulting, and regulatory compliance.

    Instead of focusing solely on whether to join an AI company, individuals should consider what new bottlenecks are emerging in their industry due to AI and position themselves to address these challenges.

    5 Skills for Individuals to Prepare

    The article outlines five essential skills for individuals to prepare for the AI-driven job market:

    • AI tool utilization: applying tools such as search, summary, coding, documentation, and data cleaning to real-world tasks
    • Domain understanding: connecting major knowledge to real-world problems
    • Verification ability: checking AI results for errors, biases, and sources
    • Work design ability: dividing repetitive tasks between AI and human roles
    • Communication ability: explaining AI-generated outputs in the organization’s language

    What Universities and Organizations Need to Change

    Universities should not view AI utilization solely as a means of preventing academic misconduct. Instead, they should teach students how to use AI in their major courses, how to verify results, and how to take responsibility for their outputs.

    Companies and public organizations should also change their approach to hiring and education. Rather than simply asking if a candidate has experience with AI, they should provide real-world data and ask them to define problems, design prompts, verify results, and write reports.

    Conclusion: Transition Strategy Over Fear

    The article concludes that while AI job market anxiety is real, it is essential to focus on developing a transition strategy rather than simply being fearful. The key question should be “What problems can I solve better with AI?” rather than “Will AI take my job?”

    What young people need is not just a collection of specs, but a practical portfolio that demonstrates their ability to connect their major with AI and real-world problems. Universities and organizations also have a clear role to play in redesigning their approach to education and work.

    Related Reading

    Continue with these related Thinknote English articles in the Digital Transformation cluster.

    FAQ

    What is this article about?

    This article explains a digital transformation, platform, market-structure, or technology-adoption topic with Korea-specific context and global implications.

    How should I use this guide?

    Use it to understand market signals and strategic patterns. Combine it with current market data before making business or investment decisions.

    Where can I read the original Korean article?

    The original Korean article is available here: AI Job Market Anxiety: What New Graduates Should Prepare For.