Offensive assessment
Full-scope penetration testing of robots, controllers, and the networks between them. We model a determined adversary — not a checklist — and prove impact end to end.
Kibotos is an offensive security team built for robotics. We attack your fleet the way a real adversary would — firmware, ROS stacks, teleop links, OTA pipelines — and hand you the fixes before anyone else finds them.
Full-scope penetration testing of robots, controllers, and the networks between them. We model a determined adversary — not a checklist — and prove impact end to end.
Extraction, reverse engineering, glitching, and fault injection. From JTAG to secure boot. We assume physical access, because a fielded robot gives attackers exactly that.
Review of ROS / ROS2, DDS, and custom middleware: unauthenticated topics, spoofable transforms, and the trust boundaries you didn't know you'd granted.
Update pipelines, key management, and the cloud backend behind the fleet. One compromised update channel is every robot at once — we make sure it isn't.
Threat modeling and design review before you ship. Finding a broken trust model on a whiteboard costs a fraction of finding it in a recall.
When something already went wrong: forensics, containment, and root-cause analysis on embedded and robotic systems that were never built to be investigated.
Every robot is an actuator with an internet connection. The failure mode isn't a leaked spreadsheet — it's a machine doing something in the physical world that no one authorized.
We map what your robot can physically do, who could want that, and where trust is assumed instead of verified.
Hands-on exploitation across hardware, firmware, middleware, and network — chained until we reach real control.
No severity theater. Every finding comes with a reproducible path and a clear account of the physical consequence.
Concrete remediation your engineers can act on, then a retest to confirm the door is actually closed.
Shipping a robot, a drone, or an autonomous vehicle? Send a short note about the platform and where you are in the lifecycle. We'll reply with how we'd approach it — no boilerplate.