Production-ready bridge between NVIDIA Cosmos, Gemini Robotics-ER, and ROS2. Orchestrate intelligent robotic workflows with LangGraph — deploy in hours, not months.
Pre-built integrations with the leading robotics AI platforms. Focus on your application, not the plumbing.
World Foundation Models for simulation and prediction. Generate synthetic training data and predict environment states.
Vision-language-action model from Google. Natural language to robot commands with spatial reasoning and task orchestration.
Graph-based workflow engine for complex robotic tasks. Build state machines that combine perception, planning, and control.
Seamless integration with ROS2 Humble and Iron. Publish/subscribe to topics, control arms, navigate with Nav2.
Deploy on NVIDIA Jetson, Intel NUC, or Raspberry Pi. Quantized models for sub-100ms inference at the edge.
Built-in safety limits, emergency stop integration, and deterministic fallbacks for critical operations.
One API to orchestrate perception, reasoning, and control. Natural language navigation, visual grounding, and task planning — all with a few HTTP calls.
Describe targets in natural language. Get precise coordinates for robot navigation.
Complex missions broken into executable steps with LangGraph orchestration.
WebSocket telemetry and command streaming for live robot interaction.
import requests
# Navigate to target using natural language
response = requests.post("https://api.physicalai.dev/v1/navigate",
json={
"target_description": "red pallet jack near column B3",
"avoid_obstacles": True,
"priority": 2
},
headers={"X-API-Key": "your-api-key"}
)
result = response.json()
# { "execution_id": "exec_123", ... }
# Execute complex mission
mission = requests.post("https://api.physicalai.dev/v1/mission",
json={
"mission": "Pick up blue container from station A, deliver to station B"
}
)From warehouse automation to collaborative manufacturing, our toolkit powers production robotic systems.
AMR fleet coordination, pick-and-place operations, and dynamic path planning for logistics hubs.
AI-powered quality control, assembly assistance, and human-robot collaboration on production lines.
Autonomous facility monitoring, hazard detection, and predictive maintenance for critical infrastructure.
Pay for what you use. No upfront costs, no minimum commitments. Scale from prototype to production.
Perfect for prototyping and small robotics projects.
For teams deploying multiple robots in production.
Enterprise deployments with custom requirements.
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