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Best Practices

How to Build an AI Governance Framework for Manufacturing

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BENJAMIN CORLL
November 06, 2026 - 6 読了時間
>How to Build an AI Governance Framework for Manufacturing

Shadow AI, the use of unsanctioned AI tools by employees, creates a massive security blind spot in manufacturing by exposing sensitive intellectual property. To manage this, organizations must implement a governance framework to gain visibility, enforce security guardrails, and guide teams to use AI safely without slowing down innovation.

Key Takeaways

  • Shadow AI is a Major Risk: Unsanctioned AI use is growing rapidly in manufacturing, creating a high risk of intellectual property theft when employees upload proprietary data like CAD files or formulas to public AI models.
     
  • The Solution is Governance, Not Blocking: Instead of banning AI, the best approach is an "See it, Guide it, Secure it" governance framework that provides visibility and control over how AI is used.
     
  • A Proactive Plan is Key: A focused 60-day plan can help you move from a reactive security posture to proactively managing AI risks, enabling you to gain visibility and enforce security policies quickly.
     

AI is already on your factory floor, now what?

AI is driving the next generation of manufacturing innovation, from the design engineer’s desktop to the supply chain analyst's dashboard. But for many organizations, this push to adopt AI creates a massive security blind spot. Enterprise AI/ML transactions have surged by 83% year-over-year, with the number of AI applications in use quadrupling to over 3,400, according to the Zscaler Threatlabz 2026 AI Security Report. The manufacturing industry is a primary driver of this trend, accounting for 19.5% of all enterprise AI/ML activity. 

The data is clear: AI is already on your factory floor. The question is, are they using it safely? The same tool that boosts productivity, if not governed, can also become a black hole of your most sensitive intellectual property. To prevent this, you need the ability to see AI tools in your environment and control what data should be allowed and what should be blocked without impacting productivity.

The reality of shadow AI in manufacturing 

The pressure to innovate faster and do more with less is driving the unsanctioned use of AI tools that operate outside of IT’s visibility. This is the world of “Shadow AI,” and it is one way of how your most sensitive data is getting exposed, creating a need for security controls that traditional tools were never designed for.

This risk often appears in workflows you might not expect:

  • Are your designers uploading CAD files to AI? A design engineer uses a public AI model to simulate performance, unknowingly adding proprietary designs to a public dataset.
     
  • Are your engineers getting troubleshooting recommendations from AI?  A process engineer pastes PLC fault logs into ChatGPT to find a fix, exposing operational data. 
     
  • Is your IP protected from AI prompts? A quality manager submits batch formulation data to a free-tier tool, and that data is now retained for training the public model. 
     

The irony is that in the pursuit of productivity, employees are the very ones exposing your most valuable intellectual property. Unknowingly they are causing the same risk as an external attacker. 

An AI governance framework for manufacturing

The solution isn't blocking AI; it's implementing an AI governance framework that enables safe adoption and usage. This is the foundation for protecting your organization (and its IP) while empowering your workforce. 

But building this framework requires acknowledging a hard truth: most manufacturing organizations are not prepared for the security risks of AI. This lack of preparedness is a critical, industry-wide blindspot. The Zscaler ThreatLabz 2026 Frontier AI Readiness Report recently assessed enterprise readiness for AI threats and found that the AI governance pillar scored a shockingly low 10.5%, the worst of all categories. This proves that while AI adoption is high, the maturity to secure it is dangerously low.

A successful framework is built on three pillars:

  1. See it (Visibility): The first step to governing AI is an inventory of AI application in your organization, including those on employees' endpoints and running in the cloud. You can't protect what you can't see, yet what you cannot see can’t be governed. 
     
  2. Guide it (Guardrails): Go beyond static acceptable use policies. This is where you enforce rules with automated, real-time controls that actively protect your data and prevent misuse. For example, you can:
    1. Prevent sensitive IP from being uploaded blocking files like CAD drawings, source code, or product formulas from being sent to public AI models.
       
    2. Control user prompts by analyzing what users are asking and blocking requests that are malicious, outside of approved use cases, or attempt to exfiltrate data. Intent-based monitoring is also available to detect if/when users are trying to work around IT’s controls. 
       
    3. Coach users in real-time by instantly notifying them when they attempt a risky action, reinforcing your security policies and guiding them to safer alternatives. This is similar to a floor’s safety supervisor who walks around to ensure workers are adhering to factory safety guidelines and enforcing the use of PPE such as earplugs and safety glasses. 
       
  3. Secure It (enforce & educate): This isn’t a "set it and forget it" process. The final step is to continuously monitor AI usage to detect policy violations, educate users in real-time, and refine your guardrails as new AI tools and risks emerge.

Shadow AI thrives when no sanctioned, viable alternative exists. This framework provides the blueprint to create that alternative, moving your organization from reactive to proactive and replacing ambiguity with control. By establishing clear guardrails and enabling safe AI tools, you remove the primary driver for unsanctioned use. But a blueprint is only useful when you start building.

Your first 60 days: A plan to Control Shadow AI

Gaining control over Shadow AI does not require a multi-year project. It requires a focused effort. Here is a 60-day roadmap to get you started.

Days 1-15 Discovery: Gain visibility of AI usage across business units, engineering, and the plant floor.

Days 16-30 Risk Assessment: Learn which apps are in use and how employees are using them.

Days 31-60 Guardrails & Ownership: Define and enforce policies & controls, enabling the business to direct users to enterprise-governed AI applications.

At the end of these 60 days, Shadow AI is no longer a blind spot. You will have the visibility and controls needed to protect your intellectual property while guiding your teams toward sanctioned, enterprise-ready AI. This transforms your security posture from reactive to proactive, creating a culture where secure innovation can thrive.

Turn AI Risk into Your Competitive Advantage

You don’t have to choose between innovation and security. With a Zero Trust architecture built for the age of AI, you can empower your teams to innovate both quickly and safely. 

Get the complete blueprint for enabling AI innovation without exposing your intellectual property. Watch the on-demand webinar Enabling AI Innovation Without Exposing Intellectual Property. 

FAQs

Shadow AI refers to the use of unsanctioned AI applications by employees without company oversight, creating significant security vulnerabilities and data exposure risks.

In manufacturing, Shadow AI poses a major risk by enabling employees to unknowingly upload sensitive intellectual property, such as proprietary design files or formulas, to public AI models where it can be compromised.

Manufacturing companies can safely adopt AI by implementing a governance framework that provides full visibility into AI usage, enforces security policies to prevent data loss, and guides employees toward sanctioned, secure applications.

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