Cybersecurity Tip #17:

Many AI applications integrate directly with business tools such as Microsoft 365, Google Workspace, CRMs, cloud storage platforms, and communication systems. While these integrations improve productivity, they can also provide AI tools with access to sensitive business information.

Regularly reviewing AI application permissions helps organizations maintain control over their data and reduce unnecessary security risks.

Understand What AI Can Access

Many AI platforms request permissions to access company resources during setup.

These permissions may include: 

• Email accounts
• Cloud storage
• Calendars 
• Business documents
• Collaboration platforms

Understanding these permissions helps organizations make informed decisions before granting access.

Limit Access to What's Necessary

AI tools should only have access to the information they need to perform their intended function.

Organizations should:

• Grant the minimum required permissions
• Avoid unnecessary integrations
• Remove access that is no longer needed
• Review permissions after software updates

Limiting access helps reduce the impact of a compromised account or application.

Review Connected Applications Regularly

As businesses adopt new AI tools, connected applications can quickly accumulate.

Regular reviews should identify:

• Unused AI applications
• Duplicate integrations 
• Outdated permissions
• Applications no longer approved by the organization

Routine reviews help keep business systems secure and organized.

Educate Employees About AI Integrations

Employees should understand that granting permissions may allow AI applications to access business information.

Providing guidance on approved AI tools and proper authorization procedures helps reduce accidental exposure of sensitive data.

Why It Matters

Every connected application represents another potential access point into your business environment. Regular permission reviews help organizations maintain better visibility, strengthen security, and protect sensitive information from unnecessary exposure.