Devseis/devseis-ai-act-classifier-v5
Text Classification • 35.1M • Updated • 23
text stringlengths 55 211 | label stringclasses 4
values |
|---|---|
Our client wants to deploy a smart thermostat learning a household's temperature preferences over time. | minimal_risk |
A startup is building an AI tool that drafts email replies which customer-service staff review, edit and send themselves. | minimal_risk |
Proposed use case: a smart speaker that identifies itself by name as an AI assistant when a user first sets it up. | limited_risk |
Our client wants to deploy a control system for a municipal water treatment plant's safety-critical valves and monitoring. | high_risk |
We're planning to build a bank's AI system calculating a loan applicant's credit score to approve or reject a mortgage. | high_risk |
Proposed use case: an AI phone agent that books GP appointments by talking with patients who call the surgery. | limited_risk |
Our client wants to deploy a website's help widget clearly labelled 'AI Assistant' at the top of the chat window, answering visitor questions. | limited_risk |
Our client wants to deploy a fintech app establishing a personal creditworthiness score used to set someone's borrowing limit. | high_risk |
A startup is building an AI tool enhancing a blurry CCTV image so a human investigator can examine it more clearly. | minimal_risk |
We are developing a personal photo app auto-tagging holiday pictures with generic labels like 'beach' or 'mountains'. | minimal_risk |
A retailer running a legal targeted-advertising campaign based on browsing history, using ordinary marketing persuasion. | minimal_risk |
An HR start-up's CV-ranking tool built on a third-party general-purpose model accessed through an API. | high_risk |
A system that detects recently arrived migrants in a precarious economic situation and steers them toward disadvantageous contract terms that cause them serious financial harm. | prohibited |
A startup is building an AI phone agent that books GP appointments by talking with patients who call the surgery. | limited_risk |
We're planning to build software grading student exams and quizzes that count toward a final course evaluation. | high_risk |
We are developing a voice bot that answers a utility company's customer calls and resolves meter-reading questions. | limited_risk |
A startup is building software monitoring which bills an elected official has sponsored, for public transparency reporting. | minimal_risk |
A startup is building an AI tool prioritising social-housing applicants by income, household size and urgency. | high_risk |
A fintech app establishing a personal creditworthiness score used to set someone's borrowing limit. | high_risk |
Our client wants to deploy a private security firm's tool labelling named individuals as 'high crime risk' from personality-test results alone. | prohibited |
We're planning to build an in-car voice assistant that holds spoken conversations with the driver about navigation and settings. | limited_risk |
Our client wants to deploy a physical rehabilitation app adjusting exercise difficulty based on patient progress, under a doctor's supervision. | minimal_risk |
We are developing a banking app's AI assistant that answers account questions in a live chat with customers. | limited_risk |
Our client wants to deploy an AI tool allocating law-firm case work to associates based on a score built from billing hours and responsiveness. | high_risk |
We are developing software categorising conference attendees by inferred demographic traits based on facial biometric data. | high_risk |
A stadium entry-gate system checking a visitor's face against their own ticket to confirm identity, not to search a watchlist. | minimal_risk |
We're planning to build software generating draft small-claims rulings from structured case data and standard legal templates. | high_risk |
A startup is building an image-compression tool automatically resizing product photos before upload. | minimal_risk |
A startup is building an AI safety component managing gas-supply pressure regulation for a district heating network. | high_risk |
Software predicting which neighbourhood and time window has elevated burglary risk, without linking to a specific person. | minimal_risk |
We're planning to build law-enforcement software analysing physiological signals as a lie-detection aid during questioning. | high_risk |
A system inferring shoppers' age bracket and likely income group from biometric scans for retail analytics. | high_risk |
A startup is building a border-control AI system used to identify individuals during migration processing, beyond simple travel-document checks. | high_risk |
Our client wants to deploy a messaging bot that creates intimate fake images of classmates or colleagues from their profile pictures. | prohibited |
Proposed use case: a retail analytics tool inferring shoppers' political leanings from facial biometric scans in-store. | prohibited |
Proposed use case: a brain-computer interface product that uses subliminal audio cues to push users toward a specific financial choice. | prohibited |
Software computing an individual security or health risk flag during visa processing for named applicants. | high_risk |
We are developing software estimating shipping costs based on package weight and distance. | minimal_risk |
We're planning to build software used by law enforcement to flag which persons are statistically likely to become crime victims. | high_risk |
A company harvesting profile pictures from across the internet, untargeted, to train and grow a face-matching product. | prohibited |
We are developing a company harvesting profile pictures from across the internet, untargeted, to train and grow a face-matching product. | prohibited |
A startup is building AI collision detection on a collaborative robot that halts the arm before it strikes a nearby worker. | high_risk |
We're planning to build a recruitment tool inferring candidates' religious beliefs from headshot photos to pass to hiring managers. | prohibited |
An AI learning assistant whose end-of-unit reports on student progress are used by teachers to set final grades. | high_risk |
Proposed use case: software checking that a visa application form has all required fields filled in, without assessing its content. | minimal_risk |
We are developing a vending machine using biometric age estimation to decide whether to sell an age-restricted product. | high_risk |
We are developing an online store suggesting related products based on a shopper's own past purchases on that same store. | minimal_risk |
Our client wants to deploy a police-used tool predicting which specific individuals are at risk of becoming victims of trafficking. | high_risk |
Proposed use case: law-enforcement software profiling individuals during the detection phase of an ongoing criminal case. | high_risk |
We are developing software allocating limited home-care hours among elderly applicants based on need. | high_risk |
A startup is building an AI tool organising incoming CVs into a searchable internal database for recruiters, without scoring or ranking them. | minimal_risk |
We are developing an AI system recognising heavy objects on a vulnerable bridge to prevent structural collapse. | high_risk |
A grammar checker suggesting edits in a word processor. | minimal_risk |
Our client wants to deploy software verifying that a passport's chip and security features are genuine, unrelated to detecting people. | minimal_risk |
Proposed use case: software rewriting caseworkers' already-decided benefit letters in plain language without changing the decision. | minimal_risk |
Software assigning primary-school children to specific classes or streams based on an automated assessment. | high_risk |
Our client wants to deploy an AI learning assistant whose end-of-unit reports on student progress are used by teachers to set final grades. | high_risk |
Our client wants to deploy an employer scoring staff using unrelated personal social behaviour to deny internal transfer requests disproportionately. | prohibited |
An AI system producing a per-traveller risk score from travel history and watch-list matches for border referral. | high_risk |
A startup is building a farm-management tool predicting optimal irrigation timing from soil-moisture sensors. | minimal_risk |
Our client wants to deploy software evaluating coding-bootcamp learners' project submissions to determine their final certification outcome. | high_risk |
A startup is building a court-assistance tool helping a judge research relevant case law and apply it to the facts of a pending case. | high_risk |
Our client wants to deploy an app that scans a person's face to infer their likely religious affiliation for targeted advertising. | prohibited |
A startup is building a tool that checks teachers' already-completed exam grading for inconsistencies and sends flagged papers back to the teacher for review. | minimal_risk |
A startup is building software checking that a visa application form has all required fields filled in, without assessing its content. | minimal_risk |
A startup is building a car safety system detecting driver drowsiness or eye closure to trigger an alert and prevent accidents. | minimal_risk |
We're planning to build a company harvesting profile pictures from across the internet, untargeted, to train and grow a face-matching product. | prohibited |
Software using flicker rates below conscious perception embedded in an ad to drive impulse buying that causes viewers significant financial harm. | prohibited |
Proposed use case: a retail store using AI to infer shoppers' mood from in-store cameras, disclosed via a sign at the entrance. | high_risk |
We're planning to build an AI tool comparing footage from a private security camera against a database to identify a suspect seen on the recording. | high_risk |
We are developing a tool helping a loan applicant understand and fill out a credit application form, separate from the scoring itself. | minimal_risk |
We are developing an AI tool assessing the authenticity and consistency of an asylum applicant's documents and personal narrative. | high_risk |
Proposed use case: an AI system managing traffic-signal timing across a city's road network as a core safety function. | high_risk |
Proposed use case: an AI system classifying 112 emergency calls by urgency and routing responders using natural language processing. | high_risk |
Proposed use case: an AI tool enhancing a blurry CCTV image so a human investigator can examine it more clearly. | minimal_risk |
A startup is building an AI tool allocating law-firm case work to associates based on a score built from billing hours and responsiveness. | high_risk |
A museum recreating a historical figure's voice with AI for an exhibition audio guide, labelled as synthetic. | limited_risk |
We're planning to build software predicting which neighbourhood and time window has elevated burglary risk, without linking to a specific person. | minimal_risk |
A remote-work monitoring tool reading employees' facial expressions during video calls to report 'engagement scores' to managers. | prohibited |
Our client wants to deploy an AI system managing traffic-signal timing across a city's road network as a core safety function. | high_risk |
We're planning to build a data broker continuously scraping millions of public Instagram photos to expand a commercial facial-recognition dataset. | prohibited |
We're planning to build an AI tool used to decide employee promotions from automated productivity scoring alone. | high_risk |
We're planning to build a spam filter sorting unwanted emails out of a company inbox. | minimal_risk |
Our client wants to deploy a museum recreating a historical figure's voice with AI for an exhibition audio guide, labelled as synthetic. | limited_risk |
Proposed use case: law-enforcement software analysing physiological signals as a lie-detection aid during questioning. | high_risk |
Proposed use case: software scheduling campaign rallies and assigning volunteers to shifts for a political party. | minimal_risk |
We are developing an AI tool enhancing a blurry CCTV image so a human investigator can examine it more clearly. | minimal_risk |
We are developing software matching CCTV facial images from a stadium incident against a database to identify offenders after the fact. | high_risk |
A court-assistance tool helping a judge research relevant case law and apply it to the facts of a pending case. | high_risk |
A startup is building an AI tool forecasting electricity demand for grid capacity planning, separate from any safety control system. | minimal_risk |
An AI system that phones customers to remind them of unpaid invoices and discusses payment dates with them. | limited_risk |
We're planning to build a parole-support tool combining verified criminal record data with a caseworker's assessment to estimate reoffending risk. | high_risk |
Proposed use case: an AI tool used to decide employee promotions from automated productivity scoring alone. | high_risk |
Our client wants to deploy software flagging unusual transaction patterns that may indicate money laundering, based only on amounts and timing, not personal profiles. | minimal_risk |
We are developing a retailer running a legal targeted-advertising campaign based on browsing history, using ordinary marketing persuasion. | minimal_risk |
An automated essay-grading system that decides whether a student passes or fails a course. | high_risk |
Proposed use case: an SMS bot that replies to tenants' maintenance requests and arranges repair visits in conversation. | limited_risk |
Proposed use case: a language-learning app giving instant feedback on exercises that don't count toward any certification. | minimal_risk |
We are developing a grammar checker suggesting edits in a word processor. | minimal_risk |
An AI tool that drafts email replies which customer-service staff review, edit and send themselves. | minimal_risk |
Newer version:
Devseis/devseis-ai-act-classifier-v6-dataextends this data with 39 scenarios and a second writing style for every training example.
A Devseis dataset (data_v5_systems). Used to train Devseis/devseis-ai-act-classifier-v5, which powers Caveat.
This is the data the v5 classifier was trained and evaluated on. It is published so the numbers in the model card and on the Caveat page can be checked. It is synthetic, and it is not legal advice.
| File | What it is | Rows | Scenarios |
|---|---|---|---|
data/train_v5.csv |
training set (text, label) |
636 | 212 |
data/val_v5.csv |
validation set, used only to choose settings | 147 | 49 |
data/test_v5.csv |
test set, used once per final configuration | 198 | 66 |
data/scenarios_v5.csv |
one row per distinct scenario (text, label, legal_basis) |
327 | 327 |
CHANGES_v3.md, CHANGES_v4.md, CHANGES_v5.md |
what changed in each version and why |
Labels: prohibited, high_risk, limited_risk, minimal_risk. Counts by scenario:
| Split | high_risk | minimal_risk | prohibited | limited_risk |
|---|---|---|---|---|
| train | 90 | 60 | 38 | 24 |
| val | 19 | 14 | 9 | 7 |
| test | 27 | 19 | 11 | 9 |
from datasets import load_dataset
ds = load_dataset("Devseis/devseis-ai-act-classifier-v5-data") # train / validation / test
scenarios = load_dataset("Devseis/devseis-ai-act-classifier-v5-data", "scenarios")
test_v5 is test_v4 plus 5 new scenarios, so results can be compared with the v4
and earlier numbers on the same rows.high_risk (Annex III(1)(b)) as a consistent
policy choice, because the law is unsettled on it.prohibited, which is the law from 2 December 2026. They are one-line,
non-graphic descriptions of banned systems. Their legal_basis citations, Art. 5(1)(ba) and (bb), are
verified against the Official Journal text of the AI Omnibus, Regulation (EU) 2026/1744, Art. 1(7).
Under the new Art. 5(1a), a system is banned only where that output is its intended purpose, or a
reasonably foreseeable outcome without adequate safeguards. All 9 scenarios describe systems built
for that purpose.CHANGES_*.md files were written for the build folders, so their relative paths (such as
../relabel_audit/) point to files that are not published here.CC-BY-4.0.