Generate EU AI Act Phase 2 Compliance Evidence in 1 Click — 100% Local RAM & On-Prem
AI Summary / Key Takeaways
"PrivacyScrubber operationalizes EU AI Act (Regulation (EU) 2024/1689) Phase 2 enforcement across Article 10 (data governance and special-category minimization), Article 12 (tamper-evident record-keeping), Article 15 (cybersecurity robustness against prompt injection), and Article 50/53 (GPAI obligations) by executing 100% locally in browser RAM or air-gapped on-prem environments. Generate 1-click SHA-256 & Ed25519 cryptographic compliance evidence receipts proving zero raw EU personal data reached external GPAI or High-Risk AI systems—establishing a Technical Safe Harbor against Article 99 administrative fines (up to €35M or 7% of global turnover)."
How to satisfy EU AI Act Article 10 data governance rules in generative AI deployments?
Ensure compliance with EU AI Act Article 10 by removing biometric, demographic, and special category PII before training or inference. Executing de-identification locally in client memory guarantees that high-risk AI workflows operate strictly on non-identifiable data, preventing compliance violations.
Interactive PII Detection & Sanitization Sandbox
Test real-time client-side RAM tokenization. Choose a specialized preset or paste your own raw prompt to test instant reversible redaction.
Sanitized locally in volatile RAM. Pre-prompt compliance maintained under EU AI Act standards (GDPR, HIPAA, SOC 2).
Enterprise-Grade AI Privacy
Add custom redaction rules and priority support with PRO.
Executive Summary: EU AI ACT
The EU AI Act (Regulation 2024/1689), in force since August 1, 2024, classifies ChatGPT, Copilot, and Claude as General-Purpose AI (GPAI) systems subject to Article 52 transparency obligations. For deployers using these tools with EU personal data, Article 10 requires data minimization — AI systems must operate with only the minimum necessary personal data. Organizations sending unredacted EU customer records or employee files to US-based LLMs face fines up to 7% of global annual turnover under Article 99. PrivacyScrubber's Zero-Trust Data Sanitization (ZTDS) architecture solves this at the browser layer: EU personal data is pseudonymized locally in under 15ms before any prompt crosses the network boundary, satisfying Article 10, Article 13, and eliminating Schrems II liability simultaneously.
Privacy Checkpoints
- Article 10 compliance: Pseudonymize EU personal data locally before it enters any GPAI system prompt.
- Article 52 transparency: Reversible tokenization creates an auditable [NAME_1] → original mapping — locally only, never transmitted.
- Article 9 Risk Management: Local sanitization is a documented FRIA (Fundamental Rights Impact Assessment) technical control.
- Schrems II / CJEU: Zero EU personal data transmitted to US servers — pseudonymized tokens are not personal data under GDPR Art. 4(1).
- Shadow AI control: Prevent employees from leaking EU data via personal ChatGPT accounts — enforce organization-wide ZTDS policy.
- August 2026 deadline: High-risk AI deployers (HR screening, credit scoring, medical triage) must register and audit technical controls.
PII Detection Matrix
| Entity Type | Exposure Risk | Local Edge Control |
|---|---|---|
| EU Customer PII | Critical (Art. 10 + Art. 99 fine) | Local ZTDS™ Pseudonymization |
| Employee HR Records | High (Art. 9 High-Risk AI) | [NAME_N] + [ID_N] Tokenization |
| Corporate IP / Contracts | Critical (Confidentiality + FRIA) | Custom Regex + ORG Masking |
| GPAI Prompt Data | Critical (Schrems II Transfer) | Zero-Server Browser Processing |
Select Your EU AI Act & Annex III Governance Mandate
Article 26 Deployer Obligations & FRIA Mitigation
Operationalize technical input-data governance across Annex III high-risk workflows (HR recruitment, credit scoring, healthcare triage, judicial/legal analysis) and minimize Article 99 administrative fines (up to €35M or 7% global turnover).
Dual EU AI Act + GDPR & Betriebsrat Clearance
Harmonize EU AI Act Article 10 data governance with GDPR Art. 25/32, CNIL AI recommendations, and German Works Council (Betriebsrat § 87(1) No. 6 BetrVG) co-determination requirements via 100% local RAM sanitization.
GPAI Boundary Firewall & Article 12 Logging
Enforce pre-ingestion sanitization before prompts reach General-Purpose AI (GPAI) models, satisfy Article 15 cybersecurity robustness, and generate zero-PII SHA-256 compliance receipts for Article 12 record-keeping.
Regulation (EU) 2024/1689 (EU AI Act): Technical Input Governance for Deployers & High-Risk AI Systems
The European Union Artificial Intelligence Act (Regulation (EU) 2024/1689) imposes binding statutory obligations on both Providers and enterprise Deployers (Article 3(4)) of AI systems operating within the Union market. Under Article 2(7), the EU AI Act applies without prejudice to Regulation (EU) 2016/679 (GDPR)—meaning any enterprise feeding personal data or special-category attributes into General-Purpose AI (GPAI) models or Annex III High-Risk AI Systems faces compound regulatory enforcement from both National Market Surveillance Authorities and Data Protection Authorities (CNIL, BfDI, Garante, AEPD). Under Article 99, infringements of prohibited AI practices (Article 5) carry administrative fines up to €35,000,000 or 7% of total worldwide annual turnover, while violations of deployer obligations (Article 26) and data governance mandates (Article 10) carry fines up to €15,000,000 or 3% of global turnover.
PrivacyScrubber establishes a deterministic Technical Safe Harbor (Defense-in-Depth) for EU AI Act enterprise compliance by enforcing 2026 local processing and pre-ingestion sanitization mandates inside volatile device RAM. Powered by the ZTDS™ (Zero-Trust Data Sanitization) protocol, the appliance intercepts direct identifiers, biometric/health markers, demographic proxies, and confidential corporate records at the local workstation or API edge—replacing them with synthetic tokens ([CANDIDATE_1], [CITIZEN_ID_1], [IBAN_1]) before any prompt reaches an external GPAI or high-risk model.
Strict Pre-Ingestion Data Minimization & Special Category Quarantine
Article 10(2)–(5) mandates rigorous data governance practices for training, validation, and testing data sets, strictly restricting the processing of special categories of personal data (GDPR Art. 9) unless anonymization or synthetic data cannot achieve the objective.
ZTDS™ Statutory Mapping: Executes EU AI Act Article 10 data minimization in client RAM, transforming raw personal data into synthetic structural tokens before model ingestion.
Article 26(4) Input Data Control & Human Oversight (Art. 14)
Under Article 26(4), deployers exercising control over input data for Annex III high-risk AI systems must ensure input data is relevant and compliant, while Article 14 requires effective human-in-the-loop oversight before acting on AI outputs.
ZTDS™ Statutory Mapping: Enforces Annex III high-risk PII masking with interactive 2-phase human review before prompt submission and local Reverse Scrub verification.
Preventing Article 5 Prohibited Profiling & Passing Art. 27 FRIA
Article 5 prohibits social scoring, workplace/education emotion inference, and untargeted biometric/profiling categorization, while Article 27 requires a Fundamental Rights Impact Assessment (FRIA) prior to deploying Annex III systems.
ZTDS™ Statutory Mapping: Strips protected demographic, biometric, and identity markers at the source via local redaction against Article 5 prohibited profiling.
Tamper-Evident Article 12 Logging Without Secondary GDPR Breach Risk
Article 12 and Article 26(6) mandate automatic event logging retained for at least 6 months to ensure traceability. However, retaining raw prompts containing citizen PII violates GDPR Art. 5(1)(c) storage limitation.
ZTDS™ Statutory Mapping: Generates cryptographic SHA-256 compliance receipts documenting sanitization timestamps, profile rules, and risk levels with zero stored cleartext PII.
Zone A (EU Deployer Workstation / Sovereign RAM) vs. Zone B (External GPAI / Annex III Model)
Raw applicant CVs, credit underwriting files, clinical notes, and employee records remain 100% inside local device RAM within the EU deployer's control.
External AI models receive only blind synthetic tokens, preventing demographic bias, biometric profiling, or unlawful third-country data transfers.
Comparing EU AI Act & Dual GDPR Compliance Architectures
Why cloud DLP proxies and GPAI contractual clauses fail to resolve Annex III input bias, Article 12 logging conflicts, and German Works Council co-determination vetoes. Review our complete EU AI Act compliance checklist.
| EU AI Act (2024/1689) Dimension | PrivacyScrubber (ZTDS™ Local RAM) | Cloud API DLP Proxy Gateway | Enterprise GPAI Cloud Agreement | Written AI Literacy / Policy Only |
|---|---|---|---|---|
| Article 10 & 26(4) Input Data Governance | 100% local RAM tokenization of direct PII and protected attributes before model ingestion. | Streams unredacted EU citizen data to an external cloud proxy prior to masking. | Ingests raw identifiable attributes into the AI model, risking proxy discrimination. | Manual employee redaction; fails Article 10 technical governance audits. |
| Article 14 Human Oversight Gate | Enforces 2-phase in-DOM prompt review + local Reverse Scrub verification. | Silent network-layer replacement provides zero interactive human review before inference. | No pre-transmission sanitization gate. | Unverifiable human oversight. |
| Article 12 & 26(6) 6-Month Log Retention | Cryptographic SHA-256 compliance receipts satisfy 6-month retention with zero GDPR PII risk. | Retaining 6 months of cloud proxy logs creates a high-liability GDPR Art. 32 target. | Retaining raw prompt logs for 6 months conflicts with GDPR Art. 5(1)(e) storage limitation. | Zero automated Article 12 traceability logs. |
| German Betriebsrat (§ 87(1) No. 6 BetrVG) | 100% local volatile memory; zero central employee performance/behavior surveillance server. | Centralized cloud DLP employee monitoring triggers Works Council vetoes in Germany. | Workspace admin telemetry logs require complex Betriebsvereinbarung negotiations. | Rejected by Works Councils due to lack of technical employee PII protection. |
| Article 99 Administrative Fine Shield | Technical Safe Harbor (Defense-in-Depth) proving proportionate statutory due diligence. | Partial network defense; expands third-party subprocessor attack surface. | Leaves deployer fully liable for unlawful Annex III input processing under Art. 26. | Exposes enterprise to €15M–€35M (3%–7% turnover) penalties. |
6 Technical Playbooks for Regulation (EU) 2024/1689 Compliance
Deploy client-side ZTDS™ sanitization across Annex III high-risk domains, general-purpose AI workspaces, financial DORA incident reporting, and European data protection inspections.
Blind Input Sanitization for Annex III Recruitment & Credit Scoring
AI systems used for recruitment, CV screening, performance evaluation (Annex III Point 4), and creditworthiness/insurance assessment (Annex III Point 5) are classified as High-Risk. PrivacyScrubber strips applicant names, national IDs, addresses, ages, and GDPR Art. 9 attributes in local RAM before AI evaluation—enforcing objective, bias-free scoring.
Compliant Enterprise GPAI Usage & Article 50 Transparency
When European enterprises deploy General-Purpose AI (GPAI) interfaces across legal, customer service, and engineering departments, they must satisfy both Article 50 transparency obligations and GDPR Art. 28/44 data transfer rules. Our Chrome MV3 Shield intercepts and tokenizes EU personal data inside the browser DOM before GPAI ingestion.
Aligning with CNIL AI How-To Sheets & EDPB Anonymization Standards
The French CNIL (Commission Nationale de l'Informatique et des Libertés) and the EDPB emphasize source-level data minimization and pseudonymization before feeding corporate documents into RAG pipelines or external LLMs. PrivacyScrubber enforces deterministic local RAM sanitization that satisfies CNIL's privacy-by-design guidelines.
Sanitized EU DORA Major ICT Incident Reporting & Threat Triage
European banks, insurers, and investment firms governed by both the EU AI Act and the Digital Operational Resilience Act (DORA, Regulation (EU) 2022/2554) must submit strict Article 19 major ICT-related incident reports to financial supervisors (EBA, ESMA, EIOPA, BaFin). PrivacyScrubber strips IBANs, internal IP subnets, keys, and client PII locally before AI-assisted incident analysis.
Fast-Tracking German Betriebsrat & Workplace AI Co-Determination
EU AI Act Article 26(7) requires informing workers' representatives before deploying high-risk AI in the workplace, while Germany's Works Constitution Act (§ 87(1) No. 6 BetrVG) grants the Betriebsrat a binding veto over technical systems capable of monitoring employee behavior. Because PrivacyScrubber runs 100% locally in volatile RAM with zero central server logging, enterprises secure rapid Betriebsvereinbarung sign-off.
Fundamental Rights Impact Assessment (FRIA) & Article 12 Audit Receipts
Deployers required to complete an Article 27 Fundamental Rights Impact Assessment (FRIA) and maintain Article 26(6) 6-month operational logs can attach PrivacyScrubber's cryptographic SHA-256 compliance receipts directly to their EU conformity documentation—proving deterministic risk mitigation without storing personal data.
Sovereign Client-Side Sanitization Across Every EU AI Workflow
15k chars free on General Profile; 5k trial quota across 30 vertical profiles. Offline PDF, DOCX, CSV, and OCR sanitization.
Enforces Art. 14 human review and Art. 26(4) input sanitization inside ChatGPT, Claude, Gemini, and Mistral Le Chat.
@privacyscrubber/mcp-server enforces Art. 15 cybersecurity hygiene inside Cursor, Claude Desktop, and Windsurf.
@privacyscrubber/sdk ($299/mo) for Annex III backend pipelines, RAG vector ingestion, and ETL sanitization at <1ms latency.
$99/mo flat for unlimited seats. Centralized Art. 10 rules, XChaCha20-Poly1305 handoff, and Art. 12/27 FRIA receipt exports.
Generate EU AI Act Phase 2 Evidence in 1 Click (On-Prem & Local RAM)
As National Market Surveillance Authorities escalate EU AI Act Phase 2 enforcement against enterprise LLM deployers and autonomous agent workflows (such as recent Parameter-to-Prompt agentic data exfiltration incidents), organizations must prove deterministic data lineage and pre-ingestion sanitization without retaining raw citizen PII. Unlike cloud DLP gateways that create a secondary GDPR subprocessor liability, PrivacyScrubber's 1-Click Cryptographic Compliance Receipt Engine generates tamper-evident SHA-256 & Ed25519 audit evidence 100% locally in browser RAM or air-gapped on-premise environments. Include this reproducible 5-step verification walkthrough directly in your Annex IV Technical Documentation or Article 27 Fundamental Rights Impact Assessment (FRIA):
Launch PrivacyScrubber Web or Chrome MV3 Extension, open browser DevTools (F12 → Network), and clear all logs.
Disable Wi-Fi or set DevTools Network throttling to Offline (Airplane Mode) to verify 100% sovereign client-side execution.
Scrub a sample HR or underwriting record containing EU national IDs, IBANs, names, and Art. 9 sensitive attributes in local RAM.
Export the SHA-256 Compliance Receipt for your 6-month Article 26(6) log archive and confirm 0 outbound network requests.
Close the browser tab and confirm that the local token dictionary is completely wiped from memory with zero disk persistence.
EU AI Act (Art. 10 & Art. 50) Governance Profile: Detection Coverage
Regulation (EU) 2024/1689 High-Risk AI & GPAI ruleset. Enforces Article 10(5) special-category data minimization, Article 15 robustness against prompt extraction, and Article 12 audit log hygiene.
Top 6 EU AI Act Sensitive Entity Types Detected & Scrubbed
Biometric & Facial Template Ref
Art. 10(5) Health & Union Status
EU Natural Person Identity
Annex III Sec. 4 Recruitment ID
Annex III Sec. 5 Creditworthiness
Article 12 Automatic Trace Ref
Continuous Detection Engine Expansion & Custom Regex Sovereignty
The 6 entity types above represent the core detection baseline for EU AI Act. Our zero-trust engine detects hundreds of additional data classes and is continuously updated with new heuristic patterns, shadow AI leak vectors, and custom regulatory rulesets. Need proprietary database IDs or internal project codenames masked? PRO and TEAMS users can define unlimited custom regular expressions running 100% locally in browser RAM.
How the PrivacyScrubber Engine Solves This
Interactive Tool Controls for EU AI Act. Hover for specs.
Article 10 Data Hygiene Compliance
Enforce rigorous data governance and bias-mitigation standards before feeding datasets into high-risk AI models.
- EngineWASM-Accelerated
- Privacy100% Local RAM
- SecurityZero-Server Leak
In-DOM EU AI Act Guardrail
The Browser Extension intercepts and masks personal data in real-time across ChatGPT, Claude, and Copilot.
- EngineWASM-Accelerated
- Privacy100% Local RAM
- SecurityZero-Server Leak
Auditable Zero-Cloud FRIA Evidence
Generate tamper-evident SHA-256 compliance receipts required for EU AI Act Article 27 FRIA and national supervisory audits.
- EngineWASM-Accelerated
- Privacy100% Local RAM
- SecurityZero-Server Leak
EU AI Act Technical Implementation Mapping
Deep architectural mapping of Zero-Trust Data Sanitization (ZTDS) controls to industry-wide regulatory standards.
Zero-Trust Verification Signature
The above technical controls are enforced deterministically by the PrivacyScrubber Local Engine. All redaction cycles generate zero server-side telemetry, satisfying global data residency requirements for EU AI Act institutions.
Hardened Audit Standards
Satisfying the stringent data minimisation and transparency requirements of the EU AI Act.
Privacy by design at the engineering layer.
Data masking as a core organisational control.
No data persistence on untrusted infrastructure.
Federal PII minimisation and transparency controls.
Satisfies Safe Harbor de-identification requirements.
EU AI Act Compliance Library
Step-by-step redaction workflows for EU AI Act environments.
EU AI Act Compliance Checklist for ChatGPT & Copilot Users (2026)
EU AI Act compliance deadlines: August 2025 (GPAI), February 2026 (prohibited AI), August 2026 (transparency). Practical checklist for enterprises using ChatGPT and Copilot.
EU AI Act Compliance
The EU AI Act categorizes ChatGPT and Claude as transparency-risk systems. Understand the new obligations and how local PII sanitization keeps you compliant.
EU AI Act Transparency Requirements for AI Tools (August 2026 Deadline)
By August 2026, all chatbots and deepfakes must be clearly labeled under the EU AI Act. Learn the four risk tiers and what your organization needs to do now.
Data Minimization in the EU AI Act Era
Meet strict EU AI Act requirements for High-Risk Systems. Automatically minimize and pseudonymize data in the browser before transmission to any LLM.
EU AI Act 2026
Prepare your enterprise for the 2026 EU AI Act enforcement. Understand why local processing and zero-server tokenization are critical for GDPR and AI Act alignment.
Prohibited AI Practices vs Local Redaction
Avoid steep fines under the EU AI Act by ensuring employee AI interactions do not leak biometric or sensitive categorization data to third-party providers.
EU AI Act Compliance Checklist for Enterprise LLMs
Ensure your AI deployments meet the strict transparency and data minimization requirements of the EU AI Act with this actionable enterprise checklist.
EU AI Act High-Risk AI
Satisfy EU AI Act Article 10 data quality and privacy mandates for high-risk AI systems. Sanitize training datasets and user prompts locally with zero cloud exposure.
Sanitize EU DORA Major ICT Incident Reports for LLM Analysis (Regulation 2022/2554)
Sanitize EU DORA Major ICT Incident reports (Regulation 2022/2554) in local RAM. Redact internal IPs and credentials before LLM analysis with zero egress.
CNIL AI Recommendations
Comply with French CNIL AI guidelines and recommendations. Redact French names, NIR social security, and IBANs in local RAM with zero cloud egress.
DPO AI Compliance Checklist 2026
A practical checklist for Data Protection Officers to ensure AI tool usage aligns with GDPR and Article 32 security standards. Zero-server architecture.
Swiss FADP & revDSG AI Compliance
Comply with Swiss revDSG and FDPIC generative AI directives. Redact Swiss AHV numbers, IBANs, and client data in RAM with zero cross-border transfer.
NIS2 Directive AI Compliance
Comply with NIS2 Directive (EU 2022/2555) Articles 21 & 23. Sanitize incident response logs, CVE telemetry, and IP topologies in client RAM before AI triage.
Compare Edition Features
From individual use to corporate rollout, choose the level of control your organization requires.
| Core Capabilities | Free Web Only | PRO $15/mo or $110 Lifetime | TEAMS $99/mo | ENTERPRISE Custom Tier |
|---|---|---|---|---|
| 100% Local Processing (Airplane Mode) | ||||
| Text Paste & Single File Docs | 15k General / 5k Verticals | UNLIMITED | UNLIMITED | UNLIMITED |
| Batch Processing & Background OCR | — | |||
| Custom Regex & Specific Redaction Rules | — | |||
| Chrome Extension Native App | — | |||
| Silent Corporate Deployment (MDM) | — | — | ||
| Policy Control Center & Enforcement | — | — | ||
| IDE MCP Server & Headless Node.js SDK | MCP Free | MCP Unlimited | MCP + Team Sync | SDK ($299/mo) & Air-Gap |
| On-Premise Source Code License | — | — | — | |
| 100% Air-Gapped Operation | — | — | — | |
| Dedicated GRC Support | — | — | — | |
| Try Free | Details | Deploy TEAMS | Enterprise Hub |
Complementary AI Privacy Hubs & Frameworks
Cross-framework zero-trust sanitization workflows and enterprise compliance architectures.
Frequently Asked Questions
Common questions about deploying zero-trust AI for EU AI Act Teams.
Does the EU AI Act (Regulation 2024/1689) apply to our company when we use ChatGPT, Claude, or Copilot?
What are the statutory EU AI Act enforcement milestones through August 2026 and 2027?
How does client-side tokenization satisfy EU AI Act Article 10, Article 15, and GDPR Article 32?
How does PrivacyScrubber support our Article 27 Fundamental Rights Impact Assessment (FRIA) and Works Council reviews?
How does PrivacyScrubber handle cross-border GPAI transfers under Schrems II and EDPB 01/2020?
Zero-Trust Sanitization Verified
Technical safeguards supporting GDPR Art. 32, HIPAA & CCPA. All PII processing occurs locally in browser RAM.
