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Solution · AI enforcement

Give every AI agent a boundary it cannot leave.

A prompt injection can make an agent try anything. On a machine running Zero-Code it can only reach what you granted, and the kernel refuses the rest before a packet leaves.

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A cluster in the AuthFI console.

A cluster, after one install

The cluster reports itself: how many workloads are protected, how many are being watched, and which one to do next.

What changes

The problem as most companies have it today, and the same thing with AuthFI.

Today: An agent's container can call any address on the internet
With AuthFI: It reaches the tool gateway, your resolvers and what you granted, and nothing else
Today: The cloud's credentials address is one request away
With AuthFI: That address is always refused, and no grant can open it
Today: Guardrails live in the prompt, where an attacker writes too
With AuthFI: The rule is in the kernel, below the agent's code and its prompt
Today: You learn about exfiltration from a bill or a breach
With AuthFI: Each refused attempt is recorded the moment it happens

How it works

Each step, on the screen you would use.

Reach

Decide what each agent may reach.

Classify a workload as an AI agent and grant the destinations it needs. Everything else is refused on the machine itself.

Outbound connections limited to what was granted

No raw sockets, no reading another process's memory

It cannot load its own kernel programs

One workload in the AuthFI console: its routes, rules and what it may reach.One workload in the AuthFI console: its routes, rules and what it may reach.

Watch first

See what would be refused before anything is.

Every rule starts in watch-only. You see exactly what the agent tried to reach, then switch that one workload to enforce.

Watch-only by default

One workload at a time

You can turn enforcement off on a node yourself

Every workload in a cluster with its protection state.Every workload in a cluster with its protection state.

Record

Every refusal, with the layer that refused it.

A refused connection is written to the record with the agent, the destination and the fact that the machine refused it.

Refusals on the same record as sign-ins

Filter by the layer that refused

Export to your log tools

The audit record in the AuthFI console.The audit record in the AuthFI console.

Read on

The boundary needs Zero-Code on the machine: Kubernetes on Linux, with a kernel that has the BPF security module enabled. Nothing is refused until you switch a workload to enforce.

Zero-Code

How the boundary works, and its limits

Open

AI Auth

Nine things a rogue agent tries

Open

Zero-Code docs

Requirements and the three steps

Open

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One MCP gateway for every tool: per-tool grants, checked arguments, no shared credentials.

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Give your first agent a boundary.

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