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Secure AI Adoption Across the Enterprise

Know your AI tools and the agents in use. Get full visibility into what your organization is running, and reduce risk by understanding how each tool accesses, uses, and moves sensitive data.

Why AI Is Increasingly Difficult to Adopt and Secure

AI Adoption Is Outpacing Visibility

Employees already use AI tools and agents that connect to sensitive data, including source code, contracts, and customer information, often with no oversight.

AI Agents Rapidly Expand Data Risk

Security teams need visibility into what each agent can reach, which sensitive data it touches, what it does with that data, and where that data flows downstream.

Increasing Risk Is Slowing Down Enterprise AI Adoption

Blocking AI holds back the business, but allowing it without visibility leaves sensitive data exposed as agentic workflows spread across teams and systems.

AI Adoption by the Numbers

0

of developers use AI coding assistant

0

of all data shared with AI is sensitive

0

year-over-year increase in data movement events into and out of GenAI SaaS

Read the 2026 AI Adoption and Risk Report→

How to Secure AI with Cyberhaven

Cyberhaven traces the full lifecycle of your data across generative and agentic AI, so you can see where risk emerges, act in real time, and help your teams adopt AI with confidence.

Key features

The Capabilities You Need to Safely Enable AI Adoption

Inventory AI apps and agents across your organization and enforce risk-based controls to adopt AI aggressively while keeping data safe

See Cyberhaven’s full capabilities→

Shadow AI Discovery

Inventories AI agents running across endpoints, browsers, CLIs, and IDEs, including tools that cloud-only security solutions cannot see.

Agentic AI Observability

Reconstructs the full execution lifecycle of every agent interaction, capturing tool calls, data access, and multi-turn conversation context in a single view.

AI Risk IQ Scoring

Assigns risk scores across five dimensions to every AI application and agent in your environment.

Data Lineage for AI Interactions

Connects every agent action to the data it touched, providing context about where the data originated and where it went next, so alerts become actionable investigations.

“The provenance that Cyberhaven provides is critical to building your data program for AI, or for any cybersecurity measures.”

Data Security for the Agentic Enterprise

Cyberhaven Flow traces the full lifecycle of data and adapts protection to changing context

Agentic
Data Security

Protect AI-driven Workflows
Agentic DLP

Agentic Posture

Human
Data Security

Protect Human-driven Workflows
Human DLP

Insider Risk (IRM)

Data Security
Posture Management

Protect Data with Visibility,

Posture, and Remediation

‍across SaaS, PaaS, IaaS, and AI

See How Cyberhaven Secures AI Use Across Your Enterprise

Know which generative and agentic AI tools your employees use, trace the sensitive data moving into them, and stop risky actions in real time so your teams can adopt AI with confidence.

Frequently Asked Questions

How can Cyberhaven help us inventory the AI tools and agents in use, including shadow agents, and understand what data they access?

Shadow AI Discovery builds a continuously updated registry of AI tools and agents in use, across endpoints, browsers, CLIs, IDEs, and MCP servers, including shadow agents and embedded copilots that cloud-only tools miss. Each entry gets an AI Risk IQ score and a Data Lineage trail showing exactly what data it touches.

The recommended approach is to apply risk-based controls at the moment employees interact with and share data with AI, instead of blocking tools outright. Broad, blanket blocking tends to push usage toward unsanctioned tools and personal accounts, where it’s harder to govern. Cyberhaven identifies sensitive data as it moves into AI tools, then warns or blocks based on policy and coaches employees by explaining why, so they learn the right behavior in the moment.

Cyberhaven enforces controls at the point of AI interaction, detecting sensitive data as it enters a prompt or gets surfaced in a response, and applying block, warn, or redact actions in real time. DSPM and DLP share a single classification foundation, so posture findings about where sensitive data lives feed directly into the policies that act on it. That pairing extends across full agentic workflows, so multi-step actions stay covered as data moves between tools, beyond single prompt-and-response exchanges.