RoboAgentRoboAgent
About

Building the operating system for AI-assisted robotics.

Robots are escaping the lab. The tools haven't caught up. RoboAgent is what we wished we had when we were debugging our own machines at 2 AM.

Mission

Make every roboticist 10× more productive — without giving up control of the robot.

The robotics industry has a productivity ceiling. Bag triage, TF debugging, launch-file archaeology, and cross-domain firmware work consume most of an engineer's day. Generic AI editors don't help — they don't know what a TF tree is, much less how to fix one.

We built RoboAgent because we needed it. We index your workspace into a typed knowledge graph, run closed-loop simulation before any change touches a real robot, and keep humans in the loop for anything irreversible. Robots break in physical, expensive ways. Our agent is built for that reality.

Vision

Every commercial robot, debugged and deployed through one system.

In five years, RoboAgent should be the default development environment for serious robotics teams — the way Linux is the default for servers, and Cursor became the default for web apps. Vertical depth beats horizontal breadth. We will be the tool that ships humanoids, drones, AMRs, surgical arms, and the industrial arms of 2030.

We will not become a generic AI IDE. We will go deeper — into firmware, fleets, safety validation, and eventually proprietary middleware beyond ROS2. The robot is the product. We make the robot ship.

What we believe

Six principles that govern how we build.

Engineering-first
Demos don't ship robots. We build infrastructure-grade tools — Rust core, deterministic parsers, audited agent loops.
Robotics is a systems problem
We refuse to flatten ROS2 into a folder of files. We model launch graphs, TF trees, QoS, and bags as first-class objects.
Speed with rigor
Closed-loop agents only ship a fix after it passes simulation. Velocity without verification is a recipe for crashed robots.
Open formats
Our launch IR, RKG schema, and bag query language will be open. The intelligence is the moat — not the file format.
ROS community first
We sponsor ROScon, contribute upstream, and pay maintainers. Robotics is too small for tooling silos.
Global, remote
Robotics talent is everywhere. Our team spans nine timezones and three continents — by design, not by accident.

Roadmap

Where we're going. Public, evolving, never sandbagged.

Q2 2026Now

Bag → Bug v2

Cross-bag correlation, semantic plot, autonomous regression mode for CI.

Q3 2026Next

Embedded Phase 1

STM32, ESP32, Zephyr support. micro-ROS unified context.

Q4 2026Next

Cloud sim cluster

GPU-pooled headless Ignition + Isaac Sim integration (premium).

Q1 2027Future

Fleet ops

Production-fleet observability, remote agents at scale, anomaly correlation.

Q2 2027Future

MoveIt2 + manipulation

Inverse kinematics reasoning, motion-plan critique, Cartesian path debugging.