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Jobs AI will replace — a clay workbench where a pen, a brush and a clapperboard dissolve into violet ribbons of light and stream into a machine, while a human hand keeps hold of the magnifying glass
Three tools leave the bench. The hand keeps one · AI illustration
/ notes from the court · artificial intelligence

Jobs AI will replace: what 200,000 real work conversations actually show.

future of work august 2026 · global 16 min read by heidar rudyi

Every few months a number goes around: 92 million jobs displaced by 2030. It comes from a real report, and the same report says 170 million new roles appear in the same window. But both figures describe something the headlines almost never mention — that what actually moves is not the job. It is the task. Microsoft studied 200,000 real conversations people had with an AI assistant at work, and the pattern is consistent: the parts of a job that leave first are writing, summarising, gathering and reformatting. The parts that stay are the ones somebody has to answer for.

92 M
roles displaced by 2030
170 M
new roles in the same window
200 k
real work conversations studied
52 %
of ai use is augmentation, not automation
To the task exposure check ↓
the short version

Jobs are not disappearing. Tasks are leaving them.

measured findings, not predictions

the short answer

No occupation on any current list is being performed end to end by a model. What is happening is narrower and more disruptive at the same time: individual tasks are being lifted out of jobs — first drafts, summaries, translations, information gathering, variants of things that already exist.

This matters because the two framings lead to opposite decisions. If you believe your job is at risk, the sensible response is to change careers. If you understand that your tasks are at risk, the sensible response is to change what fills your week — and that is a far smaller, far more achievable move.

Everything below comes from three sources that measured rather than predicted: a Microsoft study of 200,000 real AI conversations at work, Anthropic's index of how people actually use Claude, and the World Economic Forum's employer survey. Where I add anything from my own production, I say so.

01

The number everyone quotes — and the half that gets dropped

92 million displaced, 170 million created, net plus 78 million. The headline usually stops after the first figure.

The World Economic Forum surveys employers directly — over 1,000 companies across 22 industries and 55 economies — and asks what they expect to do with their workforce. The 2025 edition projects that by 2030, 92 million roles will be displaced while 170 million new ones are created: a net increase of 78 million. It also projects that 22 percent of jobs will be structurally transformed and that roughly 39 percent of the skills people use today will be out of date within five years.

global jobs outlook to 2030 · wef employer survey
Roles displaced
92 M
New roles created
170 M
Net change
+78 M
Today's skills out of date by 2030
39 %
World Economic Forum, Future of Jobs Report 2025 (January 2025), based on more than 1,000 employers across 22 industries and 55 economies. Bars are scaled to the largest value; the last row is a percentage, shown on the same scale for comparison only.

A net gain of 78 million sounds reassuring, and it is exactly as misleading as the 92 million on its own. Net figures hide the fact that the person losing a role and the person gaining one are rarely the same person, in the same place, with the same skills. A net-positive decade can still be a brutal one individually.

What the number does not tell you at all is which part of your work is in play. For that you need to look at what people actually hand to a machine when nobody is watching — which is precisely what the next study did.

02

What people actually give an AI at work

200,000 real conversations, classified against a standard occupational database. The answer is dull and consistent: information work.

Instead of asking experts what AI might do, Microsoft Research took 200,000 anonymised conversations people had with Bing Copilot and classified, for each one, which work activities from the O*NET occupational database were being assisted or performed. It is one of the few studies in this field built on observed behaviour rather than opinion.

The finding, in their words, is that the most common and most successful AI-assisted activities involve information work — the creation, processing and communication of information. And because most occupations contain some information work, the applicability spreads far wider than the usual “tech jobs” framing suggests.

There is a second, subtler result in the same data: what users ask for and what the AI does are not the same thing. People most often come to gather information and to write. The model most often ends up providing information, writing, teaching and advising. In other words, it slides towards the explaining end of the work, not the deciding end.

The two sides of the same conversation
What the person came forWhat the model actually did
Gathering informationProviding information and assistance
Writing somethingWriting and editing
Understanding a topicTeaching and explaining
Deciding what to doAdvising — but not deciding
Microsoft Research, “Working with AI: Measuring the Applicability of Generative AI to Occupations” (arXiv 2507.07935), based on 200,000 anonymised Bing Copilot conversations classified against O*NET work activities.
03

Which occupations sit closest to it

Translators, historians, writers, service sales, customer support. And the authors' own warning about what that does not mean.

Ranked by how much of their work overlaps with what the models are actually doing, the occupations at the top are the ones built almost entirely from language: interpreters and translators, historians, writers and authors, sales representatives of services, customer service representatives. At the bottom are jobs built from physical acts — surgery, moving objects, operating equipment on site.

A row of frosted glass rods of different heights in machined metal bases, the tallest lit violet — occupations ranked by how far their tasks overlap with what AI models do
The tall end of this row is language work: translation, writing, explaining, selling. The short end is anything that has to happen with hands, in a place. · AI illustration

Now the part the headlines cut. The researchers state plainly that the score is not a displacement forecast. Their own wording: “A job is far more than the collection of tasks that make it up” — and, more directly still, that the study “does not draw any conclusions about jobs being eliminated”. The reason is structural: a task database lists what gets done, not the interpersonal judgement, domain expertise and ethical weight that make someone accountable for doing it.

So when you next see a list titled “the 40 jobs AI will replace”, you are looking at a list of occupations whose tasks overlap heavily with current model ability — published by researchers who explicitly said it is not that list.

This distinction is not pedantry. It decides what you do next. Task overlap says: parts of your week are about to get much cheaper. Displacement would say: your role is going away. The first is measured. The second is not.
04

Which of your tasks are actually exposed?

Tick what fills your week. You get an exposure share — and the three tasks worth moving away from first.

Averages across occupations tell you nothing about your Tuesday. So here is the same logic applied to a week rather than a job title: tick the tasks that make up most of your working time. The result is not a verdict on your career — it is the share of your week that current models already handle well.

tool · task exposure check
What does most of your working week consist of?
0%
What I would move away from first
    Exposure levels per task follow the Microsoft findings on information work: tasks that are creation, processing or communication of information score high; tasks carrying accountability, physical presence or a final decision score low. It is an orientation, not a measurement of your specific role.
    05

    Most AI use is still not replacement

    Augmentation 52 percent, automation 45 percent. The split moves — and it has been moving in both directions.

    There is a second question hiding underneath “what can AI do”: when people use it, are they handing the task over completely, or working alongside it? Anthropic publishes an index that classifies exactly this across real usage. In the data from November 2025, augmentation accounted for 52 percent of conversations and automation 45 percent — augmentation up five points, automation down four.

    The longer trend is more interesting than the snapshot. A year earlier the split was 55 to 41 in favour of augmentation; by March it was 55 to 42. In other words automation has been slowly gaining ground across the period, then gave some back. This is not a straight line to full automation, and anyone selling you one is describing a mood, not a measurement.

    how ai is actually used · share of conversations
    Augmentation — the person stays in the loop
    52 %
    Automation — the task is handed over
    45 %
    Anthropic Economic Index, January 2026 report, using November 2025 data from Claude.ai. Automation covers directive requests and feedback loops; augmentation covers conversations where the person learns, iterates or asks for feedback. Shares do not total 100 because a residual category exists.

    Read those two studies together and the picture sharpens considerably. The tasks most exposed are informational. The dominant mode of use is still one where a human stays in the loop. What is being sold off is not the job — it is the first draft.

    06

    What has already gone — from my own trade

    Not predictions. Four line items that used to be invoiced in video production and are not any more.

    I produce video and brand material, and over 1,500 of those videos were made with AI in the chain, with roughly 500 million views behind them. That gives me no authority over the labour market in general, but it does give me an exact view of one trade. Four things genuinely disappeared, and they are all tasks, not roles:

    1. Stock photography. Buying a generic image of a generic person in a generic office is over. Generated imagery does it in series, with consistent lighting, and matched to the actual brief instead of approximately.
    2. Booking a voice for a second language. A dubbed version used to mean a studio, a talent and a schedule. It is now made from the same audio track, including lip movement.
    3. The variant loop. Twenty versions of an advert used to take an agency weeks. It now takes an afternoon — which moved the entire bottleneck from producing to choosing.
    4. The rough first cut of a script. Not the script. The blank page in front of it.

    Notice what is missing from that list: the client conversation, the decision about what the film is for, the judgement about which of the twenty versions represents the company, the responsibility when something is wrong. Those did not get cheaper. If anything, they became the entire job.

    07

    Which jobs are safe from AI

    Three properties, not three industries. Physical presence, accountability, and the final call.

    “Safe” is the wrong word — nothing is untouched, because every job has some information work inside it. The useful question is which properties make work resistant, and the studies agree on three:

    Physical presence
    Work that happens with hands, in a place, on a body or a machine. Surgery, trades, care, installation, field work. Lowest applicability in the Microsoft data — by a wide margin, and for boring physical reasons.
    Accountability
    Work where somebody must be answerable: a signature, a diagnosis, a licence, a liability. A model can draft the document. It cannot be the party that is responsible for it.
    The final call
    Choosing between options that are all defensible, using context nobody wrote down. The models advise; the data shows they stop short of deciding — and organisations stop them there too.
    Three objects of frosted glass and metal — a cube, a banded cylinder and a wedge — with a violet beam passing across their surfaces without entering them
    Presence, accountability, the final call. The beam moves across all three and gets into none of them. · AI illustration

    This is why the “safe careers” lists you find online are misleading in a specific way: they name industries, when the property is what matters. A nurse is not safe because healthcare is safe — a nurse is safe because of presence and accountability. And a marketing manager is not doomed because marketing is exposed; the exposure sits on the drafting part of the week, not the deciding part.

    Which leads to the only career advice in this text worth the words: move your week toward the three properties above. Not by learning a new profession — by changing the proportion of your existing one.

    08

    If you sell something, this is the part that concerns you

    When first drafts are free, average work stops being a business. The advantage moves to judgement — and judgement is visible.

    There is a commercial consequence that gets less attention than the jobs question, and it hits every business that produces anything visible. If a competent first version of nearly anything is now close to free, then anything that looks like a competent first version has lost its market value. Average is no longer a price point.

    You can see this in output already. Models are trained on averages, so unguided material lands exactly on the mean of its category — polite, correct, interchangeable. That is the actual tell of AI-made work in 2026: not artefacts or six fingers, but the absence of edges. And an audience does not need to identify the cause to feel the effect.

    So the differentiator moves to the one thing the tools do not supply: knowing which of the twenty options belongs to this company and no other. That is a judgement, it is learnable, and it is the reason the work I get paid for shifted over four years from producing footage to deciding what should exist.

    09

    What to do on Monday

    One task, measured before and after. That is the whole method.

    Not a five-year plan. Three steps, all completable this week:

    1. Write down where your week actually goes. Not what your job title says — the hours. Most people have never done this, and it is the only input that matters. The tool in section 04 does it in two minutes.
    2. Take the single most exposed task and hand it over for four weeks. Measure the time it took before, and after. Not to save money — to find out where the output gets worse, because that boundary is your actual value.
    3. Spend the recovered hours on the three properties. Presence, accountability, decisions. In practice this usually means more contact with clients and fewer hours in a document.
    high exposure
    low exposure
    core to your value
    high exposure · core
    Rebuild around judgement
    The uncomfortable quadrant: what you are known for is also what the tools do well. Keep the task, but shift what you sell from producing the output to choosing it.
    low exposure · core
    Protect and expand
    Presence, accountability, decisions. This is where the recovered hours should go — and the only quadrant that gets more valuable as the tools improve.
    peripheral
    high exposure · peripheral
    Hand this over first
    Drafting, summarising, reformatting, chasing information. Nobody hired you for this, and it is exactly what current models handle best. Start here on Monday.
    low exposure · peripheral
    Leave it alone
    Neither worth automating nor worth building on. Most “AI transformation” projects that quietly die were started in this quadrant.
    Not a statistic — the decision rule of this text as a picture. The horizontal axis is what the tools can already do; the vertical axis is what you are actually paid for. The order of work runs bottom-left, then top-left, and never bottom-right.

    If the honest result is that your week is almost entirely exposed tasks, that is worth knowing now rather than in two years. It is also the most fixable problem in this whole article — because the fix is a reallocation of hours, not a new career.

    Short answers, without the panic

    Which jobs will AI replace?

    On the current evidence, none end to end — but the tasks inside some jobs are going fast. The occupations whose work overlaps most with what models actually do are the ones built almost entirely from language: interpreters and translators, historians, writers and authors, sales representatives of services, customer service representatives. The researchers behind that ranking say explicitly that it is not a displacement list: “a job is far more than the collection of tasks that make it up”. Read it as a map of which parts of a week are getting cheaper, not which people are getting removed.

    Will AI take my job?

    The better question is what share of your week consists of creating, processing or communicating information — because that is the part being taken. If most of your hours go into first drafts, summaries, translations, information gathering and producing variants, your exposure is high and you should act this quarter. If most of your hours involve physical presence, formal accountability or final decisions, exposure is low. Same job title, very different answers depending on how the week is actually filled.

    Which jobs are safe from AI?

    Three properties make work resistant, and they cut across industries. Physical presence — surgery, trades, care, installation, field work; these score lowest in the Microsoft data for straightforward physical reasons. Accountability — work requiring a signature, licence, diagnosis or liability, where somebody must be answerable and a model cannot be. The final call — choosing between options that are all defensible, using context nobody wrote down. Lists of “safe careers” name industries; the property is what actually protects the work.

    What jobs can AI not replace?

    Anything whose core is being responsible rather than producing. A model will draft a contract, a diagnosis summary, a proposal or a lesson — and in every one of those cases a person still has to stand behind it. The same applies to work where the value is the relationship: negotiation, care, teaching a specific person, leading a team through a decision that has losers. Note what this excludes: it is not creativity as such. Generating options is exactly what models are good at. Choosing which option to defend is not.

    How many jobs will AI displace by 2030?

    The most cited figure comes from the World Economic Forum's employer survey: 92 million roles displaced by 2030, 170 million created, a net gain of 78 million, with 22 percent of jobs structurally transformed. Two caveats matter. First, these are employer expectations, not observed outcomes. Second, a net gain says nothing about individuals — the person who loses a role and the person who gains one are rarely the same person in the same place with the same skills.

    Is AI already causing unemployment?

    At company level, measurably yes, in a minority of firms. In Germany, a representative survey of 604 companies with 20 or more employees found 19 percent of AI-using firms have already cut positions because of it — while in the same survey a third reported that AI turned out more expensive than expected. At the level of national statistics the effect is still hard to separate from ordinary economic cycles. Treat any confident claim about aggregate AI unemployment in 2026 with suspicion: the company-level data is real, the macro attribution is not yet.

    What is the difference between AI automation and augmentation?

    Automation is handing a task over — a directive (“translate this”) or a tight feedback loop where the model produces the output. Augmentation is working alongside it: learning, iterating, asking for critique, keeping the pen. The distinction matters because it predicts what happens to the role. Automated tasks leave the job entirely; augmented tasks stay but get faster. In Anthropic's index for November 2025, augmentation accounted for 52 percent of conversations and automation 45 — augmentation up five points, automation down four, after a longer period in which automation had been gaining.

    Which jobs are growing because of AI?

    Two groups, and only one of them is technical. The first is the obvious one: roles in data, AI and the systems around them. The second is larger and more often missed — the WEF projections show growth in work that is fundamentally physical or human: delivery, care, education, farm work. What shrinks is the layer in between: routine information handling in offices. If you are choosing a direction, the useful axis is not “tech versus non-tech”. It is “information handling versus presence and accountability”.

    How fast has AI actually improved?

    Fast enough that a four-year-old impression is worthless, and slower than the marketing. In 2022 usable text needed proofreading and images had six fingers. By 2024 image output could hold up in a presentation while video was still a four-second demo without sound. In 2025 video gained sound, consistent characters and camera movement. In 2026 image, video, voice and text run as one chain with reusable characters. What has not arrived in that time is judgement: the tools still cannot tell you which of the twenty outputs is the right one for a specific company.

    What should I do if my tasks are exposed?

    Three steps, all doable this week. Write down where your hours actually go, rather than what your job description says. Take your single most exposed task and hand it over for four weeks, measuring the time before and after — the goal is to find where the quality drops, because that boundary is your real value. Then spend the recovered hours on presence, accountability and decisions. What you should not do is retrain into an unrelated field on the strength of a headline. The change that pays is a reallocation of hours inside the job you already have.

    the next step

    You now know which of your tasks are exposed. The harder question is whether your work still looks like yours.

    If a competent first version of anything is close to free, the advantage moves to judgement — and judgement is visible in what a company publishes. Send me what you currently put out: website, video, social, whatever your customers actually see. I will tell you where it reads as the average of your category, which single piece I would change first, and what I would leave alone. If I think it is already working, I will say that too.

    Request a free audit →
    Usually answered the same day · based in the Freiburg region · working in English and German

    As of August 2026. Figures are given with source, sample and period. The Microsoft study measures the applicability of generative AI to occupational tasks and explicitly does not forecast job losses; the WEF figures are employer expectations, not observed outcomes; the Anthropic index describes usage on one platform and not the market as a whole. Observations from my own production are marked as such and are not market statistics. The title image was generated with AI; all diagrams are hand-built HTML graphics.