Redbot Labs / Attack Intelligence

Unauthorized AI Data Processing

Record ID
RB-060
Severity
High
Category
Data Leakage
Confidence Score
99
Published
Updated

Summary

Unauthorized AI Data Processing occurs when sensitive, regulated, confidential, proprietary, or otherwise restricted information is submitted to or processed by an AI system that is not authorized to handle that specific data classification, regulatory requirement, contractual restriction, or business use.

The AI application itself may be legitimate or enterprise-approved, but the particular data, processing purpose, configuration, or AI environment falls outside the organization's permitted security and governance boundary.

Executive Summary

Unauthorized AI Data Processing occurs when an artificial intelligence system processes information that it is not approved or appropriately configured to handle.

Unlike Shadow AI Data Exposure, this technique does not require the use of an unauthorized AI application.

An organization may approve an AI platform for general enterprise use while prohibiting that platform, account, model, workspace, integration, or configuration from processing particular categories of information.

Examples include protected health information, personally identifiable information, payment information, financial records, legal documents, customer secrets, source code, authentication credentials, export-controlled information, research data, intellectual property, or other restricted information.

The security failure occurs when the authorization governing the data does not match the authorization governing the AI environment.

A user may therefore be permitted to access the data and permitted to use the AI platform while still being prohibited from combining the two.

This condition is increasingly important because enterprise AI adoption creates multiple processing environments with different contractual, privacy, retention, geographic, security, and regulatory properties.

An enterprise AI account may have different protections from a consumer account.

One model deployment may be approved for confidential information while another is not.

An internally hosted model may be permitted to process regulated data while an external API is prohibited.

An AI research tool may be approved for de-identified information but not identifiable patient information.

The 2026 Loma Linda University Health incident provides real-world validation of this risk. During an approved research study, a file containing protected health information was inadvertently uploaded to an external AI platform.

The incident demonstrates that legitimate users, legitimate projects, and legitimate AI technology can still produce unauthorized AI data processing when the data crosses into an AI environment that is not appropriate for that information.

Attack Overview

Unauthorized AI Data Processing occurs when information is handled by an AI system outside the authorization established for that data.

The condition may involve:

  • Protected health information
  • Personally identifiable information
  • Financial information
  • Payment information
  • Customer records
  • Legal documents
  • Attorney-client privileged information
  • Source code
  • Authentication credentials
  • API secrets
  • Intellectual property
  • Confidential business information
  • Research data
  • Export-controlled information
  • Government information
  • Contractually restricted information
  • Sensitive employee information

The AI system involved may be an approved enterprise platform.

The failure can instead arise from the specific account, model, workspace, deployment, integration, geographic region, retention configuration, provider agreement, or processing purpose.

For example, an organization may authorize an AI assistant for public and internal information but prohibit it from processing regulated customer records.

A healthcare organization may approve an AI platform for administrative use while requiring a separately configured environment and appropriate contractual protections before protected health information can be processed.

A development team may be authorized to use an AI coding assistant while being prohibited from submitting proprietary source code or production credentials.

A research team may be approved to use an external AI service with de-identified datasets while identifiable patient information remains prohibited.

The defining security condition is therefore not whether the AI application is authorized generally.

It is whether the AI system is authorized to process the specific information being provided to it under the applicable security, privacy, contractual, regulatory, and business requirements.

Attack Flow

1. Authorized Data Access

An employee, researcher, clinician, developer, contractor, or other user legitimately accesses organizational information.

2. AI System Selection

The user accesses an AI system that may itself be approved or legitimately available for organizational use.

3. Legitimate Business Objective

The user attempts to perform a valid business task such as summarization, analysis, research, coding, drafting, classification, document review, transcription, or automation.

4. Restricted Data Introduction

Information subject to security, privacy, contractual, regulatory, or organizational restrictions is provided to the AI system.

5. Authorization Mismatch

The AI environment is not approved or appropriately configured to process that particular data classification, even though the user, project, or AI application may otherwise be authorized.

6. AI Processing

The AI provider or system receives, analyzes, transforms, stores, logs, transmits, embeds, summarizes, or otherwise processes the restricted information.

7. Governance Boundary Violation

The organization’s required protections for retention, access, geographic processing, contractual handling, deletion, monitoring, training use, privacy, or regulatory compliance may no longer be assured.

8. Discovery

The organization identifies the unauthorized processing through monitoring, investigation, audit, employee reporting, privacy review, regulatory review, or another security event.

9. Business Impact

The organization may face privacy notification, regulatory reporting, contractual obligations, remediation costs, legal exposure, compliance consequences, or loss of control over sensitive information.

Attack Path:

Authorized Data Access → Approved or Available AI System → Restricted Data Introduction → Data-to-System Authorization Mismatch → AI Processing → Governance Boundary Violation → Sensitive Data Exposure → Regulatory, Legal, or Business Impact

Affected Systems

• Enterprise generative AI platforms
• External AI services
• AI research platforms
• AI document-analysis systems
• AI coding assistants
• AI transcription platforms
• AI meeting assistants
• AI analytics tools
• LLM APIs
• AI agents
• RAG systems
• Model inference environments
• Enterprise copilots
• AI SaaS applications
• Healthcare AI systems
• Financial-services AI systems
• Research environments
• Legal AI platforms
• Customer-support AI systems
• Internal AI applications
• Cloud AI services
• Data repositories integrated with AI applications

Business Impact

Unauthorized AI Data Processing creates risk even when an organization has formally adopted artificial intelligence and employees are using approved technology for legitimate work.

The central problem is authorization mismatch.

An employee may be authorized to access information.

The employee may also be authorized to use an AI platform.

Neither authorization necessarily permits that specific information to be processed by that specific AI environment.

Potential consequences include:

  • PHI exposure
  • PII exposure
  • Financial-data exposure
  • Intellectual property disclosure
  • Legal privilege loss
  • Source-code exposure
  • Credential disclosure
  • Regulatory reporting
  • Patient or customer notification
  • Privacy violations
  • Contractual violations
  • Data residency violations
  • Retention-policy violations
  • Third-party processing risk
  • Compliance failures
  • Legal liability
  • Incident-response costs
  • Reputational damage

The risk becomes more complex as organizations operate multiple AI environments.

The same provider may offer consumer, business, enterprise, API, and regulated-industry configurations with materially different security and data-handling properties.

Organizations therefore cannot treat an AI vendor name as the security boundary.

Authorization must apply to the specific processing environment and the specific data involved.

The Loma Linda University Health incident demonstrates the practical consequence.

An approved research activity involved patient information, but a file containing PHI was inadvertently uploaded to an external AI platform.

The broader security lesson is applicable across healthcare, finance, legal services, technology, government, insurance, research, and other regulated industries.

Enterprise AI governance must answer not only which AI systems employees may use, but exactly which information each system is permitted to process.

Testing Methodology

Define the organization’s AI data-processing matrix before testing.

For each AI application or environment, identify which data classifications are explicitly permitted and prohibited.

Test whether controls enforce those restrictions.

Use controlled synthetic information representing:

  • PII
  • PHI
  • Financial records
  • Payment information
  • Customer information
  • Confidential documents
  • Source code
  • API credentials
  • Legal information
  • Research information
  • Intellectual property

Attempt to provide restricted test data through:

  • Prompts
  • File uploads
  • Document attachments
  • APIs
  • Browser extensions
  • Agent tools
  • RAG ingestion
  • Clipboard operations
  • Coding assistants
  • Meeting assistants
  • Transcription services
  • Automated integrations

Verify whether the AI application recognizes and blocks prohibited data classifications.

Test whether data loss prevention controls distinguish between approved and prohibited AI processing environments.

Determine whether users can switch from approved enterprise accounts to consumer or personal instances of the same AI provider.

Review whether different model deployments or workspaces have different data-processing permissions.

Verify contractual requirements associated with regulated data.

For healthcare environments, determine whether systems permitted to process PHI have the necessary organizational approval and contractual protections.

Test whether de-identification requirements are technically or procedurally enforced before AI processing.

Review retention, deletion, training, logging, geographic processing, and administrative-access settings.

Verify that AI integrations inherit appropriate data classification and authorization policies.

Test whether users can circumvent restrictions through APIs, mobile applications, alternate models, browser extensions, personal accounts, or file-sharing mechanisms.

The objective is to determine whether authorization follows the data rather than merely the application.

Detection Guidance

Monitor for:

  • Restricted data entering AI systems not approved for that classification
  • PHI transmitted to non-approved AI environments
  • PII uploaded to AI applications outside approved processing controls
  • Financial records transmitted to unauthorized AI workspaces
  • Source code submitted to AI systems prohibited from processing proprietary code
  • Credentials or secrets appearing in AI prompts
  • Regulated information uploaded through AI file interfaces
  • Sensitive documents processed through consumer AI accounts
  • Users switching between enterprise and personal AI accounts
  • Restricted data sent to external model APIs
  • AI applications processing information outside approved geographic regions
  • AI environments with incompatible retention policies
  • AI integrations accessing higher-sensitivity data than their approved classification
  • Research datasets containing identifiers submitted to external AI systems
  • Data-classification labels being removed before AI submission
  • Sensitive-data access immediately followed by AI service interaction
  • High-volume document transfers to AI platforms
  • Newly introduced AI applications processing regulated information
  • AI processing inconsistent with contractual or privacy requirements

Detection should correlate three elements:

  1. Data classification
  2. User authorization
  3. AI processing-environment authorization

The presence of an approved user and approved AI application should not automatically make the transaction permissible.

Organizations should alert when the classification of the information exceeds the approved processing level of the destination AI environment.

Mitigation Guidance

  • Establish an AI data-processing authorization matrix
  • Classify information before AI processing
  • Define permitted data classifications for every approved AI system
  • Separate general-purpose AI environments from regulated-data environments
  • Require specific approval before AI systems process PHI, PII, financial data, legal information, or other restricted information
  • Implement data loss prevention controls for AI prompts and uploads
  • Block prohibited data types from unauthorized AI environments
  • Require enterprise accounts for organizational AI usage
  • Restrict consumer and personal AI accounts
  • Evaluate provider retention policies
  • Evaluate model-training and secondary-use policies
  • Verify deletion requirements
  • Evaluate geographic processing requirements
  • Apply appropriate contractual protections
  • Review AI provider subprocessors
  • Restrict sensitive information from model training
  • Apply least privilege to AI data integrations
  • Limit RAG systems to authorized data repositories
  • Apply document-level authorization to AI retrieval
  • Prevent credentials and secrets from entering AI systems
  • Require de-identification where appropriate
  • Incorporate AI systems into privacy impact assessments
  • Incorporate AI processing into research security reviews
  • Include AI environments in third-party risk management
  • Monitor for data-classification mismatches
  • Train users that approval to use an AI tool does not equal approval to process every type of organizational information
  • Include unauthorized AI data processing in incident-response procedures

MITRE Mapping

T1567 — Exfiltration Over Web Service Contextual mapping. MITRE ATT&CK T1567 describes information being transferred through legitimate external web services. Unauthorized AI Data Processing may create a similar technical data path when restricted organizational information is transmitted to an external AI service. However, RB-060 does not require malicious intent or adversarial exfiltration. The user may be authorized to access the information and may be performing legitimate work. The security failure is the mismatch between the data classification and the AI environment authorized to process it. Relevant Mitigation: M1057 — Data Loss Prevention Data loss prevention controls can identify or prevent restricted information from being transmitted to AI environments that are not authorized for that data. Mapping Note: MITRE ATT&CK does not precisely model accidental or policy-violating AI processing by legitimate users. T1567 should therefore be treated as a contextual data-flow relationship rather than an exact behavioral equivalence.

OWASP Mapping

PRIMARY LLM02:2025 — Sensitive Information Disclosure Unauthorized AI Data Processing aligns strongly with OWASP's Sensitive Information Disclosure risk because restricted information may include personally identifiable information, financial information, health records, confidential business data, credentials, legal documents, and other sensitive information. OWASP recommends data sanitization and controls designed to prevent sensitive information from entering LLM systems when that information should not be processed. SECONDARY LLM07:2025 — System Prompt Leakage Contextual only where sensitive organizational information, secrets, credentials, or protected configuration becomes incorporated into AI context or system-level instructions. Mapping Note: RB-060 specifically focuses on authorization of the AI processing event. The security question is not merely whether information is sensitive. The question is whether this particular AI environment is authorized to receive and process that information under the organization's security, privacy, regulatory, contractual, and business requirements.

Technical References

OWASP GenAI Security Project
LLM02:2025 — Sensitive Information Disclosure
https://genai.owasp.org/llmrisk/llm022025-sensitive-information-disclosure/
OWASP identifies PII, financial information, health records, confidential business data, security credentials, and legal documents among the sensitive information that can be exposed through LLM applications.

MITRE ATT&CK
T1567 — Exfiltration Over Web Service
https://attack.mitre.org/techniques/T1567/

MITRE ATT&CK
M1057 — Data Loss Prevention
https://attack.mitre.org/mitigations/M1057/

U.S. Department of Health and Human Services
HIPAA Security Rule
https://www.hhs.gov/hipaa/for-professionals/security/index.html

Related Attack Intelligence