How to Improve Visibility Across Your Enterprise AI Ecosystem
Cisco index reveals 60% of organizations lack visibility into GenAI requests, highlighting structural security gaps in enterprise AI.

Stock photo for illustration only, not from the actual event
- AI adoption has outpaced governance across enterprise environments.
- 60% of organizations do not know specific employee GenAI requests.
- Traditional monitoring tools fail to track modern AI activity.
- Organizations must adopt continuous discovery and advanced AI platforms.
Artificial intelligence adoption has outpaced AI governance across enterprise environments, creating a fundamental security problem. Organizations cannot protect what they cannot see, and visibility has become the prerequisite for all other AI security controls. Traditional monitoring tools fail to track AI activity effectively, creating significant risks that require new strategies for security teams.
The gap between enterprise AI adoption and AI governance is becoming harder to ignore. Cisco’s 2025 Cybersecurity Readiness Index found that 60% of organizations do not know the specific requests employees make to GenAI tools. That lack of visibility makes it harder to monitor data movement, enforce policy, and understand which tools are operating across the enterprise.
The issue is structural rather than cultural. Organizations built their monitoring tools to track traditional software, and these systems were never designed to detect how AI moves through a network. Standard discovery tools can identify a software subscription but often miss AI usage patterns entirely.
When employees circumvent official channels to use AI tools, IT loses visibility into where sensitive company data is actually going. This structural gap poses real operational risk, as data flows to destinations that the security team cannot monitor or control.

Stock photo for illustration only, not from the actual event
Shadow AI refers to employees using AI tools and applications without explicit approval from the organization. This differs from traditional shadow IT because rogue software subscriptions remain visible to standard discovery tools in ways that AI usage often does not, carrying distinct risk profiles that require targeted responses.
The hidden nature of Shadow AI compared to legacy shadow IT demonstrates why standard detection systems fail against modern workflows. Because AI capabilities are frequently embedded directly into approved productivity platforms, their network traffic is indistinguishable from normal daily activity.
A common version of this risk occurs when an employee pastes a document into a public chatbot to save time on a routine task. This behavior is rarely malicious, reflecting normal workers reaching for the most convenient tool rather than an intent to bypass protocols. Risks also reside within already approved tools when security reviews predate newly added AI features.
Source: AI News
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