
Autonomy Risk Tiering
Score every agent against its actions-allowed scope. Surface drift before it becomes incident.
Action Whitelisting
Define and enforce the action space per agent. Block unsanctioned tool calls at the boundary.
Escalation Routing
Push out-of-bounds attempts to the human-in-the-loop best placed to decide - fast.
Multi-Agent Visibility
See how agents call each other. Cap recursion. Trace failure across handoffs and tool chains.
Track Agent Interactions
See when and where an agent tries to interact with an unauthorized tool, and block that interaction before it ever takes place
OWASP Agentic Coverage
Controls mapped to the OWASP Agentic Top 10 - the canonical taxonomy for agent-specific risk.
Static-model AI governance assumes the AI gives you an answer and a human decides what to do with it. Agentic AI removes that human from the loop and lets the system act. Four things change as a result:
Risk decomposes differently. Static-model risk is per-model (this model produces X with confidence Y). Agent risk is per-action × per-context - the same agent calling the same tool can be safe in one context and a breach in another.
Oversight has to be preventive, not reactive. Reading the output after the fact is too late when the agent already sent the email, committed the code, or refunded the customer. You constrain what the agent can do; you don't critique what it already did.
The audit question changes. Static-model audit asks "what did the model produce, and was it correct?" Agent audit asks "what did the agent do, what did it try to do, what was blocked, and what was escalated?"
Failure pattern is recursive, not single-shot. Multi-agent systems fail in loops - agent A calls agent B which calls A again. Static-model frameworks don't model these failure modes.
Dimension | Static-model governance | Agentic governance |
|---|---|---|
Risk unit | Per-model output | Per-action × per-context |
Oversight mode | Reactive (review output) | Preventive (constrain action) |
Audit question | "What did it produce?" | "What did it do, try, get blocked from?" |
Failure pattern | Single-shot | Recursive (multi-agent loops) |

We help you find answers
How is agentic AI governance different from model governance?
Enzai treats agentic AI as a fundamentally different governance challenge from static-model AI. Where model governance reviews outputs, agentic governance constrains the actions an autonomous AI can take, the tools it calls, and the systems it changes.
Which agentic AI risks does Enzai cover?
How does Enzai handle multi-agent systems?
How does Enzai align to EU AI Act Article 14?
Does Enzai work with the agent frameworks we use?
How fast can we deploy agentic governance?
"Our agents do in a week what our review board could approve in a quarter."
Ready to govern agents
at the speed they act?
Enzai is the AI governance platform built for agentic AI - autonomy classification, action whitelisting, and escalation logic, wired into the systems your agents already touch.
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