Building Better Workdays
How we redesign work with AI, and why that makes for better workdays. Not just faster ones.
Your work was designed for a world without AI
Almost all AI is laid on top of existing work. Your people do the same things, in the same order, only faster. And still, little of real substance changes.
That is not an impression, it has been measured. Companies together spent tens of billions on generative AI, and still the vast majority saw no measurable return on it. Not because the technology fell short, but because it was placed on top of existing ways of working without the work itself changing. One executive summed it up well in that research: on LinkedIn everything looks transformed, but inside their own operation nothing fundamental had shifted.
And that makes sense. The way the work is set up today (who does what, in which steps, with which handovers) took shape in a time before AI. You lay a powerful new tool over an arrangement that never knew that power. So you are speeding up something that no longer really fits.
We start somewhere else. Not with the tool, but with the work. First understanding how it really fits together: where time disappears, where it runs rough, where the judgement sits that carries everything. Only then comes the question of what AI changes about it. Because you get the most out of AI not by laying a tool over your organisation, but by redesigning the work from there.
We redesign it, with AI.
A role is not a job, it is a bundle of tasks
Take Maasveld, an inspection firm of about eighty people that we use as an example because it is so recognisable. An experienced inspector there has, on paper, one role. In reality she does dozens of things that together make up that role: she reads measurement reports, she weighs risks, she calls the client with a difficult finding, she signs off on the judgement, she trains a younger colleague out in the field. Some of those tasks lend themselves perfectly to AI. Others, such as the judgement, the conversation and the responsibility, hardly at all.
The mistake almost everyone makes is to look at individual tasks. "AI can take over this task, so let's do that." But work is not valued task by task. It is valued role by role: as a whole that together delivers something the client wants. The tasks hang together. The report she reads feeds the conversation she has. The conversation sharpens the judgement she signs.
The sharpest example comes from medicine. AI can now read an X-ray excellently, on some points better than a human. And yet the radiologist does not disappear. Because a radiologist does more than classify images: she decides which cases take priority, consults with the treating physician, trains junior doctors, makes the hard call, and puts her signature under a diagnosis that others act on. What the hospital buys is not a classification, but that whole package, with one person accountable. AI takes the scan; the bundle remains.
That is where the heart of it lies. The question is not only which tasks AI can handle, but what happens to the coherence when you pull a task out. Sometimes you can lift a task away without anything breaking. Sometimes you pull one thread and the whole weave falls apart.
Why one role grows and another hollows out
The very same piece of AI can move two roles in opposite directions. For one, the value grows; for the other, it leaks away. The difference is not in the AI, but in how strongly the tasks hang together.
When the tasks in a role stand apart from one another, you can easily take one out and give it to AI. What remains for the person is a narrower set of tasks, and so a narrower role. The value the person added shifts to the machine.
When the tasks are strongly interwoven, when the judgement cannot be cut loose from the conversation and the conversation cannot be cut loose from the responsibility, then AI cannot break the role apart. Then AI does the heavy groundwork, and the person keeps the part that holds it all together. The role does not become narrower, but richer. Room opens up for exactly the work only a human can do.
AI takes a task out, and what remains gets narrower. The value shifts to the machine. This happens by itself when you lay AI on top of existing work without thinking.
AI does the groundwork, the person keeps the judgement and the coherence. Room opens up for more meaningful work. This calls for deliberate redesign.
That this is not wordplay becomes clear the moment you put two seemingly similar roles side by side. Researchers compared a bookkeeping clerk with an inventory manager, both with a lot of routine work and both vulnerable to automation. And yet it turned out the opposite way for each. For one, the technology mainly took away the simple work, so that the judgement work that remained came to weigh more heavily and pay rose. For the other, the expert part disappeared, and the role hollowed out. The same kind of automation, the opposite outcome, decided by which task went out.
And the difference is not small. In the economic model behind this thinking, in a role with weak coherence employment falls by around 7% and labour income by around 12% as AI grows stronger. In a role with strong coherence, both stay almost stable. Strong and weak bundles are therefore not a philosophy. The difference is measurable, in jobs and in money.
Whether a role moves left or right is not fate. It is a design choice. And to make that choice well, you have to know, task by task, how deep it sits in the bundle. We weigh that on three things:
| What we look at | The question behind it |
|---|---|
| Shared context | Does this task need the broader picture that lives in the role? Does the outcome lose meaning if you cut it loose from the rest? |
| Responsibility | Is there a judgement, a signature, a liability attached to it? Is there someone who has to be able to stand behind it? |
| Cross-learning | Does doing this task make the other work better? Does the person learn something here that comes back elsewhere in the role? |
If a task scores high on these three, it belongs in the bundle, because there AI strengthens it from within. If it scores low, AI can take it over without value being lost, and time frees up for the work that does matter.
At Maasveld, one place turned out differently than expected. Processing inspection reports looked like a typical task to hand to AI: dull, repetitive, time-consuming. But hidden inside that processing was something else: it was precisely the moment when an inspector spotted small deviations that had never been flagged as a risk anywhere. Take that task away, and you take away that safety net too. We did not automate it, but put AI alongside it: the inspector keeps the eye, the AI does the write-up. And sometimes the honest outcome is simply: here we leave everything as it is, because AI would only make it worse. That is just as much part of it.
What works, and what doesn't
By now we know reasonably well where AI at work goes wrong, and where it does succeed. The pattern is strikingly consistent, and it confirms why starting with the work is not a matter of taste.
The largest study so far looked at hundreds of AI rollouts at companies. The outcome was sobering: the vast majority produced no measurable result. Not because the models were not good enough, they were fine, but because the AI was laid on top of existing, faltering ways of working without getting to know or adjusting them. The researchers named the heart of the problem not technology, not regulation, not talent, but something else: the work and the tool did not learn from each other.
AI is laid on top of existing workflows. The tool does not know the context of the work and does not adapt to it. Judgement is measured against technology, not against outcome. The result: high adoption, low change, and no return.
The small group that does make it work shares three traits: they focus on one concrete work process, they measure on outcome rather than on technology, and they combine the craft from within with expertise from outside.
That last one is telling. In the same study, rollouts that combined internal craft with external expertise achieved a result roughly three times as often as rollouts run purely by the IT department. Not because IT cannot do it, but because the people who do the work every day know what a tool never knows on its own.
There is also encouraging evidence of what happens when you do put AI close to the real work. In a large experiment at an international company, hundreds of professionals worked on real problems, with and without AI. Those who used AI matched, on their own, the quality of a full two-person team. But the most interesting thing was something else: AI broke down the walls between disciplines. People with a commercial background came up with more technical ideas, and technical people with more commercial ones, as if the AI made the whole team's knowledge available to every individual. And contrary to what you might expect, people with AI did not feel lonelier or more frustrated; they reported less frustration and more energy.
Redesign is something you do together with those who know the work
No one knows a craft better than the people who do it every day. They know where the judgement sits that is not written in any manual, where the seemingly simple task is actually a safety net, where the bundle is strong and where it frays.
That is why redesign, for us, is not an exercise we lay over an organisation. It is work we do together. We bring one thing, the domain experts bring another, and neither works without the other.
How AI works and what it can and cannot do today. How to read work as a bundle. How to safely lift a task loose, or deliberately leave it in place. And how to record that so it keeps working.
What the work really is, behind the job description. Where the judgement sits. What happens when a step falls away. Which coherence you never see on paper, but which in practice carries everything.
That cuts both ways, at once. The domain expert becomes sharper in what AI can mean for their own work, not because we come to bring it, but because we try it out together on the real work. And the work itself gets better arranged, with more room for the part that truly matters. The person does not adapt to the tool. The work changes, and the person who knows it helps decide how.
How we work
This is not a stray idea and not a chance approach. It is the way we bring work and AI together, grown in practice and grounded in what the best thinkers on work have been researching for decades.
We do not present it as a method with numbered steps and rigid phases, because that is not how work feels, and it is not how this approach feels either. But beneath the experience there is a firm line. Five movements that flow into one another:
The result is not an organisation that does the same thing faster. It is an organisation where the work is better divided between people and AI, with more room for the work that matters. That is what we mean by better workdays, and it is exactly what we build.
And it does not stop at delivery
The usual way of doing things is familiar: a project is run, something is delivered, and after that the organisation is on its own again. But work does not stand still, and AI certainly does not. A task we deliberately leave with the person today may be perfectly fine for AI in six months. Precisely at the moment when everything keeps moving, the question of who keeps the grip should not be left unanswered.
That is why everything we build together stays alive in one place: Augmentic Workbench, the platform we deliver our services with and maintain for you. There the living context of your work comes together with the working solutions, and there you keep, depending on your role, your own sight and steering: over what it costs, whether the work is genuinely getting better, whether it stays safe and traceable, how the work shifts within a department, and what becomes possible as the technology moves on. Not a black box, but a place where you are at the controls. And because Workbench sits above the AI platforms and is not tied to any single one, you keep that grip no matter which platform you choose.
That is the difference between a project that ends and an approach that keeps growing with you. We do not leave, and that is exactly why the control stays with you.
Not a hunch, but a long line
The way we look at work does not stand on its own. It builds on a line of research that goes back more than twenty years and has grown ever sharper, from the first insights on computerisation to the most recent work on AI and work. For those who want to see the ground under the approach, the main line is below. Those who have enough with the story above miss nothing.
| Source | What it means for the way we look at work |
|---|---|
| 1992 · Becker & Murphy. The Division of Labor, Coordination Costs, and Knowledge. Quarterly Journal of Economics, 107(4). academic.oup.com | Work is a bundle, because working together has a cost. Nobel laureate Gary Becker and Kevin Murphy showed that we do not endlessly cut work into separate specialisms. What holds that back is the cost of coordinating between people. The more expensive that coordination, the more tasks stay together in one role. That is, at its core, why bundles exist. |
| 2003 · Autor, Levy & Murnane. The Skill Content of Recent Technological Change. Quarterly Journal of Economics, 118(4). economics.mit.edu | Technology affects tasks, not whole jobs. When the computer broke through, it turned out not to remove jobs but to shift the task composition within jobs: routine work out, judgement work in. Their finding that it was precisely the shifts within roles that weighed heaviest made the task, not the job title, the right unit to look at for good. |
| 2019 · Acemoglu & Restrepo. Automation and New Tasks. Journal of Economic Perspectives, 33(2). aeaweb.org | Technology displaces and recreates work. Automation carries two forces at once: it takes tasks away, and it creates new tasks where the human is stronger. But, and this is the lesson that has been sounding ever louder recently, that second force does not come by itself. It only arises if you deliberately redesign the work, with new services and revised workflows. Lay AI on top only, and just the first force remains: replacement. |
| 2025 · Autor & Thompson. Expertise. NBER Working Paper 33941. nber.org | It depends on which task you take out. Whether automation lifts a role or hollows it out depends on whether you take routine work or expert work out of it. Take out the simple part, and the value of what remains grows. Take out the valuable part, and the role hollows out. The same technology, the opposite outcome, exactly the distinction we weigh task by task. |
| 2025 · Dell'Acqua et al. The Cybernetic Teammate. NBER Working Paper 33641. nber.org | Evidence that AI delivers when it sits close to the work. In a large field experiment, those working with AI matched on their own the quality of a full two-person team, and AI broke down the walls between disciplines. People did not feel lonelier for it, but reported less frustration and more energy. The indication that AI strengthens the human as soon as it is embedded in the real work. |
| 2025 · MIT NANDA. The GenAI Divide: State of AI in Business 2025. mlq.ai | The empirical ground under 'start with the work'. The largest survey of AI rollouts so far: the vast majority delivers no measurable return, not because of the technology but because AI is laid on top of existing, unchanged ways of working. The work and the tool do not learn from each other, and that is exactly the difference between working and not working. |
| 2025 · ILO. Generative AI and Jobs: A Refined Global Index of Occupational Exposure. Working Paper 140. ilo.org | Transformation, not replacement, on a global scale. The International Labour Organization estimates that roughly one in four jobs worldwide has some exposure to AI, but that transformation is the most likely outcome, not replacement. Most roles consist of tasks that call for human input; the question is therefore how you redesign the work, not whether you lose jobs. |
| 2026 · Garicano, Li & Wu. Weak Bundle, Strong Bundle: How AI Redraws Job Boundaries. CEPR Discussion Paper DP21453. cepr.org | The strength of the bundle decides. The most recent work brings it together: the market values jobs, not individual tasks. Whether AI narrows or strengthens a role depends on how costly it is to break the bundle. Strong bundle: the person stays, the value grows. Weak bundle: the role narrows, the value leaks away. This is the compass under our three dimensions. |
What science describes stops at the diagnosis: it shows that the strength of the bundle decides, and even names where that strength comes from: shared context, responsibility, and the back-and-forth learning between tasks. What it does not do is explain how you then redesign that work. That is where our work begins. We make that weighing concrete, task by task, together with the people who know the work, and we build what comes out of it.
And it is not theory that stays at a distance. The largest international studies point the same way: AI mainly changes the composition of work, rather than wiping out whole jobs. The International Labour Organization estimates that roughly one in four jobs worldwide has some exposure to AI, but that transformation, not replacement, is the most likely outcome. Most roles simply consist of tasks that call for human input. The question is therefore not whether you lose jobs, but whether you redesign the work so that the role becomes richer rather than narrower. That is not automatic, it calls for deliberate choices. Precisely the choices we make together with you.
We make the work better.
Not by laying a tool over your organisation, but by first understanding how the work really fits together, and redividing it from there, together with the people who know it. That is how you build better workdays. Not faster ones, better ones.