Skip to content
Book a demo

Backed by

Ship at AI speed. Secure every change.

Kairo models how humans and AI agents use your application, then tests the attack paths that emerge before they reach production.

Partners
Team from
Live incident

We stopped a live ransomware attack. >$6M in losses avoided.

Brought in mid-attack, with a ransom already demanded. The path was closed before it could become a larger incident, and the attackers could not get back in.

Read the case study
Problem

Software never stands still.

Code changes continuously. Humans and AI agents create new behaviors with every release.

How Kairo works

Security that runs on
your release cadence.

Kairo continuously learns how the application behaves, recreates that behavior safely, verifies the paths that matter, and feeds every finding back into the next test.

  1. Behavioral security model

    Understand how humans and AI agents actually use the application, not just how the code says they should.

  2. Shadow environment

    Recreate real behavior in a continuously running environment without testing against production.

  3. Harden and verify

    Chain behaviors, verify weak spots, test fixes, and verify every meaningful change before release.

  4. Learn and retest

    Every finding strengthens the model and informs what Kairo tests next.

Live incident

Four harmless steps.
One critical path.

Kairo mapped the route an intruder was working toward, reproduced the chain against a shadow copy, and helped break it before it could become a larger incident.

Outcome

What the remediation review concluded.

  • >$6M

    Avoided-loss estimate from the company and its insurer during remediation review.

  • $0

    Ransom demanded. The path was closed before it could become a larger incident.

Proof

The record is checkable.

Every figure was earned on live production systems, and every partner relationship adds a different layer of validation.

Why Kairo

The risk is
in the behavior.

Everyone can inspect code. Kairo models what the whole application lets people and agents actually do.

Book a demo
  1. 01

    Understand the behavior of both, not just the code they touch.

  2. 02

    See when routine changes combine into a new exploitable path.

  3. 03

    Run the change against a live shadow before it becomes production reality.

  4. 04

    Prove the path against a running copy instead of shipping a scanner alert.

  5. 05

    Every finding improves what Kairo looks for next.

Industries

Built for the systems
attackers actually
target.

What does this let someone do that it should not?

Let’s talk

See what your application allows before an attacker does.