Last updated: 2026-06-07
Every visual produced by MannequinIA is content generated or manipulated by artificial intelligence. This page explains how we mark them, why, and what it means in practice for you and for the people who will see these visuals.
The service creates images from your content and instructions using artificial-intelligence models. The result is not a photograph: it is synthetic content. By default the depicted models are fully synthetic and correspond to no real person.
Each generated visual is marked in a machine-readable way so that its "AI" origin survives download and any re-upload — even when a visible badge would be cropped out. Specifically:
Implementation detail: lib/ai-marking.ts (the markImageAsAi function). It is designed never to throw or corrupt an image: on any issue it returns the original file.
Article 50 of Regulation (EU) 2024/1689 (the "AI Act") requires, from 2 August 2026, that synthetic content (image, audio, video) be marked in a machine-readable format and detectable as artificially generated or manipulated. The preserved signed C2PA credential, combined with the invisible watermark and the IPTC/XMP metadata, is intended to meet this requirement on the provider side.
The AI Act distinguishes the system's provider (which must mark outputs) from the deployer(you, when you distribute the content). Where a visual constitutes a "deep fake" — i.e. it depicts a real person, object or place of authentic appearance — you may, as a deployer, be required to clearly disclose that the content has been AI-generated or manipulated.
A fully synthetic model is, in principle, not a deep fake of a real person. However, staging a real productof authentic appearance may, under forthcoming guidelines, fall within the "objects" category. When in doubt, disclose the AI nature of the image when you distribute it.
Each generated image therefore carries a signed C2PA provenance credential (Content Credentials) that MannequinIA preserves throughout its pipeline, in addition to the SynthID watermark and the IPTC/XMP metadata. As regulatory requirements and guidelines evolve, this page will be updated accordingly.