Mapping Reality
for Robotic Intelligence
Transform the physical world into manipulable 3D environments for AI-powered robotic simulations. Build, test, and deploy robots faster than ever.
Our Mission
To create the most accurate 3D representations of real-world environments, enabling robots to understand and navigate physical spaces before ever encountering them. We're making robotics development faster, safer, and more accessible.
Our Vision
A world where robots seamlessly operate in any environment through perfect digital twins. Where the gap between simulation and reality is virtually zero, and AI-powered machines enhance human capabilities everywhere.
Why Choose Terro AI
Revolutionizing robotics development with precise 3D world mapping
Real-World Mapping
Precise 3D reconstruction from physical environments using advanced multi-sensor fusion technology.
AI Simulation
Train robots in virtual spaces before deployment. Physics-accurate simulations accelerate development cycles.
Seamless Integration
Works with major robotics platforms including ROS, Gazebo, and NVIDIA Isaac. REST APIs and SDKs available.
Real-Time Updates
Dynamic environment synchronization keeps your virtual models current with real-world changes.
How It Works
From physical space to simulation-ready environment in four simple steps
Scan & Capture
Use LiDAR, cameras, or depth sensors to capture your physical environment.
AI Processing
Our AI analyzes and processes the data, understanding objects and spatial relationships.
3D Model Generation
Generate accurate, manipulable 3D models with physics properties and semantic labels.
Robotic Simulation
Deploy in your robotics simulator and start training AI models immediately.
Our Values
Innovation
Pushing the boundaries of what's possible in 3D mapping and robotic simulation.
Precision
Commitment to accuracy and attention to detail in everything we build.
Collaboration
Working together with partners and customers to solve real-world challenges.
Sustainability
Building responsible technology that considers environmental and social impact.