The largest AI survey ever reveals what humans actually want


Anthropic’s massive AI interview study isn’t really about technology. It’s the largest mirror ever held up to human desire.

In December 2025, a software engineer in Mexico finished his workday early enough to pick up his children from school. A lawyer in India sat down with an AI tutor and, for the first time in her life, read Shakespeare without flinching.

A soldier in Ukraine, sleepless under shelling, opened a chat window and began teaching himself something new, anything new, because learning was the only thing that kept the panic at bay.

None of these people knew each other. But all of them, during the same week, sat for an open-ended conversation with an AI interviewer built by Anthropic, the company behind Claude.

They were asked a deceptively simple set of questions: what do you want from AI, has it delivered, and what scares you? Over seven days, 80,508 people across 159 countries and 70 languages answered. The result, published in March 2026, is what Anthropic describes as the largest and most multilingual qualitative study ever conducted.

Anthropic AI Survey

What respondents most wanted from AI, classified by Claude from their open-ended answers to “If you could wave a magic wand, what would AI do for you?” 1% of respondents did not articulate a vision. Credit: Anthropic

That claim is plausible. The previous benchmarks were the USC Shoah Foundation’s Visual History Archive, with roughly 52,000 to 59,000 genocide testimonies across 40 languages, and the World Bank’s “Voices of the Poor” project, synthesising the experiences of over 60,000 people in 60 countries.

Anthropic’s study exceeds both in headcount, though the comparison should be handled with care: the depth and stakes of those earlier projects were of a different order.

What makes the Anthropic study worth reading closely, though, is not the scale. It is what the scale reveals. When you ask 81,000 people an open question about their hopes for a technology, and the most common answer is not “make me more productive” but something closer to “give me my life back,” you are no longer looking at a product survey. You are looking at a census of longing.

The arithmetic of wanting

Anthropic Interviewer, a version of Claude prompted to conduct adaptive conversations, asked each participant a fixed set of questions and then followed the thread wherever it led. Claude-powered classifiers then categorised every response.

The approach bridges the old tradeoff in social science between depth and breadth, at a speed that would have been impossible even two years ago.

The headline numbers are instructive but not quite where the story lives. Roughly 19% of respondents wanted AI for “professional excellence,” the largest single category. Another 14% sought “personal transformation” through emotional growth or health support. Some 11% wanted more time for family and leisure. Nearly 10% wanted financial independence.

These figures, neatly sorted, can look like a product roadmap. They are not.

What the interviewers found, again and again, was that the surface-level answer concealed a deeper one. People began by talking about automating emails or speeding up code, but when pushed on what that would actually enable, they said things like: I want to cook with my mother instead of finishing tasks.

The productivity framing was a vocabulary people had borrowed from the technology itself. The aspiration underneath was older and more human: relief from the cognitive overhead of modern life.

This pattern is familiar to anyone who has done qualitative research. The difference is the confidence you can place in it when it shows up across tens of thousands of conversations, in 70 languages, from Lagos to Lyon.

The stories no survey could capture

Surveys tell you what people tick. Interviews tell you why they hesitate before ticking. The richest material in Anthropic’s report is not the category breakdowns but the quotes, which read less like customer feedback and more like fragments of memoir.

A butcher in Chile who had barely touched a computer before AI described venturing into entrepreneurship and finding motivation he never expected.

A homeless healthcare worker in the United States used AI to brainstorm a digital marketing business and, for the first time, saw a path to a house. A physician in Israel, suffering from a neurological condition that local specialists could not diagnose, used AI to find two scientific studies that led to effective treatment. A mute worker in Ukraine built a text-to-speech bot with Claude that let him communicate with friends in near-real time.

These are not stories about productivity. They are stories about access. And they cluster around a set of AI affordances that have nothing to do with speed: patience, availability, and the absence of judgement.

A student in India explained that his professor teaches 60 people and will not entertain many questions, but AI lets him ask anything at 2am. A lawyer in the same country described overcoming a lifelong maths phobia and realising she was not as unintelligent as she had once believed.

Eighty-one per cent of respondents said AI had already taken a concrete step towards their stated vision. That is a remarkably high fulfilment rate for a technology whose critics describe it as overhyped, and it suggests the gap between what people want from AI and what it delivers is narrower than the discourse implies.

The same hand that gives

The study’s most intellectually honest contribution is what it calls “light and shade”: five recurring tensions in which the same AI capability that produces a benefit also generates a harm. People who valued AI for learning were three times more likely to also worry about cognitive atrophy.

Those who found emotional support in AI conversations were three times more likely to fear becoming dependent. The duality was not between optimists and pessimists. It lived inside the same person.

A graduate student in the United States confessed to telling Claude things she could not tell her partner, and wondered whether she was having an emotional affair. A South Korean student admitted to getting excellent grades by memorising AI’s answers rather than learning the material, and described that as the moment of deepest self-reproach.

These tensions do not cancel out the optimism. They deepen it. And across most of the five tensions, the study found an asymmetry: benefits were grounded in lived experience, while harms leaned hypothetical.

The exception was reliability, where 79% of those concerned had encountered it directly. Anyone who has watched a confident chatbot hallucinate a citation will recognise that statistic.

A geography of aspiration

The regional data is where the study shifts from interesting to genuinely useful. AI sentiment was majority-positive everywhere, no country dipping below 60%, but the texture varied. In Sub-Saharan Africa, Central Asia, and South Asia, respondents were least likely to voice concerns and most likely to frame AI as an equaliser.

An entrepreneur in Cameroon described reaching professional competence in cybersecurity, UX design, marketing, and project management simultaneously, because in a tech-disadvantaged country, he could not afford many failures. An entrepreneur in Uganda explained that without being based in the US or UK, AI may be his only way to compete.

In Western Europe and North America, the mood was more guarded, with stronger concerns about governance, surveillance, and jobs. Concern about jobs and the economy, the strongest single predictor of overall AI sentiment, tracked closely with wealth. The pattern makes intuitive sense.

If you have a job worth protecting, AI looks like a threat. If you have never had fair access to the tools that might build one, AI looks like a door.

The mirror, and its distortions

The study has real limitations. These were active Claude users, not a representative sample. The interview asked about positive visions first. The interviewer was itself an AI product made by the company running the study. Anthropic acknowledges most of this.

What it does not dwell on is that the study’s real contribution is methodological as much as substantive. Using AI to conduct qualitative interviews at a scale that was previously impossible, and then using AI to classify the results, is a genuinely new form of social science.

Cloud Research’s Engage platform has been doing something similar for market research, and the approach is spreading. If it holds up under scrutiny, the implications extend beyond tech companies.

Imagine a government using AI interviewers to understand what citizens need from public services, in their own words, at the scale of a national census.

That future is closer than it sounds. And it arrives carrying the same duality the study itself describes: immense promise tangled with real risk, a technology that gives people voice and also, inevitably, shapes what they say.

But duality is not paralysis. The 81,000 people who spoke to Anthropic’s interviewer were not frozen between hope and fear. They were navigating both, the way anyone does when something important is changing fast. And the thing they wanted most, the thread that ran through every region and every language, was not a feature. It was time: time to think, time to rest, time to be present with the people they love.

If there is a lesson in 81,000 open-ended conversations about artificial intelligence, it may be this: we are not as interested in the machine as we are in what the machine might give back to us.

And what we want back turns out to be startlingly, movingly simple.



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Recent Reviews


Google Maps has a long list of hidden (and sometimes, just underrated) features that help you navigate seamlessly. But I was not a big fan of using Google Maps for walking: that is, until I started using the right set of features that helped me navigate better.

Add layers to your map

See more information on the screen

Layers are an incredibly useful yet underrated feature that can be utilized for all modes of transport. These help add more details to your map beyond the default view, so you can plan your journey better.

To use layers, open your Google Maps app (Android, iPhone). Tap the layer icon on the upper right side (under your profile picture and nearby attractions options). You can switch your map type from default to satellite or terrain, and overlay your map with details, such as traffic, transit, biking, street view (perfect for walking), and 3D (Android)/raised buildings (iPhone) (for buildings). To turn off map details, go back to Layers and tap again on the details you want to disable.

In particular, adding a street view and 3D/raised buildings layer can help you gauge the terrain and get more information about the landscape, so you can avoid tricky paths and discover shortcuts.

Set up Live View

Just hold up your phone

A feature that can help you set out on walks with good navigation is Google Maps’ Live View. This lets you use augmented reality (AR) technology to see real-time navigation: beyond the directions you see on your map, you are able to see directions in your live view through your camera, overlaying instructions with your real view. This feature is very useful for travel and new areas, since it gives you navigational insights for walking that go beyond a 2D map.

To use Live View, search for a location on Google Maps, then tap “Directions.” Once the route appears, tap “Walk,” then tap “Live View” in the navigation options. You will be prompted to point your camera at things like buildings, stores, and signs around you, so Google Maps can analyze your surroundings and give you accurate directions.

Download maps offline

Google Maps without an internet connection

Whether you’re on a hiking trip in a low-connectivity area or want offline maps for your favorite walking destinations, having specific map routes downloaded can be a great help. Google Maps lets you download maps to your device while you’re connected to Wi-Fi or mobile data, and use them when your device is offline.

For Android, open Google Maps and search for a specific place or location. In the placesheet, swipe right, then tap More > Download offline map > Download. For iPhone, search for a location on Google Maps, then, at the bottom of your screen, tap the name or address of the place. Tap More > Download offline map > Download.

After you download an area, use Google Maps as you normally would. If you go offline, your offline maps will guide you to your destination as long as the entire route is within the offline map.

Enable Detailed Voice Guidance

Get better instructions

Voice guidance is a basic yet powerful navigation tool that can come in handy during walks in unfamiliar locations and can be used to ensure your journey is on the right path. To ensure guidance audio is enabled, go to your Google Maps profile (upper right corner), then tap Settings > Navigation > Sound and Voice. Here, tap “Unmute” on “Guidance Audio.”

Apart from this, you can also use Google Assistant to help you along your journey, asking questions about your destination, nearby sights, detours, additional stops, etc. To use this feature on iPhone, map a walking route to a destination, then tap the mic icon in the upper-right corner. For Android, you can also say “Hey Google” after mapping your destination to activate the assistant.

Voice guidance is handy for both new and old places, like when you’re running errands and need to navigate hands-free.

Add multiple stops

Keep your trip going

If you walk regularly to run errands, Google Maps has a simple yet effective feature that can help you plan your route in a better way. With Maps’ multiple stop feature, you can add several stops between your current and final destination to minimize any wasted time and unnecessary detours.

To add multiple stops on Google Maps, search for a destination, then tap “Directions.” Select the walking option, then click the three dots on top (next to “Your Location”), and tap “Edit Stops.” You can now add a stop by searching for it and tapping “Add Stop,” and swap the stops at your convenience. Repeat this process by tapping “Add Stops” until your route is complete, then tap “Start” to begin your journey.

You can add up to ten stops in a single route on both mobile and desktop, and use the journey for multiple modes (walking, driving, and cycling) except public transport and flights. I find this Google Maps feature to be an essential tool for travel to walkable cities, especially when I’m planning a route I am unfamiliar with.


More to discover

A new feature to keep an eye out for, especially if you use Google Maps for walking and cycling, is Google’s Gemini boost, which will allow you to navigate hands-free and get real-time information about your journey. This feature has been rolling out for both Android and iOS users.



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