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Praxikon

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Why this object hangs off that object

Every object in this graph has its own address and can be cited on its own. This page shows which objects exist and, once you open one, why it hangs off another: from which source with its locator, through which condition or exception, to which consequence.

Since the last release an obligation states separately who carries the duty and who is merely affected. Filter by duty holder and you get the duties resting on a role; filter by actor and you get everything that is about that role. That difference is visible on purpose.

This is the knowledge layer under the four levels of the assessment. See the four levels.

Filters

Only dimensions the data carries. A dimension without values is absent rather than empty.

Eleven types, including evidence, control and standard.

Is about this role. Walks the role hierarchy upward.

The duty rests on this role, not merely: it is about it.

The article route this object hangs off.

Free slugs, not a taxonomy with objects of its own.

The phase of the object, not its quality.

Whether this object carries a source line of its own.

Searches label, summary, topics, conditions and statement texts. The ordering is the same heuristic as the search API; build on the identifiers, not on the ranking.

Time

Two axes. Legal time is what applied; knowledge time is what we had published by then. Leaving them empty means the default of this release.

Clear all

Objects

39 objects in this selection.

  1. Actionv1.0.05 relations

    Take role- and context-specific AI literacy measures

    praxikon:eu:ai-act:action:article-4-measures

    Determine for each role, system and context which combination of instruction, guidance, practice or training is appropriate.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy

  2. ActionApplicablev1.0.03 relations

    Determine per role which knowledge is needed to use the specific system responsibly

    praxikon:eu:ai-act:action:article-4-role-needs-matrix

    Map roles against the AI systems they use and record per combination what a person must be able to judge: what the system does, where it fails, who it is applied to, and when to intervene or escalate.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy

  3. ActionApplicablev1.0.03 relations

    Deliver instruction at the moment a new tool or a new employee arrives

    praxikon:eu:ai-act:action:article-4-tool-and-onboarding-instruction

    Attach the literacy measure to two fixed moments in existing processes: the rollout of a new AI tool and the onboarding of anyone gaining access to an existing tool.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy

  4. ChangeApplicablev1.0.04 relations

    The AI Act enters into force

    praxikon:eu:ai-act:change:2024-08-01-entry-into-force

    The regulation entered into force on 1 August 2024, after which the obligations followed in phases.

    Hangs off: Article 4: AI literacy, Article 5: prohibited practices

    Placed against the official source | timeline

  5. ChangeApplicablev1.0.04 relations

    Prohibited practices and AI literacy apply

    praxikon:eu:ai-act:change:2025-02-02-prohibitions-and-literacy-applicable

    Since 2 February 2025 the Article 5 prohibition and the Article 4 AI literacy duty apply.

    Hangs off: Article 4: AI literacy, Article 5: prohibited practices

    Placed against the official source | ai-literacy, timeline

  6. ChangeGuidancev1.0.04 relations

    Guidelines on the definition of an AI system

    praxikon:eu:ai-act:change:2025-07-29-ai-system-definition-guidelines

    The Commission draws the line between software that does and does not fall under the regulation.

    Hangs off: Annex III: high-risk AI, Article 4: AI literacy

    Placed against the official source | scope

  7. ChangeIn forcev1.0.05 relations

    Article 4 amended to a duty to take measures

    praxikon:eu:ai-act:change:2026-07-27-article-4-amended

    Since 27 July 2026 the organisational duty supports the development of AI literacy without guaranteeing an individual level.

    Hangs off: Article 4: AI literacy

    Placed against the official source | ai-literacy

  8. ControlApplicablev1.0.03 relations

    Coverage reconciliation: every person with AI access appears in the register

    praxikon:eu:ai-act:control:article-4-coverage-reconciliation

    Periodically reconcile the list of accounts and licences with access to AI systems against the participation and instruction register, and clear the gap list with an owner and a deadline.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy

  9. Controlv1.0.04 relations

    Periodic role and context review

    praxikon:eu:ai-act:control:article-4-periodic-review

    Check when systems, roles or risks change whether the selected measures remain appropriate.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy, control

  10. Evidencev1.0.05 relations

    AI literacy measures record

    praxikon:eu:ai-act:evidence:article-4-measures-record

    Versioned record of roles, context, measures, participation or instruction and review moments.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy, evidence

  11. EvidenceApplicablev1.0.03 relations

    Register of participation and instruction per person, system and date

    praxikon:eu:ai-act:evidence:article-4-participation-register

    Internal register showing who received which instruction, working session, training or guidance, for which system, on which date and on what basis, including new joiners, contractors and external staff.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy

  12. EvidenceApplicablev1.0.03 relations

    Role-system matrix with the established literacy need

    praxikon:eu:ai-act:evidence:article-4-role-system-matrix-record

    The recorded matrix of roles against AI systems, with the context of use, affected persons, risk and selected measure per combination, dated and with an owner per row.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy

  13. ExampleEditorialv1.0.03 relations

    Facial recognition at access control: the guard behind the camera counts too

    praxikon:eu:ai-act:example:example-artikel-4-gezichtsherkenning-toegangscontrole

    An organisation secures the entrances to its buildings with facial recognition and uses that biometric access control to register visitors as well. When the system returns no match, a security officer reviews the camera images and decides personally whether someone may enter. The question is whose measures have to reach that officer: those of the supplier of the model, those of the department that deploys the system, or both.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  14. ExampleEditorialv1.0.03 relations

    Police using AI in investigations: context sets how deep the training goes

    praxikon:eu:ai-act:example:example-artikel-4-politie-opsporingsanalyse

    A police force uses AI to search large volumes of investigation files and surface connections a detective would otherwise miss. The outputs feed into the choice of which suspect is pursued further and end up in documents that enter the criminal process. The question is whether one and the same basic instruction is enough for the analyst operating the model and for the detective who acts on its output.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  15. ExampleEditorialv1.0.02 relations

    Newsroom with generative AI: do freelancers count within your measures?

    praxikon:eu:ai-act:example:example-artikel-4-redactie-generatieve-content

    A newsroom uses generative AI to prepare summaries, headlines and imagery, after which an editor finishes the piece and the desk decides to publish. Part of that work sits with freelancers, and an outside agency produces marketing content with the same tools. The question is whether your AI literacy measures must reach those freelancers and that agency, or only the people on the payroll.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  16. ExampleGuidancev1.0.03 relations

    An induction call with the customer at the moment of go-live

    praxikon:eu:ai-act:example:example-asimov-inductiecall-bij-klant

    Asimov AI is a micro organisation of at most fifteen people that supplies AI services for legislative work to government institutions and companies. With every new contract it holds one or more induction calls with the team leads and officials who will use the platform, explaining how the platform and the underlying models work and how hallucinations arise in this domain and can be mitigated.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  17. ExampleGuidancev1.0.03 relations

    A three-part training for legal and public affairs staff

    praxikon:eu:ai-act:example:example-booking-training-voor-juristen

    Booking.com built a three-part training for its legal and public affairs teams: first basic terminology and the difference between classic machine learning and language models, then how AI works inside the company, then the regulatory landscape and where it meets the law they already practise. The material was also released as a video and podcast series with subtitles and written handouts.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  18. ExampleGuidancev1.0.02 relations

    Database query and standard spreadsheet without AI features

    praxikon:eu:ai-act:example:example-databasequery-en-standaard-spreadsheet

    A customer service department runs a database query to find all customers who purchased a specific product last month, and calculates the average from a satisfaction survey in a standard spreadsheet. Every step follows predefined instructions.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  19. ExampleGuidancev1.0.03 relations

    Lawyers learn the technology, developers learn the law

    praxikon:eu:ai-act:example:example-dedalus-gekruiste-training

    Dedalus Healthcare, which among other things supplies AI that predicts complications for hospital patients, trains its legal staff, data protection officer, compliance function and quality and regulatory affairs department on the technical side. Developers and engineers conversely receive training focused on the legal and compliance aspects of the AI Act. The executive committee received its own session tailored to its role.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  20. ExampleGuidancev1.0.02 relations

    Expert system that draws a conclusion from encoded knowledge

    praxikon:eu:ai-act:example:example-expertsysteem-medische-diagnose

    A hospital uses an older diagnostic support expert system in which physicians encoded knowledge, facts and rules. Based on the symptoms a doctor enters, the system independently draws a conclusion about possible conditions.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  21. ExampleGuidancev1.0.03 relations

    A trained AI contact person in every department at a telecom company

    praxikon:eu:ai-act:example:example-fastweb-ai-spoc-per-afdeling

    Fastweb operates more than ninety AI systems and formally appoints an AI-SPOC in every department, a trained point of contact for AI questions from that team. These people receive separate instruction on prohibited practices and high-risk systems and are allowed to run their department's AI risk assessment themselves.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  22. ExampleGuidancev1.0.02 relations

    Weather simulation where machine learning approximates physical processes

    praxikon:eu:ai-act:example:example-fysicasimulatie-met-ml-versnelling

    A meteorological institute runs physics based weather models and uses machine learning to approximate complex atmospheric processes such as cloud microphysics and turbulence. The estimated values are then fed into the established physics model, which produces the actual forecast.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  23. ExampleGuidancev1.0.02 relations

    The historical average used as a prediction

    praxikon:eu:ai-act:example:example-gemiddelde-als-voorspelling-benchmark

    An asset manager builds a simple baseline model that predicts future prices by always taking the historical average, in order to test whether a more advanced model genuinely adds value. A weather service does the same by predicting tomorrow's temperature using last week's average.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  24. ExampleGuidancev1.0.03 relations

    Three knowledge levels and internal role academies at an insurer

    praxikon:eu:ai-act:example:example-generali-drie-kennisniveaus

    Generali offers all staff basic courses on what AI is and how the group uses it, intermediate modules for people who use AI systems daily, and advanced sessions with external experts for those who build or maintain them. On top of that it runs internal role academies for data scientists, actuaries and accountants, set up with universities and research institutes.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  25. ExampleGuidancev1.0.03 relations

    AI literacy in recruitment and onboarding at an insurer

    praxikon:eu:ai-act:example:example-gjensidige-onboarding-en-werving

    Gjensidige Forsikring gives all employees a mandatory e-learning as a baseline and builds role-based depth on top: analysts get model risk and data governance, claims handlers get training on the systems they operate themselves. Where relevant, AI literacy is checked during recruitment and training on AI systems is part of onboarding.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  26. ExampleGuidancev1.0.03 relations

    Awareness that turns into a hard usage rule

    praxikon:eu:ai-act:example:example-ineco-bewustwording-leidt-tot-gedragsregel

    INECO, a large Spanish engineering firm working for public authorities on rail, airports and digitalisation, ran over twenty AI trainings with more than four hundred participants in 2024 and set up an AI Master Classroom on the intranet with short modules, audio and subtitles. After making staff aware of data leakage risk, the organisation limited the use of public language models and moved to a secured chatbot solution.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  27. ExampleGuidancev1.0.03 relations

    Model that stops learning after deployment

    praxikon:eu:ai-act:example:example-model-bevroren-na-uitrol

    An insurer deploys a trained model that ranks claims by complexity. After deployment the model learns nothing new; the supplier retrains only periodically in a controlled release, so its behaviour is entirely stable between releases.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  28. ExampleGuidancev1.0.03 relations

    A dedicated session on prohibited practices for the development team

    praxikon:eu:ai-act:example:example-mural-sessie-verboden-praktijken

    In 2024 Mural ran a mandatory AI training for all staff with a 93 percent completion rate, and additionally organised a live interactive session for the AI team specifically on prohibited practices and high-risk categories. For that team the legal function built a visual mind map on a digital whiteboard, with templates and direct references to the provisions.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  29. ExampleGuidancev1.0.03 relations

    Machine learning that only speeds up an existing optimisation calculation

    praxikon:eu:ai-act:example:example-optimalisatie-versnellen-geen-ai-systeem

    A grid operator uses a machine learning model to approximate parameters inside a classical optimisation calculation built on linear and logistic regression. The model changes nothing about the decision rules themselves, it only makes a long established calculation method faster and cheaper.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  30. ExampleGuidancev1.0.03 relations

    Satellite network allocating bandwidth with a predictive model

    praxikon:eu:ai-act:example:example-satelliet-bandbreedte-optimalisatie

    A satellite operator allocates power and bandwidth across transponders using a machine learning model that predicts network traffic, because classical optimisation struggles with demand that varies sharply by region and by moment. Performance is comparable to established methods in the field.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  31. ExampleGuidancev1.0.02 relations

    Chess program using minimax and heuristic evaluation

    praxikon:eu:ai-act:example:example-schaakprogramma-minimax-heuristiek

    A software company releases a chess program that assesses board positions using a minimax algorithm with heuristic evaluation functions. The program has never learned from game data; it applies pre-programmed rules and search strategies to find a strong move.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  32. ExampleGuidancev1.0.03 relations

    Role profiles and a kick-off session per AI project at a public sector IT provider

    praxikon:eu:ai-act:example:example-smals-rolprofielen-en-projectstart

    Smals, which supplies IT to Belgian public administrations, describes the knowledge each role needs: all staff know capabilities, limits and internal guidelines, AI ambassadors spot and prioritise use cases, AI experts know governance and technique, and legal staff and the data protection officer get separate deep dives. Before every new AI project there is also a session for all stakeholders on the capabilities, limits, risks and governance of that specific system.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  33. ExampleGuidancev1.0.03 relations

    Spam filter trained on labelled email

    praxikon:eu:ai-act:example:example-spamfilter-gelabelde-e-mail

    An organisation adopts an email filter that was trained during its building phase on a set of messages humans labelled as spam or not spam. Once in use, the filter independently assesses new incoming email and classifies it based on the patterns it learned.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  34. ExampleGuidancev1.0.02 relations

    Static estimation of resolution time and daily sales

    praxikon:eu:ai-act:example:example-statische-schatting-servicedesk-en-winkel

    A service desk shows customers an expected resolution time calculated as the mean from historical tickets. A retail chain uses a trivial predictor to estimate how many units of a product it will sell each day, as a starting point for purchasing planning.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  35. ExampleGuidancev1.0.02 relations

    Sales dashboard that summarises but recommends nothing

    praxikon:eu:ai-act:example:example-verkoopdashboard-beschrijvende-analyse

    A commercial team uses reporting software that applies statistical methods to calculate total sales, average sales per region and trends over time, and displays them in charts. The dashboard makes no suggestion about how to improve sales or which products to promote.

    Hangs off: Article 4: AI literacy

    Placed against the official source | examples

  36. GuidanceGuidancev1.0.03 relations

    No mandatory course format, no certificate, no exam and no AI officer

    praxikon:eu:ai-act:guidance:guidance-article-4-no-mandatory-course-or-certificate

    Article 4 prescribes no form. The Commission confirms that no certificate is required, no obligation to measure knowledge exists, no training is mandatory and no governance structure is prescribed.

    Hangs off: Article 4: AI literacy

    Placed against the official source | guidance

  37. GuidanceGuidancev1.0.03 relations

    Article 4 reaches beyond your own staff, and the national supervisor enforces it

    praxikon:eu:ai-act:guidance:guidance-article-4-scope-and-enforcement

    The duty to take measures also covers contractors, service providers and sometimes clients. Supervision lies not with the AI Office but with national market surveillance authorities, enforcing since 2 August 2026.

    Hangs off: Article 4: AI literacy

    Placed against the official source | guidance

  38. ObligationApplicablev2.0.046 relations

    Article 4: AI literacy

    praxikon:eu:ai-act:obligation:article-4-ai-literacy

    Providers and deployers take measures that support the development of AI literacy.

    Placed against the official source | ai-literacy

  39. Templatev1.0.04 relations

    AI literacy measures plan

    praxikon:eu:ai-act:template:article-4-measures-plan

    Public route for structuring measures by role and context.

    Hangs off: Article 4: AI literacy

    Editorially reviewed | ai-literacy, template

What this explorer does not do

  • There is no article object. The article sits as a locator on the citations of an obligation, as free text. Filtering on the obligation is the same question, and the data does carry that.
  • No object carries an Annex III domain or use case. A selection of the form "systems for this purpose" cannot be expressed here.
  • A locator hangs on a statement in the data, not on a relation. The source next to a path is the source anchor of the object carrying the relation, not proof of that one connection.
  • The split between duty holder and affected actor exists on obligations only. On every other type the actor list is still one undifferentiated list.
  • The graph stores no inverse relations. The incoming direction is computed here over the same release and adds nothing to the data.
  • Topics are free slugs, not a taxonomy with objects, labels or a hierarchy of their own.

The same selection as data

The explorer and the API read the same object against the same two time axes. What you see here can be fetched with the same parameters.