Why EU business AI adoption is rising and still not catching up



Eurostat published  last December a release that, on a different continent, would have been front-page news.

They were saying that 20% of European Union enterprises with at least ten employees now used artificial intelligence in some part of their business, up from 13.5 per cent the year before.


A jump of six and a half percentage points in twelve months. In Brussels, the number was greeted with quiet relief. In a Berlin think tank, an economist forwarded it to a colleague with a one-word comment: “finally.”

In a Bucharest co-working space, an SME owner read the same stats and did the maths on her own country. Romania came in at 5.2 per cent.

That spread, from Copenhagen at 42 per cent down to Bucharest at five, is where any honest editorial about European AI adoption has to begin.

The continent has not been standing still. It has been moving fast, in places, and not moving at all, in others. The aggregate twenty-per-cent number flatters and obscures in equal measure. It is the average of an economy that, on this question, no longer behaves like a single market.

The standard explanation for why Europe trails the United States on enterprise AI is regulatory. It is the AI Act, runs the line, that has spooked boards and tied up legal departments.

There is something to that, but not as much as the lobbyists would like. The deeper story is that European AI adoption is low for the same reasons European tech has been small for twenty years. Capital does not flow; skills are scarce.

The single market is single only on paper, and the firms that buy AI are still buying it, almost entirely, from American clouds.

Start with the capital. According to figures the OECD released in February and which Christine Lagarde cited in a speech to the European Parliament in November, roughly three-quarters of all AI venture capital in 2025 went to firms in the United States, totalling around $194 billion.

The European Union, taken together, attracted $15.8 billion. That is not a gap. That is two different orders of magnitude. The same speech leaned on Mario Draghi’s earlier finding that around seventy per cent of the per-capita GDP gap between the EU and the United States is a productivity gap, and that the technology sector explains about two-thirds of that productivity gap since the turn of the century.

The numbers are not abstract. They are the reason a French SME thinking about an AI pilot reaches first for a budget that does not exist, and then for a service that does. The service is almost always American.

Which brings us to the second structural problem. Three US providers held roughly seventy per cent of the European cloud infrastructure market in 2025. European providers held about fifteen.

Every enterprise AI rollout in Europe that does not deliberately design around this fact ends up training on US compute, billed in dollars, governed by a foreign court’s interpretation of data protection. This is not a hypothetical anxiety.

As we have documented, Mistral’s chief executive Arthur Mensch has spent the past year arguing that Europe must “own and operate” its own AI infrastructure, and the company has put $830 million of debt behind a Paris data centre to make the point.  Yet, it is also a long way from being delivered.

Inside firms, the limiting factor is people. The OECD’s December 2025 report on AI adoption by small and medium-sized enterprises, prepared for the G7 presidency, found that half of all surveyed SMEs cite a skills shortage as their primary barrier to adoption. Forty per cent point to maintenance costs.

Thirty-two per cent flag hardware. Twenty-six per cent say they cannot understand the digital regulations they are meant to comply with. These are not the answers of executives who have been frightened out of AI by Brussels.

They are the answers of executives who would happily adopt AI tomorrow if they could find someone who could install it, run it and explain it in their own language. The Eurostat numbers reflect this. Large enterprises in the EU adopt AI at around fifty-five per cent.

Small ones sit at seventeen. The gap is not philosophical. It is the difference between having a data engineer in-house and not.

This is the point at which it becomes tempting, especially for an American reader, to cite the AI Act as proof that Europe has chosen process over progress. The honest reading is messier.

The Act’s most invasive provisions, the ones covering high-risk systems, do not begin applying until August 2026. The European Commission has already moved to soften the edges: in a Digital Omnibus proposal published on 19 November 2025, it set a target of reducing compliance burden by twenty-five per cent overall and thirty-five per cent for SMEs by 2029, and extended the simplified SME framework to firms with up to 750 employees and €150 million in turnover.

The Commission has clearly read the same survey data. Whether it has read it in time is another question. Industry analyses suggest EU and UK developers report launch delays in nearly six in ten cases because of the Act, and that something approaching two-thirds of European companies still cannot articulate what their obligations under it are.

Regulation is not the main thing slowing European AI adoption. But it is not nothing, and pretending it is would be a different kind of dishonesty.

Set against this, the bright spots are real and underreported. Denmark’s enterprise AI adoption is now higher than the US enterprise average reported by Stanford. Finland and Sweden are not far behind.

McKinsey’s State of AI 2025 survey, with nearly two thousand respondents across 105 countries, found that 88 per cent of organisations globally now regularly use AI in at least one function.

Only six per cent, however, are seeing material enterprise-wide impact, defined as a five-per-cent or greater contribution to EBIT. On that second measure, the European laggard problem is less severe than the headline numbers suggest. The Americans are running pilots too.

They are simply running more of them. What separates the high performers everywhere is not country but commitment: senior-leadership ownership, end-to-end workflow redesign, and a willingness to spend money on infrastructure before measuring returns.

Those are habits, not regulations. Europe can choose them at any time.

It is also worth saying that European industry is not absent from the productive end of the curve. Siemens has spent two years pushing its Industrial Copilot into factory-floor workflows, with new agentic capabilities announced at Automate 2025.

SAP has woven Joule into its core ERP. Mistral has signed multi-year deployment deals with Accenture and at least one major European bank. The picture is not one of paralysis. It is one of unevenness, and the unevenness has a shape.

The firms doing AI well in Europe are large, well-capitalised, internationally minded, and concentrated in a handful of countries.

The firms not doing AI are small, regionally bound, and disproportionately in the East and South. The single market, on this technology, is two markets.

If there is a real bottleneck, that is it. Not Brussels,  not chip shortages, not Mark Zuckerberg’s purchasing power.

I think it is the absence of a European capital and skills base that allows a Slovenian logistics firm or a Portuguese clinic to adopt AI as easily as a Danish bank already does.

The AI Act will get its share of blame and some of it will be earned. But the more durable failure is older and has nothing to do with AI. It is the failure to finish the single market for capital, for skills and for cloud infrastructure that Mario Draghi spent four hundred pages describing last year, and that successive European Councils have responded to with communiqués and pilot programmes.

Probably, Eurostat will publish another in a year, and another in two. If the gap between Denmark and Romania narrows, it will be because Europe finally decided that adopting AI was a question about industrial policy and human capital rather than a question about ethics frameworks.

If the gap widens, the explanation will be sitting in the same survey it has been sitting in for a decade.



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Robot mowers on a yard

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The perfect robot mower for you is not nearly as fancy and feature-heavy as you may think. I’ve said it before, and I’ll say it again: it’s not the lawn mower, it’s all about the yard. A robot mower may be a market leader with top-of-the-line specs and still not be a good fit for your yard.

Here’s the great news: There’s a perfect robot mower for almost any yard. As someone who’s tested numerous types of robot lawn mowers, I’ve learned that many of the specs that brands market as groundbreaking are simply not vital for most shoppers. A mostly flat, fenced-in 0.10-acre yard doesn’t need the power that a hilly, sectioned, unfenced one-acre yard does.

Also: I tested the Ferrari of robot mowers for a month – here’s my verdict

If you’re looking to choose the best mower for your home, be sure to check out ZDNET’s robot mower buying guide

Here’s what you don’t need to stress over when buying a robot mower

Eufy E15 Robot Mower

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For yards with… Best robot mower type Examples
No fences A wired boundary is best, but a great GPS/RTK robot mower can stick to the map you make with it. Yardcare E400, Mammotion Luba 3
Fences A LiDAR robot mower that can be dropped to mow with little setup and learn its map as it navigates. Eufy E15, Ecovacs Goat A3000
A lot of trees A LiDAR or wired boundary mower, since trees can interfere with satellite signals. Husqvarna iQ series (optional wire, EPOS)
Unbordered garden beds A GPS/RTK robot mower that you can set up to avoid flower beds when mapping. Mammotion Luba 3, Husqvarna iQ Series
Bordered garden beds A LiDAR, GPS, or wired boundary robot mower works for these yards. If you choose a wired boundary, you may have to bury wire around the flower beds, unless the borders are tall enough for the mower to avoid. Mammotion Yuka, Navimow Series H
pets A LiDAR robot mower that can adjust its navigation in real-time in reaction to its surroundings. Mova LiDAX Ultra 2000, Segway Navimow i2
Hills and uneven terrain An AWD robot mower capable of handling steep slopes, regardless of the navigation type. Mammotion Luba 3, , Husqvarna iQ

1. Don’t focus on: ‘AI-powered’ or other marketing buzzwords

Segway Navimow X3 Series robot mower

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Artificial intelligence (AI) has surpassed the popularity of acid-wash jeans in the 80s and Baby G watches in the early 2000s. And tech companies — including robot lawn mower manufacturers — are capitalizing on its appeal.

Most of these “AI-powered” or “intelligent mowing” terms are vague, geared to grab shoppers’ attention with buzzwords. That doesn’t mean that the robots don’t use AI to navigate, however. 

The key is to find out how the robot uses AI to its benefit, and whether that will meet your AI expectations. 

Also: This robot mower took care of my lawn for months – and it’s currently $300 off

AI algorithms typically process data captured by the robot’s hardware to help it make quick decisions and adjustments. For example, a robot lawn mower may have a set of sensors and cameras to capture its surroundings. The robot’s processor then uses AI to convert that information into actionable data, so it knows whether to swerve to avoid an obstacle or slow down around a retaining wall.

Instead, look for: The navigation tech under (and on) the hood

Instead of AI and other buzzwords, you should focus on matching the robot lawn mower’s hardware and navigation system to your yard. This includes whether the robot uses RTK (Real-Time Kinematic) for positioning, and whether it features LiDAR, cameras, and sensors. 

Then look at real user reviews to assess how accurately the robot mower maps and how well it performs around various types of obstacles.

There’s no blanket rule for robot mowers, but most do well with the following guidelines.

2. Don’t focus on: Premium extras

Yardcare E400 robot lawn mower

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Skip the premium extras that don’t match your yard. You really don’t need the most advanced robot mower; you need the one that will best handle your lawn. 

Most US homeowners have mostly flat lawns, simple rectangular layouts, minimal obstacles, and small yards. Yet some of the most popular mowers advertise features that don’t match this, and you don’t want to spend an extra few hundred dollars on advanced features that won’t deliver a noticeable difference in your yard.

Instead, look for: Only as much as you need

Do you have a mostly flat lawn with no fences and need a robot that can navigate to several sections separated by paths? Then you can skip AWD models and commit to superior mapping and navigation features, like multi-zone intelligence.

Also: I let a modular yard care robot mow my lawn – here’s my verdict after a month

Similarly, if you have a yard with dense trees covering most of it, it’s safe to skip the RTK models and go for LiDAR or boundary wire options instead. 

3. Don’t focus on: Flashy app features

Mammotion Luba 2 robot mower path

The path lines created by the Mammotion Luba 2, as captured by our Bink Outdoor camera, is one flashy app feature I can’t quit.

Maria Diaz/ZDNET

Any dependable robot lawn mower requires an equally reliable mobile app to let you use it effectively. However, manufacturers market many flashy app features that end up being unnecessary for many users. 

Don’t make app features the deciding factor unless it’s something you genuinely care about. Many users don’t rely on voice control to run their mowers and don’t mind using a separate app for their robot rather than integrating it into an existing home automation system.

Also: I let a smart planter maintain itself for 2 months – here’s the result

A robot lawn mower with mediocre navigation and cutting performance can still have a flashy app — all while leaving behind missed patches or taking longer to finish mowing.

Instead, look for: The features you’ll actually use

Most robot mower users keep them running on a schedule to get the lawn-cutting chore off their minds. The majority of the most popular models offer basic features beyond scheduling, such as remote start and stop, basic mapping, automatic rain delay, and theft protection. 

It’s easy to find robot lawn mowers with these features, but if you’re looking for anything beyond that, just be sure that the feature is worth it, especially if you’re paying extra for that model.

Also: I’ve tested robot mowers for years – here’s my expert advice for every yard type

An example of a flashy app feature that is completely unnecessary, but I love having? The Mammotion’s pattern cutting. I can select the cutting pattern I want on the Mammotion app, whether I want lines or checkered, but I can also have the robot cut in custom patterns, like letters and numbers. I don’t care for mowed letters in my yard, but I like that it always has that freshly mowed checkered patterned with no effort from me. 

4. Don’t focus on: Cutting system extras

Segway Navimow X3 Series robot mower

Maria Diaz/ZDNET

The cutting width and system specs are important, as they can determine whether a robot can cover a given area in a day. However, most robot mowers use similar multiple-blade mulching systems. 

Unlike traditional lawn mowers with large blades for aggressive cutting in a single pass, robot mowers typically feature a set of small blades that constantly spin. Because of this, robot mowers trim smaller amounts of grass with each pass than a traditional mower, but they also cut more frequently and leave behind smaller grass clippings that decompose naturally.

Also: I powered my 3,000-sq-ft home with an EcoFlow battery in a blackout – here’s how it kept my AC on

Because the robot mowers have a smaller, compounding cutting system, the real-world differences between the cutting systems from one brand to another are often smaller than you’d expect. Other issues, like poor navigation, will be glaringly obvious before small differences in blade design.

Instead, look for: Cutting width and yard size

The average US yard would benefit more from navigation quality, consistency, and connectivity than blade design. Instead, you should focus on matching the mower to your yard size.

The robot’s capacity is measured in how many acres it can cover in a day. Among other features, this is calculated based on your robot’s battery size and cutting width. Essentially, most users want a robot that can mow an entire yard in a day, so you can set it and forget it and always come home to a mowed yard. You get this by getting the appropriate robot for your yard size.





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