Contact

Three paths to work with ISACAI.

Whether you are integrating a ROS2 robot, building a research demo, or exploring product deployment, the next step should be clear.

Technical Integration

For robot manufacturers, labs, and developers connecting ROS2 robots to VLAClaw.

Research Collaboration

For universities and embodied AI teams working on VLA, OpenClaw, skill learning, and closed-loop planning.

Solution Deployment

For education, exhibition, demo, and OEM partners who need a deployable robot experience.

Email

contact@gettingrice.com

Integration Packages

Focused deployment programs for robot teams and partners.

ISACAI provides structured integration programs that connect ROS2 robots, skill libraries, OpenClaw workflows, and developer APIs into working embodied AI experiences.

ROS2 Robot Integration Sprint

For labs or robot teams with an existing ROS2 robot.

Interface audit
rosbridge setup
first 5 skills
sensor subscription demo
integration report
A robot can be controlled through the VLAClaw skill layer instead of a manual-only upper computer.

Education Demo Kit

For universities and AI/robotics courses.

Skill library template
developer API examples
lecture-ready architecture diagrams
voice command demo plan
student project topics
A course or workshop can teach ROS2, OpenClaw, VLA, and skill orchestration with one coherent story.

Exhibition Interaction Prototype

For showrooms, innovation showcases, and interactive product demonstrations.

Voice greeting script
action-group skills
display expression flow
operator safety panel
demo runbook
A reliable staged interaction with clear operator controls, repeatable workflows, and visible safety boundaries.
FAQ

Platform questions, answered.

Key answers about VLAClaw, ROS2 integration, Skill Server boundaries, developer access, and deployment workflows.

Is VLAClaw a robot controller?

VLAClaw is an intelligent upper-computer and skill orchestration layer. Robot-side ROS2 nodes remain responsible for real-time motion and hardware control.

Does the AI directly output motor commands?

The model outputs skill choices and bounded parameters. Skill Server validates the command before ROS2 executes the underlying action.

Do developers need to install ROS2 on the host?

Not for the primary integration path. The host can connect through rosbridge WebSocket and JSON messages while the robot runs ROS2.

What can be evaluated first?

Teams can review the architecture, Skill API, rosbridge examples, action-group mapping, developer workflows, and demo runbooks, then connect the same contracts to robot-side ROS2 systems.

Which robots are easiest to support?

ROS2-enabled quadruped robots are the first target. Any robot with stable command interfaces, sensor topics, and emergency stop behavior is a candidate for integration.