Over the past two years, organizations have invested heavily in AI adoption. Engineering teams use large language models to accelerate development, sales teams rely on them for research and communication, and knowledge workers increasingly integrate AI assistants into their daily workflows. In many companies, these tools have become as commonplace as email or cloud storage.
Adoption moved faster than visibility
Despite this rapid adoption, most organizations have relatively little visibility into how AI systems are being used. Security teams can often identify which applications are installed on managed devices and which SaaS platforms have been formally approved, but they frequently cannot answer more detailed questions about AI usage. Which employees are sending information to external models? What types of data are being shared? Which models are receiving that information, and under what retention policies?
These questions are becoming increasingly important as regulators, auditors, and enterprise customers place greater emphasis on AI governance. Frameworks such as ISO 42001, the NIST AI Risk Management Framework, and the EU AI Act all require organizations to understand and manage the risks associated with AI systems. In practice, this means that governance programs must move beyond policy documents and establish reliable mechanisms for visibility, monitoring, and control.
A prompt does not behave like a file
The challenge is that AI interactions do not fit neatly into traditional governance models. A prompt is not a file, an email, or a database record. Sensitive information can be compressed into a few hundred words and transmitted to an external model in seconds. By the time a compliance review occurs, there may be little evidence available to reconstruct what happened.
Capture is the prerequisite for control
This visibility gap is emerging as one of the central problems in enterprise AI governance. Before organizations can control AI usage, they must first understand it. That requires an architecture capable of observing AI traffic, attributing it to specific users and devices, and maintaining a record of how data moves through AI systems.