EU AI Act Article 50 Watermark Attestation
EU AI Act Article 50 watermarking + transparency compliance MCP. Built for the 2 November 20...
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1.0.4latest1.3.2Tools 9
get_deadline_status Return live status of the 2 Aug 2026 Article 50 deadline + which Article 50 obligations apply to whom.
classify_obligations Given system characteristics, return the specific Article 50 obligations that apply + the disclosure templates needed.
generate_disclosure_text Generate compliant disclosure text for a specific Article 50 obligation. - obligation_key: one of the keys returned by classify_obligations - surface_type: ui | api | metadata | tts_audio | image_caption - language: en | de | fr | es | it
audit_content_pipeline Audit an existing content-generation pipeline for Article 50 compliance. Pass sample output text + comma-separated pipeline steps.
sign_watermark_attestation Generate a HMAC-SHA256 signed attestation of Article 50 compliance for a given content pipeline. Pro/Enterprise required.
c2pa_generate_manifest Generate a draft C2PA Content Credentials manifest (JSON-LD) for an AI-generated asset. Conforms to C2PA technical specification 2.1. Use this to draft a manifest that you then sign with a DigiCert C2PA cert (offline) and embed via c2patool. Asset types: image | video | audio | text. Args: asset_filename: e.g. "render-2026-04-27.png" asset_type: "image" | "video" | "audio" | "text" generative_model: e.g. "stable-diffusion-3.5" or "claude-3-5-sonnet" issuer_org: legal entity name signing the manifest timestamp_iso: optional, defaults to now UTC
c2pa_validate_manifest Validate a C2PA manifest (JSON-LD) against required fields per the C2PA 2.1 specification. Returns a structured pass/fail with specific errors. Note: this is structural validation only. Cryptographic signature verification requires the binary asset + an installed c2patool. Use `c2patool verify <asset>` for full cryptographic verification.
perceptual_fingerprint_compute Compute a perceptual fingerprint suitable for the EU AI Act Article 50 Code of Practice fallback ledger. Pass either base64-encoded bytes OR a pre-computed SHA-256 hex. Returns: cryptographic SHA-256 + perceptual hash placeholder + recommended storage schema for downstream re-identification (e.g. DMCA-style takedown). For production-grade pHash/dHash on images, also pip-install `imagehash` and pass results in. This MCP returns the schema even when only SHA-256 is available so the ledger remains queryable.
synthid_check Check whether a SynthID-class detector output indicates an AI-generated asset. SynthID returns a confidence score 0.0-1.0; values >= 0.85 are typically considered detected. This MCP normalises detector output into a structured pass/fail with audit trail fields. Wrap your DeepMind SynthID detector / OpenAI text-watermark detector / Adobe-style detector output through this tool to feed downstream Article 50 pipelines. Args: detector_output_score: 0.0 - 1.0 confidence the asset has an embedded watermark asset_type: "image" | "video" | "audio" | "text" threshold: detection threshold (default 0.85)
Permissions 3
network medium filesystem low env_vars low Scan Findings 0
No scan findings.