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The Intern Problem is Real: Why 90% of Enterprises Fear Unauthorized AI Data Access

GenAI Security
Blog

Highlights

  • Enterprises often don’t realize that overpermissioned roles, especially interns, contractors, or junior staff, can query GenAI tools for sensitive data outside their scope.
  • Traditional DLP tools struggle to detect these AI prompt-based leaks, making visibility into AI usage and access alignment critical.
  • Solving this requires continuous monitoring, job-aligned access policies, and user-level enforcement that adapts to AI interactions, not just static role permissions.

The Wake-Up Call That’s Keeping CISOs Awake

During a recent conversation with a healthcare CISO, they shared something that perfectly encapsulates the challenge facing enterprises today:

“We have a lot of concerns around Copilot... People have forgotten who has access to certain file shares or SharePoint sites. They’ve misplaced something where everybody can see it.”

This isn’t an isolated concern. In our conversations with enterprises deploying Microsoft Copilot and other GenAI tools, 90% express the same fundamental fear: What if an intern gets access to CEO emails?

But here’s what’s really keeping security leaders up at night ─ it’s not just interns. It’s the marketing analyst who can suddenly ask Copilot for “vendor agreements” and gain access to financial contracts they were never meant to see. It’s the new hire who can prompt their way into acquisition documents from a completely different division.

The GenAI Amplification Effect: From Weeks to Seconds

One security leader from a Fortune 500 manufacturing company put it perfectly during our assessment:

“In the past, if sensitive information was overshared in terms of permissions, it would take employees weeks or months to find the right SharePoint, the right folder, the right file to be able to see that sensitive information. But with Copilot, they can just ask a question about it.”

This is the crux of what we call the “GenAI Amplification Effect” where existing data governance problems become exponentially more dangerous when combined with AI’s search capabilities.

The Technical Reality Behind the Risk

When you deploy Microsoft Copilot, Google Gemini, or similar enterprise AI tools, they don't just connect to your data ─ they index it using vector embeddings that make information discoverable through natural language queries. What once required:

  • Knowing the exact SharePoint site
  • Navigating through folder structures
  • Having direct links to specific documents
  • Understanding complex file naming conventions

Now requires only:

  • A simple question in natural language
  • Basic knowledge of what you’re looking for

Real-World Examples from Our Customer Assessments

The Healthcare Data Exposure

During a risk assessment for a major healthcare system, we discovered that over 70% of Copilot queries returned sensitive patient information (PHI) to users who shouldn’t have access. The root cause? Years of “Everyone Except External Users” permissions on SharePoint sites containing patient records.

A facilities manager could ask: “Show me recent patient complaints about our emergency room” and receive detailed PHI from medical records ─ not because Copilot was broken, but because the underlying permissions were misconfigured.

The Financial Services Oversharing

At a global financial services firm, we found that junior analysts could access senior executive compensation data, M&A documents, and regulatory filings simply by asking Copilot questions like:

  • “What are our upcoming acquisition targets?”
  • “Show me executive compensation benchmarks”
  • “What regulatory issues are we facing?”

The data existed in broadly shared SharePoint sites that were created during various projects and never properly restricted.

The Manufacturing IP Leak

A manufacturing client discovered that product engineers could access competitive intelligence, pricing strategies, and customer contract terms from completely unrelated business units all through natural language queries to their enterprise AI system.

Why This Isn’t a “GenAI Problem” but a Governance Problem

The critical insight that many organizations miss: GenAI didn’t create these risks. It simply made existing ones impossible to ignore.

The real culprits are:

Years of Forgotten Permissions

  • SharePoint sites created for projects that ended years ago
  • “Temporary” access that was never revoked
  • Department mergers that created overlapping permissions
  • Acquisition integrations that opened unexpected data pathways

Cultural Habits of Overpermissioning

  • “Just give them full access so they won’t call IT”
  • Default settings that prioritize convenience over security
  • Lack of regular permission audits
  • No clear data ownership accountability

The Complexity Trap

In our assessments, we consistently find that organizations with the most complex data environments have the highest oversharing risks. When you have:

  • 50,000+ SharePoint sites
  • Hundreds of Teams channels
  • Thousands of shared folders
  • Years of employee turnover

...manual governance becomes impossible.

The Business Impact: Beyond Security Concerns

Compliance Violations

Organizations subject to HIPAA, GDPR, SOX, or industry-specific regulations face significant penalties when AI tools surface regulated data inappropriately. We've seen clients discover potential violations during AI risk assessments that could have resulted in millions in fines.

Competitive Intelligence Exposure

Internal strategic documents, pricing models, and competitive analysis becoming accessible across business units can compromise competitive advantage and leak sensitive market strategies.

Executive Privacy and HR Issues

When salary information, performance reviews, or executive communications become broadly accessible, it creates both legal liability and workplace culture issues.

Customer Data Breaches

Customer contracts, pricing agreements, and sensitive business terms surfacing inappropriately can violate NDAs and damage client relationships.

The Solution: Proactive AI Data Governance

❇️  Risk Assessment Before Deployment

Before rolling out Copilot or other enterprise AI tools, organizations need to understand their current exposure:

  • Simulate AI queries to identify what sensitive data could be surfaced
  • Map permission inheritance across SharePoint, Teams, and OneDrive
  • Identify high-risk data categories based on your industry and compliance requirements
  • Prioritize remediation based on business impact and regulatory requirements

❇️  Continuous Monitoring During Use

Once AI tools are deployed, ongoing vigilance is essential:

  • Monitor AI interactions for patterns indicating inappropriate data access
  • Track sensitive data exposure in real-time
  • Identify insider threat indicators through behavioral analysis
  • Automate alerts for policy violations

❇️  Decentralized Remediation

Rather than overwhelming central IT teams, effective AI governance distributes responsibility:

  • Empower business units with clear remediation workflows
  • Provide step-by-step guidance for fixing permission issues
  • Create accountability through automated reporting
  • Enable self-service permission management tools

Making AI Safe Without Slowing Innovation

The goal isn’t to prevent AI adoption but to make it secure. Organizations that take a proactive approach to AI data governance can:

  • Deploy AI tools confidently across their entire organization
  • Maintain compliance with industry regulations
  • Protect sensitive data without limiting productivity
  • Build stakeholder trust in their AI initiatives

The Question That Matters Most

The question isn’t whether your data is overshared. In our experience assessing hundreds of enterprise environments, some level of oversharing exists in virtually every organization.

The real question is: Will you discover it before or after you deploy AI to your entire organization?

Taking Action: Your Next Steps

If you’re planning to deploy or expand enterprise AI tools:

  1. Conduct a proactive risk assessment to understand your current exposure
  2. Implement continuous monitoring to detect inappropriate access patterns
  3. Establish clear governance processes for ongoing AI security
  4. Create cross-functional accountability between security, IT, and business units

The “Intern Problem” is real, but it’s also solvable. Organizations that address data governance proactively can unlock AI’s transformative potential while maintaining security, compliance, and stakeholder trust.

About the Author

Oz Wasserman is the Founder of Opsin, with over 15 years of cybersecurity experience focused on security engineering, data security, governance, and product development. He has held key roles at Abnormal Security, FireEye, and Reco.AI, and has a strong background in security engineering from his military service.

The Intern Problem is Real: Why 90% of Enterprises Fear Unauthorized AI Data Access

Highlights

  • Enterprises often don’t realize that overpermissioned roles, especially interns, contractors, or junior staff, can query GenAI tools for sensitive data outside their scope.
  • Traditional DLP tools struggle to detect these AI prompt-based leaks, making visibility into AI usage and access alignment critical.
  • Solving this requires continuous monitoring, job-aligned access policies, and user-level enforcement that adapts to AI interactions, not just static role permissions.

The Wake-Up Call That’s Keeping CISOs Awake

During a recent conversation with a healthcare CISO, they shared something that perfectly encapsulates the challenge facing enterprises today:

“We have a lot of concerns around Copilot... People have forgotten who has access to certain file shares or SharePoint sites. They’ve misplaced something where everybody can see it.”

This isn’t an isolated concern. In our conversations with enterprises deploying Microsoft Copilot and other GenAI tools, 90% express the same fundamental fear: What if an intern gets access to CEO emails?

But here’s what’s really keeping security leaders up at night ─ it’s not just interns. It’s the marketing analyst who can suddenly ask Copilot for “vendor agreements” and gain access to financial contracts they were never meant to see. It’s the new hire who can prompt their way into acquisition documents from a completely different division.

The GenAI Amplification Effect: From Weeks to Seconds

One security leader from a Fortune 500 manufacturing company put it perfectly during our assessment:

“In the past, if sensitive information was overshared in terms of permissions, it would take employees weeks or months to find the right SharePoint, the right folder, the right file to be able to see that sensitive information. But with Copilot, they can just ask a question about it.”

This is the crux of what we call the “GenAI Amplification Effect” where existing data governance problems become exponentially more dangerous when combined with AI’s search capabilities.

The Technical Reality Behind the Risk

When you deploy Microsoft Copilot, Google Gemini, or similar enterprise AI tools, they don't just connect to your data ─ they index it using vector embeddings that make information discoverable through natural language queries. What once required:

  • Knowing the exact SharePoint site
  • Navigating through folder structures
  • Having direct links to specific documents
  • Understanding complex file naming conventions

Now requires only:

  • A simple question in natural language
  • Basic knowledge of what you’re looking for

Real-World Examples from Our Customer Assessments

The Healthcare Data Exposure

During a risk assessment for a major healthcare system, we discovered that over 70% of Copilot queries returned sensitive patient information (PHI) to users who shouldn’t have access. The root cause? Years of “Everyone Except External Users” permissions on SharePoint sites containing patient records.

A facilities manager could ask: “Show me recent patient complaints about our emergency room” and receive detailed PHI from medical records ─ not because Copilot was broken, but because the underlying permissions were misconfigured.

The Financial Services Oversharing

At a global financial services firm, we found that junior analysts could access senior executive compensation data, M&A documents, and regulatory filings simply by asking Copilot questions like:

  • “What are our upcoming acquisition targets?”
  • “Show me executive compensation benchmarks”
  • “What regulatory issues are we facing?”

The data existed in broadly shared SharePoint sites that were created during various projects and never properly restricted.

The Manufacturing IP Leak

A manufacturing client discovered that product engineers could access competitive intelligence, pricing strategies, and customer contract terms from completely unrelated business units all through natural language queries to their enterprise AI system.

Why This Isn’t a “GenAI Problem” but a Governance Problem

The critical insight that many organizations miss: GenAI didn’t create these risks. It simply made existing ones impossible to ignore.

The real culprits are:

Years of Forgotten Permissions

  • SharePoint sites created for projects that ended years ago
  • “Temporary” access that was never revoked
  • Department mergers that created overlapping permissions
  • Acquisition integrations that opened unexpected data pathways

Cultural Habits of Overpermissioning

  • “Just give them full access so they won’t call IT”
  • Default settings that prioritize convenience over security
  • Lack of regular permission audits
  • No clear data ownership accountability

The Complexity Trap

In our assessments, we consistently find that organizations with the most complex data environments have the highest oversharing risks. When you have:

  • 50,000+ SharePoint sites
  • Hundreds of Teams channels
  • Thousands of shared folders
  • Years of employee turnover

...manual governance becomes impossible.

The Business Impact: Beyond Security Concerns

Compliance Violations

Organizations subject to HIPAA, GDPR, SOX, or industry-specific regulations face significant penalties when AI tools surface regulated data inappropriately. We've seen clients discover potential violations during AI risk assessments that could have resulted in millions in fines.

Competitive Intelligence Exposure

Internal strategic documents, pricing models, and competitive analysis becoming accessible across business units can compromise competitive advantage and leak sensitive market strategies.

Executive Privacy and HR Issues

When salary information, performance reviews, or executive communications become broadly accessible, it creates both legal liability and workplace culture issues.

Customer Data Breaches

Customer contracts, pricing agreements, and sensitive business terms surfacing inappropriately can violate NDAs and damage client relationships.

The Solution: Proactive AI Data Governance

❇️  Risk Assessment Before Deployment

Before rolling out Copilot or other enterprise AI tools, organizations need to understand their current exposure:

  • Simulate AI queries to identify what sensitive data could be surfaced
  • Map permission inheritance across SharePoint, Teams, and OneDrive
  • Identify high-risk data categories based on your industry and compliance requirements
  • Prioritize remediation based on business impact and regulatory requirements

❇️  Continuous Monitoring During Use

Once AI tools are deployed, ongoing vigilance is essential:

  • Monitor AI interactions for patterns indicating inappropriate data access
  • Track sensitive data exposure in real-time
  • Identify insider threat indicators through behavioral analysis
  • Automate alerts for policy violations

❇️  Decentralized Remediation

Rather than overwhelming central IT teams, effective AI governance distributes responsibility:

  • Empower business units with clear remediation workflows
  • Provide step-by-step guidance for fixing permission issues
  • Create accountability through automated reporting
  • Enable self-service permission management tools

Making AI Safe Without Slowing Innovation

The goal isn’t to prevent AI adoption but to make it secure. Organizations that take a proactive approach to AI data governance can:

  • Deploy AI tools confidently across their entire organization
  • Maintain compliance with industry regulations
  • Protect sensitive data without limiting productivity
  • Build stakeholder trust in their AI initiatives

The Question That Matters Most

The question isn’t whether your data is overshared. In our experience assessing hundreds of enterprise environments, some level of oversharing exists in virtually every organization.

The real question is: Will you discover it before or after you deploy AI to your entire organization?

Taking Action: Your Next Steps

If you’re planning to deploy or expand enterprise AI tools:

  1. Conduct a proactive risk assessment to understand your current exposure
  2. Implement continuous monitoring to detect inappropriate access patterns
  3. Establish clear governance processes for ongoing AI security
  4. Create cross-functional accountability between security, IT, and business units

The “Intern Problem” is real, but it’s also solvable. Organizations that address data governance proactively can unlock AI’s transformative potential while maintaining security, compliance, and stakeholder trust.

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