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Praxikon

Explorer

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

11 objects in this selection.

  1. Actorv1.0.01 relations

    AI Office

    praxikon:eu:ai-act:actor:ai-office

    The Commission office that supervises providers of general-purpose AI models. AI Office enforcement is active since 2 August 2026.

    Editorially reviewed | enforcement, governance, gpai

  2. ActorIn forcev1.0.05 relations

    Authorised representative

    praxikon:eu:ai-act:actor:authorised-representative

    The authorised representative is the party located in the Union that, on the basis of a written mandate, performs and carries out the obligations and procedures of the Regulation on behalf of a provider established outside the EU. The definition in Article 3(5) already applies today, so the role can be determined now. The appointment duty itself starts on 2 December 2027 for the standalone Annex III route and on 2 August 2028 for the embedded Annex I route. From those dates, a third-country provider may not place a high-risk AI system on the Union market without an appointed representative.

    Editorially reviewed | value-chain

  3. Actorv1.0.014 relations

    Credit or insurance deployer

    praxikon:eu:ai-act:actor:credit-or-insurance-deployer

    A deployer of the relevant creditworthiness or life and health insurance systems in Annex III point 5(b) or 5(c).

    Editorially reviewed | fundamental-rights, high-risk

  4. Actorv1.0.0273 relations

    Deployer

    praxikon:eu:ai-act:actor:deployer

    An organisation using an AI system under its authority, excluding personal non-professional use.

    Editorially reviewed | governance

  5. ActorIn forcev1.0.011 relations

    Distributor

    praxikon:eu:ai-act:actor:distributor

    You are a distributor if you make an AI system available on the Union market without being the provider or the importer. This catches resellers, systems integrators and managed service providers that pass on someone else's AI.

    Editorially reviewed | value-chain

  6. Actorv1.0.029 relations

    Provider of a GPAI model

    praxikon:eu:ai-act:actor:gpai-model-provider

    A party that places a general-purpose AI model on the Union market.

    Editorially reviewed | gpai

  7. ActorIn forcev1.0.012 relations

    Importer

    praxikon:eu:ai-act:actor:importer

    You are an importer as soon as you, from within the EU, first place an AI system on the Union market that bears the name or trade mark of a party established outside the EU. What counts is not your purchasing role but whose brand is on the system and who first brings it to market.

    Editorially reviewed | value-chain

  8. Actorv1.0.05 relations

    Market surveillance authority

    praxikon:eu:ai-act:actor:market-surveillance-authority

    The national authority that supervises compliance with the Regulation and receives serious incident and risk notifications. Which body fills this role per Member State is not recorded in the graph.

    Editorially reviewed | enforcement, governance

  9. Actorv1.0.0330 relations

    Provider of an AI system

    praxikon:eu:ai-act:actor:provider

    A party that develops or has an AI system developed and places it on the market under its own name.

    Editorially reviewed | governance

  10. Actorv1.0.033 relations

    Body governed by public law

    praxikon:eu:ai-act:actor:public-law-body

    A deployer that is a body governed by public law.

    Editorially reviewed | fundamental-rights

  11. Actorv1.0.015 relations

    Private provider of public services

    praxikon:eu:ai-act:actor:public-service-provider

    A private deployer providing public services.

    Editorially reviewed | fundamental-rights

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.