Permission Management for AI agents. Permission
Management
for AI agents.

Define what agents must never be able to break, and prove those boundaries hold. Define what
agents must never
be able to break

and prove those boundaries hold

Works with your existing IAM and SSO infrastructure

Join the pilot

The Bad Tradeoff:
Overpermissioned or Useless
The Bad Tradeoff:
Overpermissioned
or Useless

If AI agents inherit broad employee access, they work well but
touch systems far beyond the task. That works in low-risk
environments, but not in sensitive systems. If access is tightly
restricted, they lose the context needed to be useful.
If AI agents inherit broad employee access,
they work well but touch systems far beyond
the task. That works in low-risk environments,
but not in sensitive systems. If access is tightly restricted, they lose the context needed
to be useful.

Kanuki defines agent permissions by what they must never be able to break: Kanuki definesagent permissionsby what they mustnever be ableto break:

Define no-go boundaries

What agents must never touch

Formal verification

Prove boundaries hold across the whole system, including indirect paths

Broad working context

Agents keep full working context, while critical systems remain protected

No permission babysitting

Agents operate within boundaries
without constant adjustments

Decision traceability

Who delegated access, what
happened, and why

Examples of no-go boundaries

A. Critical actions:

Agents must never delete databases, initiate
payments, or trigger deployments.
Agents must never delete databases,
initiate payments, or trigger deployments.

B. Privilege escalation:

Agents must never grant themselves
admin rights.

C. Sensitive data:

Agents must never access consumer data.

How It Works:

I

Map the environment
and agent usage

Understand where agents run, what they touch,
and what access they inherit.
Understand where agents run,
what they touch, and what access they inherit.
Understand where agents run,
what they touch, and what access
they inherit.

II

Define what agents must
never be able to break

Turn security requirements into explicit
no-go boundaries.

III

Prove and enforce
those boundaries

Formally verify they cannot be crossed, then
enforce access within them and log all actions.
Formally verify they cannot be crossed,
then enforce access within them and log all actions.
Formally verify they cannot be crossed,
then enforce access within them
and log all actions.

Experimenting with AI agents?

Let’s see what it would take to bring them
into production on your terms.

Start with one workflow

Questions? Skeptical?
Talk to the founder:

Lisa Akselrod

Lisa Akselrod

Founder & CEO, Kanuki