PUBLIC CLIENT DEMONSTRATOR · UNITREE B2

Operational digital twin.
Robot-first reconnaissance.

Explore how GOHJI can model a hazardous environment, simulated robot mission and operational evidence before a physical pilot or procurement decision.

DATAIllustrative simulation onlyROBOTNo physical robot connectedOPERATIONSNot for live emergency useGEOMETRYSource-derived Unitree B2 model

INTERACTIVE WEBGL / PUBLIC BUILD

GOHJI Unitree operational twin

SIMULATION READYOPEN FULL WINDOW ↗

HOW TO USE Select Launch reconnaissance, switch camera views, inspect simulated telemetry and open the navigation or procurement modules.

PUBLIC-SAFETY BOUNDARY This demonstrator is not connected to any live emergency-service, building, vehicle, drone or robot system. It must not be used for operational command or dispatch.

MODEL PROVENANCE / TRANSPARENT BY DESIGN

Visible evidence.
Explicit limits.

01

Unitree-focused build

The public robot experience is dedicated to the Unitree B2 platform, with licensed Unitree-focused presentation and runtime components.

02

Source-derived geometry

The mechanical visual model is derived from Unitree's public unitree_ros B2 description at recorded revision 7d6075f under BSD-3-Clause.

03

Simulation, not certification

Gait, payload, sensing, telemetry and mission performance are illustrative GOHJI simulation components - not manufacturer-validated capabilities.

04

One extensible twin

The browser demonstrator expresses the same integration direction intended for future supervised Unitree SDK2, ROS 2, MQTT and remote simulation adapters.

CLIENT CONVERSATION / QUESTIONS TO TEST

Use the demonstrator to make the next discussion concrete.

01What mission should the robot perform?02Which hazards and routes matter?03What evidence would make a pilot defensible?04Which infrastructure and governance controls are required?

PLANNING A ROBOTICS OR DIGITAL-TWIN PILOT?

Model the operation
before deployment.

GOHJI can adapt the demonstrator around a defined site, mission, evidence plan and procurement question without representing simulated data as live operational truth.

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